HomeMy WebLinkAboutFI Hydrogeologic Report 1990 - Appendicies
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APPENDICIES
HYDROGEOLOGIC REPORT
CONDUCTED ON
FISHER'S ISLAND, NEW YORK
FOR
FISHER'S ISLAND CONSERVANCY
FISHER'S ISLAND, NEW YORK
APRIL 1990
All
3 ~Ground Water, Inc.
· ~'415 Killingworth Road
P.O. Box 770
Higganum, CT 06441-0770
203-345-4578
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APPENDIX A
Drillers Logs for Homeowner and Monitor Wells;
Results from Private Well Owner Survey is included
I
ISHER'S ISLAND
NITOR WELL INFORMATION
ILL LOCATION DRILLER METHOD DATE
==============================================================================
TEST WELL 1 MIDDLE FARMS SB CHURCH DRIVE AND WASH 09/19/88
1ST WELL 2 MIDDLE FARMS SB CHURCH DRIVE AND WASH 09/19/88
-lA MIDDLE FARMS SIMA ROTORY 06/01/88
-4A TRAP RANGE SIMA ROTORY 06/01/88
1-1 MIDDLE FARMS SB CHURCH DRIVE AND WASH 05/03/88
-2S MIDDLE FARMS SB CHURCH DRIVE AND WASH 05/04/88
-2D MIDDLE FARMS SB CHURCH DRIVE AND WASH 05/04/88
MW-3 MIDDLE FARMS SB CHURCH DRIVE AND WASH 05/04/88
~-4 TRAP RANGE SB CHURCH DRIVE AND WASH 05/09/88
~-5 NEAR BARLOW POND SB CHURCH DRIVE AND WASH 05/10/88
MW-6 WEST END SB CHURCH DRIVE AND WASH 05/12/88
1-7 WEST END SB CHURCH DRIVE AND WASH 05/13/88
-8 EAST HARBOUR SB CHURCH DRIVE AND WASH 05/18/88
-9 MIDDLE FARMS SB CHURCH DRIVE AND WASH 05/19/88
1-10 NEAR AIRPORT CE WELTI AUGER 10/13/88
-11 NORTH HILL CE WELTI AUGER 10/13/88
-12 HAY HARBOUR CLUB CE WELTI AUGER 10/14/88
MW-13 PICKETT LANDFILL CE WELTI AUGER 10/14/88
~-15 CHOCOMONT E. CE WELTI AUGER 10/14/88
~-14 PARSON PROPERTY CE WELTI AUGER 10/20/88
MW-16 JOHNSON PROPERTY CE WELTI AUGER 10/21/88
~HER MONITOR WELLS
ELL . LOCATION DRILLER METHOD DATE
==============================================================================
LL #3 FIGC#6 SIMA ROTORY 10/28/88
TEST WELL #1 FIGC SB CHURCH DRIVE/WASH 10/27/88
.,ST WELL #2 FIGC SB CHURCH DRIVE/WASH 10/27/88
"ST WELL #3 FIGC SB CHURCH DRIVE/WASH 10/27/88
TEST WELL #4 FIGC SB CHURCH DRIVE/WASH 10/27/88
1ST WELL #5 FIGC SB CHURCH DRIVE/WASH 10/27/88
ST WELL #6 FIGC SB CHURCH DRIVE/WASH 10/27/88
ASH LANDFILL * CE WELTI AUGER 09/08/87
B2 ASH LANDFILL * CE WELTI AUGER 09/08/87
I ASH LANDFILL * CE WELTI AUGER 09/08/87
ASH LANDFILL * CE WELTI AUGER 09/08/87
ASH LANDFILL * CE WELTI AUGER 09/08/87
C. KING & ASSOC. CE WELTI AUGER 03/10/71
UNKNOWN 03/10/71
W3
1-10
-S6
ITES:
= PROPOSED ASH LANDFILL
. GC = FISHER'S ISLAND GOLF COURSE
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9:1.15-<4 (:vas;oc-7c
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NEW YORK STATE
OEPARTMENT OF..ENVIRONMENTAL CONSERVATION
I WELL NUMBER
1
PRELIMINARY REPORT e
ON PROPOSED WELL -
Water Works
Corp.
New York
FI.
. In.
~t!MP CM'ACJTY
G.P.M.
-1
19_
PRELIMINARY REPORT RETURN
19
PERMIT TO (Check One)
DSlnk Well
o Abandon Well
D Repelr Well
o Increase Capacity
WORK ST ARTEO
19
COMPLETION REPORT
lXslnk Test Well
o Replace Well
o Install Pump
DOo'No Work
WORK COMPLETED
19
'9
INSTRUCTIONS
Fill out stub above when making out Preliminary
fBPort. Duplicate report when returned wlI1 carry
ell number; fill It in above and check endorsement. .
When work has been completed, fill out the
Completion Report In duplicate and send the
Ilginal copy to: .
New York State '
Departme'nt o( Environmental Conservation
I Water Supply Unit-Region 1 .
BU,lIdlng 40, Room 218 .
State University o( New York
Stony Brook, New York 11794
(Failure to make thes~ reports Is a misdemeanor
d cause for cancellation of license.
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DRillERS KEEP THIS STUB
County Sl1ffo1k County ~ Well No,
PRELIMINARY REPORT.ON PROPOSED WELL
OWNER
Fishers Island Water Works Corp.
~f~~~~D~R~~landt New York
WELL LOCATION
Middle Farms Pond
DEPTH
rox 64'1.
PURPOSE
Well
DRILLER'S SIGNATURE B C
The Stepnen .
WATER SUPPLY UNIT (Englneer-In'(;harge)
PUMP CAPACITY IYPE
? G.P.M. Test Well-]
LIST OF EXISTING WELLS
DATE
ORIGINAL REPORT
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I NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
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Suffolk County e
~ Well ~o. _.~__
.PRELIMINARY REPORT ON PROPOSED WELL
o~I~hers Island Water Works Corp.
~~~g~s~slandt New York
County
W~1~81ikoNFarms Pond
DEPTH 64
A prox Ft.
PURPOSE
Test Well
DRIUER'S SIGNATURE
Tne stepnen
WelJ:-1
B.
WATER SUPPL v UNIT (Englneer.Jn-Charge)
DATE
DUPUCATE REPORT
----------------------------~------------------------------
NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL OONSERVATION
County
o
Well No.
PRELIMINARY REPORT ON PROPOSED WELL
OWNER
.
MAILING ADDRESS
WELL LOCATION
"'DEPTH I DIAMETER CASINGS I PUMP CAPACITY I TYPE
Ft. In. G.P.M.
PURPOSE I DATE I LIST OF EXISTING WELLS
DRILLER'S SIGNATURE I LICENSE NUMBER
.
WATER SUPPLY UNIT (Englneer.ln-Charge) I DATE
TRIPLICATE REPORT
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INSTRUCTIONS .
Fill out reports above In duplicate for wells in Nassau and Suffolk Counties
In triplicate for wells In New York City, send them to:
New York State Department of Environmental Conservation
Water Supply Unit-Region 1
Building 40, Room 218, State University of New York
Stony Brook, New York 11794
Duplicate and triplicate will be returned, endorsed. Sketch locatlon.on back
Send out duplicate with well rig.
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SKETCH OF LOCATION 6c'r
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SKETCH OF LOCATION"
I Locate well with respect to at least two streets s,
win.g distance from corner and Iroflt 01 lot. /"IID"'';-
Show North Point F;;ruI1.$ 7?IYD
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KEEP THIS COpy AT WELL WHILE WORKING
II
locate well with respect to at
least two streets or roads,
showing distance from corner
and front of lot.
Show North Point
DRILLER'S RECORD
SKETCH OF LOCATION
/-1
I Locate well with respect to at least two streets or roads,
ing distance Irom corner and front 01 lot.
Show North Point
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EXAMPLE N J.
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. CEDAR POINT ROAD
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-26011.- 0 - 0.8 ml.-
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County
NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
Sllffoln C'oUAty 0 WeIlNumbe,S-92462':T'
COMPLETION REPORT-LONG ISLAND WELL
OWNER
Fishers Island Water Works Corn.
ADDRESS
Fishers Island New York
lOCATION OF WELL
Middle Farms Pond
DEPTH OF WELL BELOW SuRF ACE
51 feet
.lOG
Ground Surface
Test Well No. 1
EL Jl.I ft. above aea
^ ft.
V
TOP OF WEll
~
In. Silt
T
It. r::.,d
S....!>
'0.
r-';
In.
It. Srll~' ~qT'" /..~ I :/1 '2
1'~' .
.
OEPTH TO GROUNDWATER FROM SURFACE
1 QI_'O"
CASINGS
DIAMETER
8 in. I
LENGTH
35 ft. I
SEALING
Grout
MAKE
10" In. I i. i
, -------.--...
?1 I _ll" , I
It. I It.
CASINGS REMOVED
__. ]6' ,,~..~
SCREENS
OPENINGS
n.,n" n.,,,,,
Cook
DIAMETER
1;" P S
LENGTH
1 R
in. I
It. I
DEPTH TO TOP FROM TOP OF CASING
.,.,.
In. I
It. I
In. I
It. I
DATE
"'~no
PUMPING TEST
TEST OR PERMANENT PUMP'?
1C"
~
DURA liON OF TEST
, - days I
STATIC LEVEL PRIOR TO TEST
?n It, I
MAXIMUM ORAWOOWN
MAXIMUM DISCHARGE
houri gallon' per min.
lEVEL DURING MAXIMUM PUMPING
In. below I In. below
top of casing top of casing
[Approximate time of return to normal level aHer cessallon of pumping
It. hours I min.
PUMP INSTALLED
~"
Gr-1
...
TYPE
"~no
C'A'(
c.JjJ,.J,
MAKE
MODEL NUMBER
MOTIVE POWER
MAKE
H.P.
CAPACITY
~r
,3.
3,......
d~--..
NUMBER OF BOWLS OR STAGES
g.p.m. against I
I
ft. of total head
_'(0
ft. of discharge head
DROP LINE SUCTION LINE
D'AMErE1i. 'DIAMETER
~. In.
lENGTH LENGTH
h. ft.
USE OF WATER
11-;'
~"rw
eF Jlt~
l3<-~!
c.LI\'f
METHOD OF DRILLING
o rotary tKl cable tool
WORK STARTED
9/19/89
Oother
OATE
3/3/89
COMPLETED
11/30/89
I DRillER
The STephen B. Church Co.
I LICENSE NUMBER
1582
. NOTE: Show log of well materials enCOtlntered, with depth below ground surface, water bearing beds and water
levels in each, casings, screens, ~mp, additional pumping tests and other matters of Interest. Describe
repaIr lOb. See InstructIons as to Well Driller's License and Reports. Page 5-7.
,-=--1,_51
ORIGINAL-Environmental Conservation Copy
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1M... N" 5 - 'f 2. Ai (, 2.. T"
SKETCH OF LOCATION fr ~ :V
[.n-,- \IJ~u Nor ~ ", ~ ~
~oo~D t ~ \ ~rl
~
fH/>>LtT -:>
. ~~ ro"p
Locate well with respect to at least two streets or road
showing distance from corner and front of lot.
Show North Point
CHECK THE TOWN IN WHICH THE PROJECT IS LOCATED:
Nassau County:
o Hempstead
Suffolk County:
a ylon-
o Huntington
o Shelter Island
o Southold
.
o North Hempstead
o Brookhaven
Olslip
o Smith town
13' h.~I,..~ I"r...."'o
o Oyster Bay
o East Hampton
o Rlverhead
o Southampton
PRELIMINARY REPORT
ON PROPOSED WELL
-
-
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OWNER
Fishers Island Water Works
MAILING ADDRESS orp.
Fishers Island
CITYISTATE/ZIP CODE
Fishers Island, New York
WELL LOCATION
Middle Farms Pond t:h..Jtt:h \Akll
DEPTH
A rox 64
DIAMETER CASINGS
Ft. . 811 . In.
PLiMP c.:..rACITY pW.~r TYPE
G.P.M. None
PURPOSE
Test Well 2
19
PRELIMINARY REPORT RETURN
19
PERMIT TO (Check One)
o Sink Well
o Abandon Well
o Repair Well
o Increase Capaclly
WORK STARTED
19
OMPLETION REPORT
Q:k;ink Test Well
o Replace Well .
o Install Pump
000 No Work
WORK COMPLETED
19
19
INSTRUCTIONS
Fill out stub above when making out Preliminary
~ort. Duplicate report when returned will carry
II number; fill it in above and check endorsement.
hen work has been completed, fill out the
:;Dmpletion Report in duplicate and send the
tinal copy to:
ew York State
Department of Environmental Conservation
~ater Supply Unit-Region 1
ulldlng 40, Room 218,
tate University of New York
Stony Brook, New York 11794
lanure to m'ake these' reports is a misdemeanor.
I cause for cancellation of license.
I
DRILLERS KEEP THIS STUB
County
Suffolk County ~ Well No.
PRELIMINARY REPORT ON PROPOSED WELL
OWNER
nd Water Works Cor .
MAILING ADDRESS
Fishers Island, New York
WELL lOCATION
Middle Farms Pond
DEPTH OIAMETEft CASINGS
Approx e Ill. In.
PURPOSE OATE
'est Well /19/88
DRILLER'S SIGN~TURE Chur"'b
The Stephen B. ...
WATER SUPPLY UNIT (Englneer.ln-Charge)
DATE
ORIGINAL REPORT
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I NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
: County Suffolk County ~ Well No.
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PRELIMINARY REPORT ON PROPOSED WELL
OWNE~
F~shers
MAILING ADDRESS
e s
WELL LOCATION
Island Water Works Corp.
Island
New York
DEPTH
Ft.
TYPE
Test Well
n~ ~~~~~~~~i~el
~~~~ NUMBER
PURPOSE
Test Well
DRILLER'S SIGNATURE '
The Stephen B.. Church Company
WATER SUPPl V UNIT (Englneer-In-charge)
DATE
DUPLICATE REPORT
----------------------------------------------------------.-
NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
County
~
Well No.
PRELIMINARY REPORT ON PROPOSED WELL
OWNER
.
MAILING ADDRESS
WELL LOCATION
"tlEPTH I DIAMETER CASINGS I PUMP CAPACITY I TYPE
Ft. In. G.P.M.
PURPOSE I DATE I LIST OF EXISTING WELLS
DRILLER'S SIGNATURE I LICENSE NUMBER
WATER SUPPLY UNIT (Englneer.in-Charge) I DATE
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I INSTRUCTIONS
I Fill out reports above in duplicate for wells in Nassau and Suffolk Counties,
i in triplicate for wells In New York City, send them to:
I New York'State Department of Environmental Conservation
I Water Supply Unit-Region 1
I Building 40, Room 218, State University of New York
I Stony Brook, New York 11794
I Duplicate and triplicate will be returned, endorsed. Sketch location on back.
: Send out duplicate with well rig:
I
,
TRIPLICATE REPORT
SKETCH OF LOCATION 15''''
i2."... r", ~.. .-' ->"17
I,y
SKETCH OF LOCATION"
~.L
k.,.~r ;:"'0 [(Lo'D
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T.::;r,.;".L ~"~
1.(,/
'1'\..;:.-
~~f'u.J~
""tL.L',:.
Locate well with respect to at least two streets or roads,
t1ng distance from corner and front of lot. ;.tl{)otr
Show North Point ,- ~ s oJ
'-'7'"'''' It:'tV.D
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KEEP THIS COpy AT WELL WHILE WORKING
II
Locate well with respect to at
least two streets or roads,
showing distance from corner
and front of lot.
Show North Point
DRILLER'S RECORD
SKETCH OF LOCATION
L
L,__
I~ I
Locate well with respect to at least two streets or roads,
ling distance from corner and front of lot.
. Show North Point
Utu
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EXAMPLE
NA
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w
w
a:
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I 80;tt, I 81
-260 ft.- 0- 0,8 mi.-
. CEDAR POINT ROAD
ICt-........,ln", I.-I.....\JI t,... I t"\,..~to \^,,:,,II'
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
Coun,y~UffOld .Coun~ 0 We" Number ~-q?4"3'1'
COMPLETION REPORT -LONG ISLAND WELL
I
OWNER 'LOG
l"i -~ T"l~n'" ""~..=~ Ground Surface
ADDRESS Test Well No. 2
,"i,,"=~~ T"l~n'" 1\1,,,., EL ,2- ft. above sea
LOCATION OF WELL ^ It.
Mirlrllp F~rm~_ O,.........A V
DEPTH OF WELL BELOW SURFACE DEPTH TO GROUNDWATER FROM SURFACE TOP OF WELL
74' ,."
CASINGS ~.
DIAMETER
8 on. I 54'-6" In. 1 10" In. I 21'-6" in.
LENGTH /.'
53 It. I It I It. I It. Po""
SEALING CASINGS REMOVED
Grout ~,)
-. '.-- 2"""\ ...
SCREENS s.ll
MAKE OPENINGS
Cook Variable Slot
DIAMETER
8" In. I In. I In. I In. S"
LENGTH
21' It. I It. I It I It. -';
DEPTH TO TOP FROM TOP OF CASING
53'
PUMPING TEST
DATE TEST OR PERMANENT PUMP? S.lI-
N.",e- r;;..J
DURATION OF TEST MAXIMUM DISCHARGE ~
clays I hours gallons per min. ~(
STATIC LEVEL PRIOR TO TEST LEVEL DURING MAXIMUM PUMPING
I In. below I In. below
It. top of casing top of casing
MAXIMUM QRAWDOWN I Approxlmale time of return to normal level alter cessation of pumping
ft. hours I min. -1(0
PUMP INSTALLED
TYPE MAKE MODEL NUMBER
None
MOTIVE POWER MAKE H.P. I?-"-
- '-'? .0'-"-- C3
CAPACtTY --
g.p.m. against I It. of dlseharge head - -
- S1two
NUMBER OF" BOWLS OR STAGES I -
fl. of tolal head - Gw.>t(
DROP LINE SUCTION LINE -
8' Tdcs..fc - ..
DIAMETER. DIAMETEA -
- - GLltr
None In. In. ----+ --
LENGTH LENGTH !>",-",/u) -
ft. n+<.( -
ft. -
METHOD- OF ORllllNG USE OF WATER ~t.~CI'f - -
o rotary [XI cable 1001 o other -
-
WORK STARTED COMPLETED -
-
Q'1Q/RQ 11/'\n/RQ -
--.
DATE I DRILLER I LICENSE NUMBER -
-
,',IRQ 'T'hp !';. 1'l. rn. ' ~o., - -
-
. NOTE: ShOw log 01 well materials enCOl:tntered, with depth below ground surface. water bearing beds and water -
levels in each, casings, screens, pump. additional pumping tesls and other matters of Interest. Describe -
repair job. See lnstrucHons as to Well Driller's License and Reports. Page 5-7. - - _7,,1
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ORIGINAL-Environmental Conservation Copy
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by. II No S - ?~'t '.3 T
f8
SKETCH OF LOCATION
1:"SfoNj TIH'rU,tU ,f"u
1(./ ...-.. .B
.~'
. .
I~
ItASf' /:"'0 ~..o
, T e.;t Wtll N.;, 1-
Locate well with respect to at least two streets or ro
showing distance from corner and front of lot.
Show North Point
Nt> F"~"",, '*IU
-
""6_ Fi.",...s
R..."
CHECK THE TOWN IN WHICH THE PROJECT IS LOCATED:
Nassau County:
o Hempstead
ci0folk Co~
o Babylon,
o Huntington
o Shelter Island
o Southold
o North Hempstead
o Oyster Bay
o Brookhaven
Olslip
o Smith town
g M S/.~v5 r~L""'J>
o East Hampton
o Riverhead
o Southampton
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r011e:2:S (5LAIJD!iJ~ ~
JtlN~ 1'1 f ~
/E5r tUl5lL- DJelLUD6
~/A
!71,/;>/)lE fAR.~'(7, r-
Nor~ - Wqc,"t u>,',,-ey.vf K-- '-
C (eAr-,.'1 1'1 ex+- 10 ~ tff~ btd Ie
-::f 4ft .
1f<AP 5fkk7T7tJ6 KAt.J6E
5ef- - 4" pv (. sc.,et33J U
Lfo - (p <f;;-' -
...
Y Ie r J - 6 + 3fw.. \o~ b I~.u-!-est
~ - 4" pve. 5<::R.Q.1J e bo 1_ 70 I
Yle IJ - z~ 3r"'"' b~ ~l()w -k-;t
<<T FEET f'O"MATION FEET FEET '"ORMATION
- 4f~
1L- ..!r-. - .s4 ;$f~ 0 /II
- w.~
'I>' Jla- ~.; ('pttl" /1 ,,"- &"LA<Ad
1A- (,.I /:,/? A",. ,J7 w.. 1l. w.....e (~..;,()
iL!L "1)' ~tI~ f;,:,-{' s""J 41 (,r' ffi 14 Ck.t
~ ~ GoMh ~)' 71 ~ifLA t,j lJ/~ ~~fiJl()
.. "7 11 '-V.dh, 6','f'L/!. (lit! )
.. -
- _. " -, . ~
- IN -.. r
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- (,.c''1O
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WI!:LL LOCATION WELL LOCATION
.-"
WELL LOG
WELL LOG
_ .'- (J.,,.., _ I~
r I
RECORD OF TEST DRILLING
THE STEPHEN B. CHURCH CO.
Seymour, Connecticut 06483
203-888-2132
a: w
w :I:::;:()
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lfu \0 \
10\ loIn
SITE
CLIENT _R~~-r.::4'00d
HOLE NUMBER ;;>llcrKj.DATE n )~ \<6~)
RIG Ar YrX- DRILLER C ,\li~ l.2rl
HAMMER WEIGHT ?Do l D.
STATIC WATER LEVEL q 1- d q
MATERIALS LEFT IN PLA~:
c=..,\' - ri"nt';:;)\/ri4-L-ht't'l1!..
V\. A() l
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A ) .- ;::)n RI^T,
1") -r, - 3fl f"ir't )
If') oct., - CU> \Slot
lrN.\i ~'{~ +~(\(" brNl..\n -vlnrl "t'~i I -l-- nu ,\
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'hri IF h=m 10(>, v11=rfJ A( Yl ( p ~M (L
UNI[ IF'I '(VI. i If / ht'htlt I ~ 1+. 'Tl, "'.
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(-yJ1 1 Y' (\S (\ h'l If' -nJ i I \
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CLARENCE WELTI ASSOC., INC.
P.O. BOX 387
GLASTONBURY, CONN. 01033
"BORING LOG"
CLIENT
GROUND WATER INC.
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LINE & STA.
OFFSET
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BLOWS
A STRATUM DESCRIPTION PER2" B
fill,metal,concrete
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gr.fine-crs.sand,
little silt
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19.0
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cemented
7-11-15
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BOTTOM OF BORING Z6. 5'
WATER AT 5' @ 0 hrs.
DATE: 10/13/88
DRILLER: BROMLEY
I. COL. A ~tr"ta depth
2. COL. B
3. HAMMER. 1~1; FAll 30"
4. SAMPLER -_0.0. SPLIT SPOON
5. GWT = GROUND WATER
Metal Dump;Fishers Island,Nn
BORING NO. 10
LINE &oSTA.
OFFSET
GR. ELEV.
A STRATUM DESCRIPTION
BLOWS
PER_ B
Z" WELL POINT @ 19.0
10.0' (.010)screen
9.0' riser
Z.O' stickup
, n' ~ no
.n .
Bentonite seal 7.0'- 4.0'
Backfilled 4.0'-3.0'
1 - 4" protector &
lock
1 bag sand
1 pail bentonite
1 bag cement
DATE: 10/13/88
DRILLER: BROMLEY
Trio Printers 111127
AND
SOME
TRAC E
-~105O%
- 1010 040%
- 0 to 10'%
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CLARENCE WELT. ASSOC., INC.
P.O.BOX 397
GLASTONBURY. CONN. 06033
North Hill; Fishers Island,
"BORING LOG"
CLIENT
GROUND WATER INC.
11
(sheet 1 of 2)
BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
A
BLOWS
STRATUM DESCRIPTION PER~ B
br. fine-med. sand,
tr.sllt & fine
gravel
3-4-6
<u-,,-..
22.0
br.eobbles &
boulders, some fine-
'",' u ,
little silt,tr.elay
IM111"
""-'HI
"".U
I. COl. A strata depth
2. COl. 8
3. HAMMER. 1010'; FALL 30" .
~. SAMPLER -_0.0. SPLIT SPOON
5. GWT = GROUND WATER
BORING NO.
LINE a.STA.
OFFSET
GR. ELEV.
11
A
BLOWS
STRATUM DESCRIPTION PER_ B
br.eobb1es & boulder
some fine-ers.gravel
& sand,little silt,
tr. clay
no sample
54.0
gr.fine-ers.sand,
some fine gravel
27-38-40
70.0
gr.fine-med.sand, 29-35-38
little fine-ers.
gravel in layers, I
approx.1'-2'
31-35-53 I
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gr. clay w/J.nterDeaae< 17-17-20 I
fine sand & silt
on n
Trio Prlnler6 II 1127
AND
SOME
TRACE
- 010 to 50%
- 1010 010%
- 0 to 10%
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CLARENCE WELTI ASSOC., INC.
P.O. BOX 3117
GLASTONBURY, CONN. 011033
North Hill; FIsyers Island,N
"BORING LOG"
CLIENT
BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
11
(sheet 2 of 2)
BLOWS
A STRATUM DESCRIPTION PER~'
B
gr. clay w/interbedde
fine sand & silt
1m < 19-16-19
BOTTOM OF BORING 101. 5'
WATER AT 19' @ 0 hrs.
2 WELL POINT @ 84.0
10.0' (.010)screen
74.0' riser
L.U stickup
Sand 84.0'-60.0'
Bentonite seal 60.0' 10.0'
Backfilled 10.0'-3.0
1 - 4" protector &
lock
Note: backfilled
hole w/bentonite
10.0'-84.0'
1 bag sand
1 pail bentonite
1 bag cement
.
DATE: 10/13/88
DRILLER: BROMLEY
1 CO strata depth
. l. A
2. COl. B
J. HAMMER - 1-40/; FAll JO"
4. SAMPLER -_0.0. SPLIT SPOON
5. GWT = GROUND WATER
GROUND WATER INC.
BORING NO.
LINE a..STA.
OFFSET
GR. ELEV.
A STRATUM DESCRIPTION
BLOWS
PER_ B
...".'-
..-.. .-
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Tno Punters If 1 In
AND
SOME
TRAC E
- -40 10 50%
- 1010 .co%
- 0 to 10%
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CLARENCE WELTI ASSOC., INC.
P.O. BOX 397
GLASTONBURY, CONN. 06033
"BORING LOG"
CLIENT
GROUND WATER INC.
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BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
12
BLOWS
A STRATUM DESCRIPTION PER--.ti" B
br. fine-med. sand,
tr.silt
10.0
8-8-9
br.fine-med.sand,
some fine-med.
gravel,little ers.
"ravel tr.silt
18-12-16
14-17-29
5-10-15
45.0
I. COl. A strata depth
2. COl. B
3. HAMMER K 1401; FAll 30"
4. SAMPLER -_0.0. SPLIT SPOON
5. GWT ~ GROUND WATER
Hay Harbor Club;Fishers Isla
BORING NO.
LINE &STA.
OFFSET
GR. ELEV.
12
A STRATUM DESCRIPTION
BLOWS
PER_ B
br.ers-fine sand &
fine gravel,little
med-ers.Qravel
1".17_1 R
7-9-12
.
BOTTOM OF BORING 61.5
.-
. .
2" WELL POINT @ 60.0'
10' (.010)sereen
50.0' riser
2.0' stickup I
Bentonite seal 48.0'- 46.0'
ou.U -.o.U
1 - 4" protector &
lock
1/2 pail bentonite
< oag
DATE: 10/14/88
DRILLER: BROMLEY I
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Trio Printers" 11:<'7
AND
SOME
TRAC E
- 40 to SO%
- 10 to 40%
- 0 to lO'l(,
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CLARENCE WELTI ASSOC., INC.
P.O. BOX 387
GLASTONBURY, CONN. 06033
"BORING LOG"
CLIENT
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BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
13
BLOWS
A STRATUM DESCRIPTION PER~
B
br.fine-med.sand,
some silt,cobbles,
boulders & fine-crs.
ILU.U 60/0"
pink & gr.granite
boulder (used 6"
carbide roller bit
115~U- 0'-20')
br.fine-crs.sand,
some fine-med.gravel
HI.U t"r silt"
2r.silt,some fine auger
crs.gravel &
cobbles, little clay
.- -
~~~~~p
Note: auger samples
15'-30'
BOTTOM OF BORING 30.( ,
WATER AT 11' @ 0 hrs.
Note: moved hole 3
1..Lwe,;, ve"y
boulders
I. COL. A strata depth
2. eOl. B
3. HAMMER - 140/; FALL 30"
.. SAMPLER -_0.0. SPLIT SPOON
5. GWT z GROUND WATER
Pickett LF: Fishers Island
GROUND WATER INC.
BORING NO.
LINE &0 ST A.
OFFSET
GR. ELEV.
A STRATUM DESCRIPTION
BLOWS
PER_ B
2" WELL POINT @ 18.5'
WATER AT 10' after 1 hrs.
10.0' (.010)screen
8.5' riser
1.5 ' stickup
Sand 18.5'-6.5'
Bentonite seal 6.5'- 4.5
Backfilled 4.5'-2.5'
1 - 4" protector &
lock
1 bag sand
1 pail bentonite
l/2 bag cement
Note: hole caved in;
difficult putting
well in
DATE: 10/14/88
DRILLER: BROMLEY
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Trio Punters" 1127
AND
SOME
TRAC E
- 40 10 50%
-lOto4O%
- 0 to 10%
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CLARENCE WELTI ASSOC., INC.
P.O. BOX 397
GLASTONBURY. CONN. 06033
Chocomount E.;Fishers Island,
"BORING LOG"
CLIENT GROUND WATER INC.
BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
15
BLOWS
A STRATUM DESCRIPTION PER~
B
br. fine silty sand,
tr.cobbles
.n n
gr.fine-med.sand, 16-1Q-~1
some silt,fine-crs.
gravel,cobbles &
boulders
60/0"
auger
sample
29.0
;:;:;, ooiilder 60/0"
auger
sample
0.0'-5.0' REFUSAL
... .....t ,. 1\' ...
0.0'-4.0' REFUSAL
AUGER REFUSAL AT 30. o '
NO WATER @ 0 hrs.
DATE: 10/14/88
DRILLER: BROMLEY
I. COl. A strata depth
2. eOL. B
3. HAMMER z 1401; FALL 30"
~. SAMPLER -_0.0. SPLIT SPOON
5. GWT = GROUND WATER
BORING NO.
LINE &lSTA.
OFFSET
GR. ELEV.
A STRATUM DESCRIPTION
BLOWS
PER_ B
2" WELL POINT @ 29.0
10.0' (.010) screen
19.0' riser
1. 0' stickup
C~_.. on n'_'o n'
Bentonite seal 18.0'- 16.0'
Backfilled 16.0'-0'
1 bag sand
1/2 pail bentonite
DATE: 10/14/88
m>n T "". ""nUT"V
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Trio Prinlers 111127
AND
SOME
TRACE
- 40 10 50%
- 10 to ~
- 010 10%
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CliENT PROJECT NAME ,,\~\
CLARENCE WEL TI ASSOC., INC. GRaJIlD WATER INC. I" '
P.O. BOX 397
GLASTONBUAY. CONN 06033 lOCATION
FISHERS ISlAND, NY
DRILLING PROCEOURES: 1_.2_.3.,4., (Select one Of more) HOLE NO Sur1ace Elevation
MH ..
1. HOllOW STEM AUGER Diameter
2. DRIVEN CASING. Oiameler GROUND WATER OBSERVATIONS START
3 DRILLEO CASING. Diameter DATE
AT 33...0..!.. FT AFTER D--- HOURS FINISH4/20/89
.. ROCK CORING. Diameter & type AT 27.0
FT AnER..!L- HOURS DATE
.- ._-
0 SAMPLE STRATUM DESCRIPTION
E REMARKS ,
P A I
T NO BLOWSl6" DEPTH + DEPTH
H
I
5 BR.FINE-MED.SAND,
TR.CRS.GRAVEL I
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10 I
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15 15.01
20
25 BR.FINE-CRS.GRAVEL,C08BLES
& BOULDERS , SOME FINE-MED.SAND
30
35
40 40.0'
--------
L(G(NO {\ ,I ^ I
140lb WI , 30" taU on 2" 00 SdP1;f'I,-( , OTIII.,,8R~LJI___. .n_ _..__
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'j (Jr,
I..' ',.,' '1/,' ':J,,'_:llp(J
ProportIons U~e{j
!lace 0 to lOC'\)
1II1Ie 1010 70fJIl;
some 20 10 35%
and 35 10 50%
CohOSlonlf:lSS DenSIty
0-10 Loose
'0.30 MedDense
30-50 DenSe
50 .. Very Dense
CotleslVP, Cor.~,~\p.nq'
0-4 Soft
4-8 M/Stlll
8-15 SliM
15-30 V.SIIM
H..:ip,"
'..Ampl,-' YPI
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'.H' ijP'J".1",!,,!C P,:,tor,
Insp"Cli"
f f; 11;',1 P,I A c ,o,lIQCI V", V tine 1 eSl
UT == Und,sturbed Thrnwall
Sheel~ol~
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1 Un'{:~,~ olherwlse agreed. samples will be held by Welti Associates a maximum of 60 days after bonng completion
Water readings repr(?!>ent drill~r observations - not Interprelations
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ClARENCE WELTI ASSOC., INC. CliENT PROJECT NAME
P.O. BOX 397 Gll(lJND WATER INC. PARSONS PROPERTY
GLASTONBURY. CONN 06033 LOCATION
FISHERS ISLAND, NY
DRILLING PROCEDURES: 1.. 2_. 3.. .c.. (Select one or fnOf'e) HOlE NO. MU~" Surface Elevahon
" HOlLOW STEM AUGER, Diameter
2. DRIVEN CASING. Diameter GROUND WATER OBSERVATIONS $T ART
3. DRILLED CASING. Oiameler DATE
.. ROO< CORING. Diameter AT33.....C!.. FT.AFTeFlL-HOUAS 4/20/89
& type AT ~ FT. A.FTER~ HOURS FINISH
DATE. ,,^.M
D SAMPLE STRA rUM OESCAIPTK)N
E
P A REMARKS
T NO BLOWS/6" DEPTH + DEPTH
H
.
45
50 , So, 50.01
55
GR.CLAY,lITTlE SILT
60
65
70
75 15.01
BOTTOM OF BORING 75.0'
80
LEGEND: Col A
140lb WI )( 30" lallan 2" 0.0. Sampler Driller: BROMLEY
Semple Type Proportions Use., Cohesionless Density Cohesive Consistency Helper
O:Ory C '" Cored W "- Washed lrace 01010% 0.10 LOOse 0-'1 Soft
UP", Undisturbed Piston little 10 to 20% 10-30 Med.Oense ' 4-8 M/Sliff Inspector
TP",TeSI PI1 A=Auger V",Vane lesl some 20 to 35% 30-50 Dense 8-15 Sliff
UT = UndIsturbed Thlnwall and 35 to 50% 50 .. Very Dense 15-30 V-Stiff Sheet L--- of ~
1. Unless otherwise agreed. samples Will be held by Welli Associates a maximum of 60 days after boring complelion.
2 Waler readings represent drlller observations - nol interpretations. .
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ClARENCE WELTI ASSOC.. INC. CLIENT PROJECT NAME
P.O. BOX 397 GROUND WATER INC. PARSONS PROPERTY
GLASTONBURY. CONN 06033 LOCATION
FISHERS ISLAND, NY
DRILLING PROCEOURES 1.,2.,3_.4., (Se4ect one or more) HOLE NO. NY.A Surface E5evation
I. HOlLOW STEM AUGER. Diameter
2. DRIVEN CASING. Diameter GROUND WATER oesERVATtONS START
3. DRILLED CASING. Diameter DATE
AT ~ n. AFTER..2..- HOURS 4/20/89
... ROO< CORING. Olameter & type AT ~ FT "'FTER~HOURS FINISH
DA.TE '".
0 SAMPLE STRA rUM DESCRIPTION
E
P A REMARKS
T NO. BLOW$l6 . DEPTH + DEPTH
H
.
. 41( WELL POINT Q 40.0'
.
10.0' (.010) SCREEN
32.01 RISER
2.0'STICKUP
BENTONITE SEAL 20.0"23.0'
. BACKFILLED 23.0'.0.0'
. , SCREW CAP
.
.
.
LEGEND: Col A BROHl EY
14Qlb Wt. x 30" fall on 2" 0.0. Sampler Driller
Sample TVpe Propor'llons Use. Cohesionless Density Cohesive Consistency Helper"
O",Ory C = Cored W: Nashed trace o to 10% 0-10 Loose 0-4 So,
UP IE Undisturbed PIston hllle 10 to 20% 10-30 Meet.Dense 4-8 MJ$tif1 Inspector:
TP=Tesl Pll AEAuger V=Vane lesl some 20 to 35% JO.5{) Dense 8-15 Stiff
UT", Undisturbed Thlnwau and 35 to 50% 50 ... VeryOense 15-30 V-Stiff Sheet 2--01 ~
1. Unless otherwise agreed. ump~es will be held by Welti Associates 8 maximum of 60 days after boring complelion
2 Water readings represent dnHer observations - not interpretations.
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CUENT PROJECT NAME " '
ClARENCE WEt TI ASSOC., INC. GltlllNO WATER INC. JOHNSON \\\:, '
P,O. BOX 397
GLASTONBURY. CONN 06033 lOCATlON
FISHERS ISLAND, NY
ORIUING PROCEOURES' ,", 2. 3_. .... ($e4ect one or more) HOlE NO, W_A Surface Elevation
1. HOllOW STEM AUGER, Oiame1er GROUND WATEA OBSERVATIONS START
2. DRIVEN CASING, Oiameler
mameler DATE
3. OAILlED CASING. AT ~ n. AFTER ..Il--HOURS 4/21/89
<II. ROCK CORING. Oiameler "- FINISH
A.T _ n. AFTER_HOl.H\S DATE
0 SAMPLE STAA TUM oeSCRIPTION
E
P A REMARKS
T NO, BLOWS!6"' DEPTH + DEPTH
H
45 . GR/BR.SILT & FINE SAND,
. TR,ClAY
.
.
.
50 S.5 50.01 50.0'
, BOTTOM OF BORING 50.0'
.
211 \JEll POINT Cil 30.0'
55
10.01 (.010) SCREEN
. 22.0' RISER
2.0' STICKUP
BENTONITE SEAL 5.0'.3.01
60 BACKFILLED 3.01-2.0'
. CEMENTEO 1 - 4" PROTECTOR & lOCK
.
65 .
.
70
.
.
75
80
lEGEND, Col A
Driller: BROMlET
140lb WI. l( 30" taU on 2" 0.0, Sampler
Sample T y~ PfopontOns Use", Cohesionless Density Cohesrve Consistency Helper
O=Ory C = Cored W '" Washea trace 01010% 0-10 Loose 0" Soh
UP = UndlSlurbed Piston hnle 10 10 20% 10-30 Mad_Dense 4-8 MlSliff Inspeclor
TP=TeSI Pll A",Auger V=Vane TeSl som<> 20 to 35% 30-50 Dense 8-15 Stiff
vr '" UndIsturbed Thtnwall and 35 to 50% 50 + Very Dense 15.30 V-$tiff Sheet ~Ol ~
1. Unless Olherwise agreed. umples will be held bV Welti Associates a maximum of 60 days after boring completion.
2 Water readings represent dnller observations - not interpreta1ions.
,
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CLIENT PROJECT NAME
ClARENCE WELTI ASSOC., INC. GROUND WATER INC. JOHNSON
P.O. BOX 397
GLASTONBURY. CONN 06033 LOCATION
FISHERS ISLAND, NY
DRILLING PROCEDURES 1.,2 3. 41., (Se4ec1 one Of morel HOlE NO. uuljI Surlace Elevation
1. tfOLLOW STEM AUGER Oiamelet' GROUND WATER OBSERVAHONS STAAT
2, ORIVEN CASING. Diameter DATE
3. DRILLED CASING. Diametef AT~ FT AfTER.D..-- HOURS FINISH4/21/89
... ROCK CORING. Diameter . Iype .
AT - FT, AFTEA _ HOURS DATE
0 SAMPLE SYRA rUM DESCRIPTION
E REMARKS
P A
T NO BlOWS/6" DEPTH .. DEPTH
H .
.
.
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10 S-l 10.0f ,
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15 ,
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20 Sol 0.,01 BR.FINE-HED.SAND,
TR.CRS.SAND
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25 I
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30 S-3 O.Of I
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35 35.0' I
.
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GR/BR.FINE SAND. !
SOME SILT
40 $-4 0.01 40.0~_
---
LEGENO, Col A I
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,-l,!, t, r...;"rl:d \'1 "V;I'S"U'J
(Jf(X"JI!/ons Ustld
",-,(,. 0 to 1001\)
\,1IIt' 101020010
some 20 to 35%
anti 3S 10 50%
140lb W, >< 30'
Coheslonlt:!SS DensIty
0.10 loose
10.30 Mad Dense
30.50 Dense
50 .. Very Dense
laU u"";> D {\ S"rlll'l,,,
Cor'esl\.>: Cn(;~,S1l"'n.;\
L",U,', BROMLEY
I
~,"""'ph' TVOl~
...."'1"'.___..
,.,. Unrj..,1i/,lled P'~1()f~
o~ Soli
4-6 M/S111!
81S Sllt1
15.30 V.Sl.tt
l~,~:)o'r;, ,r
I
: I' , T fo;!.\ f'.t A = Augc. V ' Vane Tl!Sl
UT ". lJnd.Slurbed Th.rh...al1
Snt!el ~ :1 L-_
I
I Unless otherwise agreed. samples Will be held bV Welh Associales a ma.imum of 60 days after boring comptelK)tl
2 Wafer readings represent doller observations - not inlerpreta1ions
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THE
STEPHEN B. CHURCH
COMPANY FOUNDED 1886
P.O. BOX 67 . SEYMOUR, cr 06483 . (203) 888-2132
PRINCIPALS
WIWAM S. DUNCAN, III
JAMES B. DUNCAN, P.E.
TERRY BISHOP
June 28, 1988
Ground Water Inc.
P.O. Box 770
Higganum, CT 06441-0770
ATTENTION: Paul Marin
Dear Paul:
SUBJECT: FISHERS ISLAND
We are disappointed that the test well work we did on
Fisher's Island was not approved by the officials in
Suffolk County New York.
I do feel that our work was of value to the Fishers
Island Water Works Corporation in locating a water supply
well for the people on the island.
Enclosed are the logs of six 2~" diameter test wells
which we installed in 1980 and 1981. Also enclosed
is a rough sketch which we just made up which shows the
approximate location of these test wells.
If we can be of any service to you in the future, please
do not hesitate to contact us.
Sincerely,
'j~~,,~_...
-
William S. Duncan (Pete)
WSD: jp
Enclosure
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GRAVEL WELLS. WELL MAINTENANCE. PUMPING SYSTEMS. GROUND WATER EXPLORATION
.
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... ........
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]J}/'Z7/eo
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J'ISPIt'. ISLUID CCIUJI'fRY CLUB
Plaber'. I.1ud, ... Ton
~1/2. f.tIt w.u 110. 1
Loo.. Md.lu. to ooaI'M UDd yeUow
Loo.. _tba to ooene ..... yel10w
Cobbl.. pipe ....... WIT Jlal'dl_ noppe4 at 14'. tried. HOOII4
hole 8' 8W7. It .topped at u' .
"
,
;
0'-10'
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f"-14'
,
,
\' y
-,'
<. '.,
t'-lO'
:
,
~O'-l5'
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~"-20'
1
f!o'-25'
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~"-30'
~'-.'5'
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-l-_____~_.- --
~'.-40'
.
,
40'-45'
!
,
~"-'O'
r '- -'__
$C)'!S"
f"-59'
i
,
~9'
,
lO/rt/80
rISHER' S ISL,um CwtrJ:I\Y CLUB
1'1a.r'. 1.,...." .. Toft
2-1/2. 'I." Vell Ifo. 2
=-~..t::"~nl Y11:h a layer o~ oollU.. .~" p.tpe
eoan.aIId-"" ~ftlLd1ftT Y1'th nu. ad olQ 00101'
pipe dnmt poet tI'OIi 12'
Med1u... ..... .... with 1eye~ o~ Iftftldirt)' with
f1mta 1D4~1a1~0I' yellow, took DO _ter,p1pe 4roft pod
"41__ OOU"N ead wl'th]aye... of INftl"d1rtJ vitia tiDe.
~~, pipe dJ'oft pod 1:0 2", ... .
layer .f oollllla., -pipe cSnrft ftl7 bar4, a1eo ..~ pipe .
UtU.. JIH"" out ad I'adro.. ill .... bole, took DO veter
~te CIOU'H ,88114 ,,1:th laye... o~ Il"llftl, WI'7 d1rty
With ftJN. .... aUy"""oolor yellow, took DO _ter, pipe cSnrft
.UU ,
Med1ua~ A8d ~ U", with tlDH aDd Ola7 00101"
to~' ,..nov, -iljidiiOft 81:iU.1'roII ",.". ~, ... ex-yel
packed ti,lbt. Pipe dl'ov. '"17 bard, took DO _ter
~r:01~~~: :l-~~; =~~~n: =~
ea. .r at ~.
CoarM ~ ~'tb ~ of Ift..l cS1J'ty with fiDe. aDd be..".
cn.y-d01oJ"--.,.-u:ow. DO vater
Co..... HP4 vi_ lqen.ot ..an..,.1. dll"tJ with ~1Jle. and heavy
em-color 7.110w. took water""?&1r
~
Mad1_ 1:0 OOU'M aDd wi.. tNc.. of &l'*ft1t d1ny with tlDa.
aDd be...,. olaJ ooler yellow, took _ter ta1J'
Me41ua to cOarse aeJId "17 dirty with tiDe. aII4 h...,. cla7
eolor yellow, took llttle water
REl'USAL
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O~-9'
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11'-19'6-
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19'6-
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.10/27/80
FTfiIIIlDl'. I8LAIID 0-.."1 CLUB
'1.... a I.l....... ..., Toft
2-1/2f' b8t ven 110. ,
Graw} hardpal'1. pipe 4roYe '"17 bard. to 9'.
CoaI'H MD4 aDd 11'&,"1, dirty ,,11:11 fiMa. ~11ow . took vater
tail' t at 15' p10pe drow pod
CO-ft. 88Dd aDd 11'&,"11.. wIT hea.". clu.1 hoked '"17 upt
pipe droye '"l'7 hard. I'lpe .t0pge4 at b"-
A lay.1' of cobbl.. packecl "'l'7 tlp1: aDd '"l'7 hea.". olay
PULLED 00'1'
.
.
.
.
.
.
. '~'-45'
.
.
.
.
.
.'
.
I
1(l6'-1l6'
I
I
~'-129'6-
. .
,1'6-
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!
I
!
!
o~-"
'~-12'6-
I
1~'6"-15'
I
I
1$'-30'
i
~,-",
i
~'-45 '
4"-50'
I
I
~'-65'
;
6~'-70'
I
!
7()'-7~'
I
I
I
7"-80
i
~'-e5'
.
I
8$'-90'
I
.
~'-9"11"
i
i
,
9~'1l.-101'
I
,
1~1'-106'
,
i
.
1~6'-121'
I
,
1~'-126'
I
1O/rr/fJIJ
nlllBR.' S ISLAIID ~n'.a CLUB
P1eer'. Ialand. IIew York
2-1/2" 'r.at W.ll 80. 4
~
SwaIlp mck aDd clay
F1M to Mdt,. HIld. Tery dirty with cla,.
-cOera,e__~__ .-81'*Tel. heuy tiMa u4 cla,. IN,. took DO
water. lap!" o~ cobbl... 12'6" - 14' ~pe 4ro.. bal'd
Ealled up 14'_15'
Coar~ aaad ud_~....l ....1'1 cl1rty wi. ~1Ma a4 clay 1ft,.
1OO1t DO _'ter;il't 20'-25'-30' packed ~, pipe dNw.. !lard
CoaJ.'lle ~8Dd~1, ....1'7 dirty with ~s .... ola,. poay
toolt 110 _'ter, p1pe drcrn bard. pecked. ts.&bt
Coarae ADd 1Pl_&ra....l, 'ft1'7 cl1rty with t1Ma aM olay poay
'rooir.-WiteP
Pipe a'taJ"tecl 'to dri.... ...i.r .'t 4,.
C0ana...au4 aIJd II'laWl Te1'7 dirty wi1:ll, ~s aDd c1a7 pay
'rook DO _ter, pipe clrow Iooc!'
Coarae~P4..~....l ....1'7 dirty with' aU't u4 cla,. pay
Toole DO _tel' a't "'...60' or 65', pipe cb'ow 1004
~Coera. II81l4 Te1'7 cl1r1:y with alU u4 ohy "..,., took DO _'tel'
Pipe Groft Pod :
MediUII to 008I'N MIld ....ry dirty wi1:ll allot u4 olay, II1:ar1:ed
1:0 turD ,..llow. laat ~, ot pipe cln.... banl, took _ _tel'
rlne and w11:h siU ad. clay ,..llow. pack~ ts.&b1:, pipe c!ro..
hard. 'took DO vater i.
Med.1ua 'to ooerae ADd, cl1r1:y w1 th t1M. ~, 80M clay ,..llow
Took waterfall', pipe dro.... cco4 ( "
___ I'
Med.1ua tcuaoaree aeDd .bed with tlus ,..1.11.., pipe dro'ft
gooa-';-1'Ook tail' wa'ter , :
M.!KU1,III 'to ooane aaDd aixed. w1th t1Ma ~" 94''''5'11-
lIediula~--6OU'M--.aa- aiud w11:h t1Dta IaerIy ola,. ,..llow
Pipe atar1:ed 'to dri.... barda't 94', took I" PoOl'
,; . \
Med.1ua 1:0 ~ .~, Te1'7 heavy .11t _ ola, yeUow, packed
tilb't-.- took _tel' poor, pipe clnv. hard . \ '
Me41ua 'to ~ ..~ ....1'7 b......,. a11t a4 )c18,. ;yellow, pecked
_ ,_ tight, wei DO'. water, pipe drove!lard j \ '
Fine 'to Md1ua NIld, ....1'7 MaY)' s11't ad.;olay ,..now, packecl
1;i&bt, took DO water. p1pe c1row baN ! \
. ,
Med1ua un4 beayY clay peokecl 't1p't yen~, \ took DO _tel'
Pi~ c!J'O'ft!lard, \
Mediua to ooaNe MD4,. heavy tiDe. aDd oj,a,. ,.enow, toot ....ry
U1:1:1. ..1:er. packed u&b1:, pipe c1row -1'd .!
Coarae aancl, ....1'7 b......,. ola,. yellow, teok \"1'7 U1:1:le _'tel'
Pipe c!J'O'ft bard
REFUSAL
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coarse sand and gravel not packed ti~~t, very dirty:with
_silt and clay, gray, took little water, pipe drove fair
rmedium to coarse sand with some small gravel, not packed
i tight, very dirty with clay, might be in layers, took water
fair, gray, pipe drove good
medium to coarse sand with some small grvvel not packed
tight, very dirty with clay, took no water, pipe drove good
coarse sand and gravel loose, dirty with some fines, gray
took water very good, pipe drove good
~medium to coarse sand loose dirty with some fines, yellow
) took water good, pipe drove good
I medium to coarse sand, loose, dirty with fines with same
gray clay color, took water very good, pipe drove good
medium to coarse sand, loose, dirty with fine with some
gray clay color, took water very good, pipe drove good
medium to coarse sand with some small gravel, fairly dirty
heavy fines and clay color yellow, took water good, pipe
drove good
medium to coarse sand with some small gravel, dirty, heavy
, fines and yellow clay color, tookwtter good, pipe drove goo
80'lO"-85'll,,'----medium sand very dirty with fine and yellow clay color, too
little water, pipe drove good to 82', then started to drive
medium to coarse sand packed tight very dirty with silt and
clay, took little water, pipe drove hard
medium to coarse sand, packed tight very dirty with silt an
clay gray, took no water, pipe drove hard
0' 5'
5' - 10'
10' - 15'
15'
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I 18'
! 20'
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18'
- 20'
25'
- 30'
- 35'
35' - 40'6"
40'6"-45'6"
45'6"-50'7"
50'7"-55'7"
55'7"-60'8"
60'8-65'8"
65'8-70'8"
70'8"-75'9"
.
75'9"-80'10"
85'11"-91'
91'
-96'
-- -!r'-~ -,~ \" r
, ,
Ifer
:;!
o
FISmfl,S ISLAND COUNTRY CLUB
2-1/2" Test Well No. 5
Top soil and fine to medium sand loose
~rse sand and gravel with some clay color gray, took some
water, pipe drove good
coarse sand and~avel with cobbles dirty with fine, took
little water gray, pipe drove hard
L90arse sand and gravel, loose, pipe drove hard
clay, yellow, took no water, pipe drove good
clay hardpan yellow, pipe drove hard, took no water
_Clay hardpan yellow, pipe drove hard, took no water
(coarse sand and gravel, not packed tight, very dirty with
I fines and clay, gray, took little water, pipe drove some-
, what easier
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/
96' - 101'1"
101'1"_ 106'1"
106'1"- 111'2"
-- -_..~ -.. ........_..~""'...... ........~ ...J:..IJ'.~...1.. ~i::."i,...~. .r
FISHERS ISLAND COUNTRY CLUB
2-1/2" Test Well No. 5
coarse sand with some small gravel packed tight very
dirty with silt and clay, gray, took no water, pipe
drove hard
coarse sand with some small_ gravel packed tight ver
dirty with gray silt and cl~y, took no water, pipe
drove hard
clay hardpan, pipe drove very hard, gray, took no wa-
PAGE' 2
Pulled back to 80'-10" and set 3- 30 slot test screel
Only exposed one screen, developed and pumped. Watel
was very heavy with salt. Pulled all screen and pipE
out.
I
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0'
7 '
I
7 '
_ 10'
Tnt.; ~T.t..Yr1L.l't: D. \"..r1U.l't""" .....v.. ':>U I """,-"un, ..........H"~.
11/16/81
FI9H&R3 ISLANU COUNTRY CLUB
2-1/2" No. 6
Medium to coarae aand, heavy clay
3" _ Coarae aand & gravel w/cobblea, hvy. y.llo" clay
color; pipe drove hard; took no water
I
10 ' 3" - 15 . 4" .. Coara\! aand 6< aravel w/cobblea; hvy. finea & yeUow
clay color; pipe drove hard; took no wat.r
< -. 4" 20 I 5" Coara.. aand '" ~rav..l w/cobblea; heavy finee & y.11ow
1~ - -
clay ~olor; pipe druv" hard. took nO water
I
20' 5" 25'
I
25' b" - 30'
I
30' 7" - 35 ' 8"
35 . 8" - /,0 . 9"
40 ' 9" - 45' 10 "
45 '10" - 50 . 11"
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50'11" - 56' 0"
I
5610" _ 61t 1"
I
b 1 I 1 tI
66' 2"
6b' 21< _ 7113"
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6" _ Coarse aand . gravel w/cobbl"s, heavy finea & yellow
clay color; pipe drove hard; took nO water
7" _ Coara., aand 6< gravel w/cobblsa; heavy finell " yallow
clay color; pipn drove hard to 29' then eaaed up &
turned brown coarae aand w/aome clay color; took
water fair at 30' 7"
_ Coara. aand & gravel; dirty w/finea 6< hvy. yellow
clay color; pipe druvc ~ood, took water fair
_ Coarae aand 6< gravel; hvy.finea & ~vy. yellow clay
color; pipe drove good; took water &ood
_ hedium to coarae sand; hvy finea & hvy.yellow clay
color; pipa drove bood; cook waC~r good
_ Coara. aand & gra~el; n~y.iin..s & yallow clay color
to 48' then yellow clay; Cook no water. Pulled back
to 48' SeC 3 - 1-1/4" CU'C acreens 30 slut 0\1 top
30 slot on bottom, 20 slot in middle.
Du~~loped 1 screen aC 4 ti..u but did notpuap
a.paratel,. All three acreens pumped 37 gpm. Moat
of tbe water ceme from top cwo acreena. Bottom
scr....n pumped vy. little while developing.
Static 10' S" from tOp of pipe Jo' abuve \>rad..
Pumped 37 gpm. at 29' w/2b Ibs. vacuum on gauge
for 1 hour; took waCer sample.
Pulled screens; redrove to 50' 11" then waahed.
Then atart.,d 5' aamples a~ain.
_ Clay hardpan wiaome gravel scoues yeliow; pipe drove
hard; took no water
_ Coarae sand w/some aravel sCone vy.hvy, clay; clay
came out in chunks, ?ip~ drove fair; took no water
Coarae Rand vy.hvy. yellow clay ~ silt; pipe drove
fair; took no wa~er
Coarae aand & amall gravel vy.hvy ailt & yallow clay
color; pipe drove fair to 70' tban hard to 71' 3" -
took no vater
? EJ2IM rr a:. "
NeW YORK ~T;;'TE lilOPAATMENT OF ENVIRONMENTAL CONSERVATION 10- ~ 7 - 1t:#>"7
o
COMPLETION REPORT-LONG ISLAND WELL
Gt.lIJ~ tAJEil..t:l3 .
; /.
I
SUFFOL K
County
I OWNER
I
I ADDRESS
I
I DIAMETER
In.
LENGTH
I It.
SEALING
AI GoLF lU)}3
DEPTH TO GROUNDWATER FROM SURFACE
10 :l:
CASINGS
In.
In.
It.
It.
CASINGS REMOVED
I MAKE JOHJJSOIJ
DIAMETER
SCREENS
I . f OPENINGS
I
in.
In.
In.
LENGTH
I
It.
DEPTH TO TOP FROM TOP OF CASING
ft.
It.
DATE
PUMPING TEST
TEST OR PERMANENT PUMP?
I
j./lJr I'ER.Fo~hletJ
DURATION OF TEST
days I
STATIC lEVEL PRIOR TO TEST
ft. I
MAXIMUM ORAWDOWN
MAXIMUM DISCHARGE
hours &'517 MA11f' gallons per min.
lEVEL DURING MAXIMUM PUMPING
In. below I In. below
top of casing top of easing
Approximate time of return to normal level after cessation of pumping
hours I min.
VeT
I
I
It.
PUMP INSTAllED
TYPE
MAKE
MODEL NUMBER
I
MOTIVE POWER
MAKE
H.P.
CAPACITY
I NUMBER OF BOWLS OR STAGES
g.p.m. agaInst
ft. of discharge head
ft. of total head
DROP LINE
SUCTION LINE
I
DIAMETER
DIAMETER
In.
LENGTH
lENGTH
I
ft.
USE OF WATER
METHOD OF DRILLING ~'i-t..O
rotary J(l cable tool 0 other
WO K STARTED
-;1 -
OtJ
tl-Z -t{ ~
IfARl:> ~,J
I
DATE
/1-
I
. NOTE: Show log of well material ncountered, with depth bel w ground surface, water bearing beds and water
levels in each, casings, screens, pump, additional pumping tests and other matters of Interest. Describe
repair JOb. See Instructions as to Well Driller's License and Reports. Page 5-7.
I
DUPLICATE-Retain
Well Number
S-ql'n~
-lOG
Ground Surface
EL
/0 :
ft. above sea
^
V
ft.
TOP OF WEll
In.
t
It.
In.
It.
In.
Ie"
-,!J
':::!
-
III
~
10
ft.
~
--------------
- -
C Lv',3
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".
FI;jHER.~ 1St-AND GoLF (OUR~E
7RDDVC-TIolJ kJ~L.L-
h -2,0-82
I
l3ouu) €l!:.~
. I
\:l
~
,
I/)
~
\.l
~
OJ
SMJD4
GeAIl~
(
40' )
SWD
Ff/JE 'TDCoA.e.se-
- efi '- '" "
We ser
I,
.8 CAsIAJt$.TO
-me- i30TTDM. ..___._
5. B._eBVIfCtl.CJ;". se;=
/W6" 7Ct,.G~E ;:N.1i .~tEJJ
AN() DelJczoPJ;-D _ llic ..JYt:lL
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;:!61fE125 /dL.1W6 GOLF GClI!..Sc
2,
::,pI,
.;0
.oze
3, c
'1
)J&J !koD()ClbJ Ii./cu..
3 -30 ~&-&
~
I/)
~
.,
TILL
~
~
fi tJE :5A/Jb
21 COOOLE~
l..'f
.:5A/JD, cOoB<.CS
3?;DIe..T'( 'SAtVD
~B?uLDER.-
/-JA~i)I)AtJ
-J"6
.-"~
2'7 5pm c.. 37 I PlA""fH'1/eve.L
(blow --fest- WI t-(,...dl'; 11 1'(5)
I
CLARENCE WELTI ASSOC., INC.
P.O. BOX 397
GLASTONBURY, CONN. 06033
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BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
B-1
ASH DISPOSAL LANDFILL
FISHER'S ISLAND, N.Y.
"BORING LOG"
CLIENT
CUMMINGS & LAFAYETTE
BLOWS
A STRATUM DESCRIPTION PER~
B
br.ers-fine gravel,
eobbles,& boulders,
Some fine-med.sand,
tr.silt
60/4"
<v.v 60/0"
gr.fine-ers.gravel,
cobbles & boulders,
some fine-med.sand,
till
31-38-41
., .v
AUGER REFUSAL AT 17. 0'
NO WATER @ 0 hrs.
IDATE' Q/<</Q7
DRILLER: BROMLEY
I
~.- I J
I
~
strata dert~
I. COL. A
2. COL. B
3. HAMMER = I~I; FALL 30"
4. SAMPLER =_0.0. SPLIT SPOON
5. GWT = GROUND WATER
BORING NO.
LINE &..STA.
OFFSET
GR. ELEV.
B-2
A STRATUM DESCRIPTION
BLOWS
PER~ B
br.ers-fine gravel,
boulders & cobbles,
some fine-med.sand
,._,. .~
I
<v.v
gr. cobbles ,boulders -
& fine-ers.gravel,
some fine-med.sand,
tr.silt,till
21-37-32
I
11\ 'i 60/0" I
I
AUGER REFUSAL AT 18. 5'
NO WATER @ 0 hrs.
I
DATE: 9/8/87
DRILLER: BROMLEY
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lrlO Prtn!l;ln; It 11;>:
AND
SOME
TR AC E
-.j() '0 50%
- 10 '0 40%
-OtolO%
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CLARENCE WELTI ASSOC., INC.
P.O.80X 387
GLASTOHBURY, CONN. GeOU
W-I
80RING NO.
LINE & STA.
OFFSET
GR. ELEV.
ASH DISPOSAL LANDFILL
FISHER'S ISLAND, N.Y.
"BORING LOG"
A
8LOWS
STRATUM DESCRIPTION PER~ B
br.hard granite
boulders, cobbles &
ers-fine gravel,
some fine~crs.sand. 60/4"
tr.silt
10.0 60/0"
gr.hard pink granit
boulders & cobbles,
some ers-fine
gravel & fine-med.
sand Ii tt Ie silt, 60/3"
till
"' ^
.
hard pink granite
~, .v
Note: diamond would
not cut beyond 27'
BOTTOM OF BORING 27. 0'
WATER AT 19' @ o hrs.
WATER AT 20' after I hr.
WATER AT 21' after 2 hrs.
DATE: 9/9/87
DRILLER: BROMLEY
'--
-~--
strata de th
p
I. COL. A
2. eOl. 8
3. HAMMER - 140/; FALL 30"
.. SAMPLER -_0.0. SPLIT SPOON
c ,.....,. ..- _........ ,_
CLIENT
CUMMINGS & LAFAYETTE
BORING NO.
LINE &0 ST A.
OFFSET
GR. ELEV.
W-I
A
BLOWS
STRATUM DESCRIPTION PER~ 8
2" WELL POINT @ 27.0
10' (.OIO)screen
17' riser
2' stickup
Sand 27.0'-17.0'
Ben tonite se~ 1 J7 0' - 15.0' I
Backfilled 15.0'-2.0
1 - 4" protector &
lock, cemented
1 baQ sand
1/2 pail bentonite
1 bag cement
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1-
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1 '10 P"nlefl6 . 1127
AND - <40 10 50%
SOME - 10 10 4()%
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CLARENCE WELTl ASSOC., INC.
P.O.BOX 387
GLASTONBURY, CONN. 01033
"BORING LOG"
ASH DISPOSAL LANDFILL
FISHER'S ISLAND, N.Y.
CLIENT
CUMMINGS & LAFAYETTE
BORING NO.
LINE & ST A.
OFFSET
GR. ElEV.
W-2
BORING NO.
LINE &0 ST A.
OFFSET
GR. ElEV.
W-2
A
BLOWS
STRATUM DESCRIPTION PER~ B
br. fine sand, some
".v silt
gr.fine-med.sand,
Some crs-r1ne graveJ "-0"'
& cobbles, little
sil t, till
"" II."
O'._hn
hrl/3"
Lb.v "0-'"
BOTTOM OF BORING 26. 0'
WATER AT 12.5' @ o h s.
DATE: 9/9/87
DRILLER: BROMLEY
---~
1- ~---.-
---
----
strata deptn
A
BLOWS
STRATUM DESCRIPTION PER--!L: B
I. COl. A
2. COL. 8
3. HAMMER" I~/; FAll 30"
4. SAMPLER "_0.0. SPLIT SPOON
2" WELL POINT @ 23.0
10' (.OIO)screen
13 f riser
2' stickup
k. ,,' 71 "'-l1.n'
Bentonite seal 11.0'- 9.0'
Backfilled 9.0'-2.0'
I - 4" protector &
lock, cemented
I bag' sand
1/2 pail bentonite
I bag cement I
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I
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I
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I
- ,
I i
,
--
,
I
J
100 Pllnlerlli", '<'7
AND - 40 10 50%
SOME - 10 to ~
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CLA~ENCE WELTI ASSOC., INC.
P.O. BOX 3117
GLASTOHBURY. CONN. OllO33
ASH DISPOSAL LANDFILL
FISHER'S ISLAND, N.Y.
"BORING LOG"
CLIENT
CUMMINGS & LAFAYETTE
BORING NO.
LINE & ST A.
OFFSET
GR. ELEV.
W-3
A
BLOWS
STRATUM DESCRIPTION PER~ B
br.fine sand, some
I'<'V silt
gr.fine-crs.sand,
some fine-ers. 20-60
gravel & cobbles,
little silt
3
.~.v
gr I granhe oou~aers
& cobbles ,some 60/5"
111ne crs.grave~ b
fine-med.sand,
little sil t, till
~v.v 60/0"
BOTTOM OF BORING 20. 0'
WATER AT 10' @ 0 hrs
DATE: 9/9/87
R: BROMLEY
------.
=-=l
U___ -
strata depth
I. COL. A
2. COL. 8
3. HAMMER' 1401; FALL 30"
~. SAMPLER -_0.0. SPLIT SPOON
BORING NO. W-3
LINE &0 ST A.
OFFSET
GR. ELEV.
A
BLOWS
STRATUM DESCRIPTION PERJL. B
2" WELL POINT @ 18.0'
10' (.010)screen
8' ruser
2' stickup
Sand 18.0'-5.0'
." C r'\ t " n'
Backfilled 3.0'-2.0'
1 - 4" protector I
w/lock,cemented I
I
I
1 bag 'sand I
1/2 pail bentonite
1 bag cement
,
I
I
,
I
I
I
,
I
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!
,
I
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,
!
I
1"0 Pnnltj.'" . 11'7
AND - 40 10 5O'lb
SOMf -101o~
-
-
-
-
-
-
-
-
-
BORING NO.
LINE & 51....
OFFSET
GR. ElEV.
N~ _I ._I....O~::~L~~~
5-5
BORING NO.
LINE & S1A
OFFSET
GR. ElEV
:l-6
A
BLOWS
STRATUM DESCRIPTION PER_ B
A
BLOWS
STRATUM DESCRIPTION PER_ B
...,.
8R.F I NE-CAS .s"ftC
L I '- ILl' FINE-eMS.
GR"VlL
..
C R /e R. F" I HE -r. R S .
SAND, lA.F INr-tR
RA,,, A'
CR.r IN[-CAS.S""IO
t H of I N[ -l't[ O.
CHAVEl t 11'1. S Il T
..ORK.eA.rINr-CRs.~ANO
~R.fIN(-CRS.SA 0 ~ c;" El
eOTTO" Of A.leER ~.O
NO ''''.HER
NO 'WATER
DAlf: 5/1?171
OR I L LrR: BAAA ceo
OAT(: :S/1?/71
I. COL. A StRATA OfPTH
2. eOl. I
3. HAMMER" 1-401; FALL 30M
~. SAMPLER "_0,0. SPLIT SPOON
5. GWT: GROUND WATER
AND
SOME
TRACE
-401050%
-10 to 40%
- 010 10%
';.~.,...,.
i--1!r -
I~~~,::
ARU
BORING NO.
LINE & STA
OFFSET
GR. ELEV.
8-1
aORI~ NO.
LINE & SU.
OFFSET
GR.ELEV
8-2
A
o
STRATUM DESCRIPTION
BLOWS
PER_
B
BLOWS
A STRATUM DESCRIPTION PER_
CR/IA.FINE-CRS.
SA"IO. Ll "LE F I.IE
. - . .
TR,F-CAS.CAAVEL4 SILT
C088lES.IA.S Il T
GA/811.FINE-CAS.
SAND lIT
FINE-CAS.GRAVEl.
rrw COPlAleS, IR.
SilT
IO'TO~ OF AUGER ~.O
eOTIOM or AtlGER 15.0
DATE: 3/15/71
OAIllER:8ARACCD
OAIE: V1;>171
OR lllE R': BARACCO
I. COl. A SHUTA IIrPT"
2. COl. I
3. HAMMEl" 1401; FALL 30"
'. SAMPlfl-_O.D. SPln SPOON
S. GWT., GIOUND WATEI
AND
SOME
RACE
- 40 to SO'!l.
-IOto~
- 01010'1(,
JJ
<-
I
B
-=iiiLV'_1
'~I~o~:~~~~~ro' -.. i~"'""'"
CLtI!:NT.RLE~ 1(1"'(: It AS~OC.
8-4
BORING NO.
LINE & STA.
OFFSET
GR. ElEV.
8-3
BORING NO.
LINE & SU.
OFFSET
GR. REV.
A
1,0
BLOWS
PER_
STRATUM DESCRIPTION
STRATUM DESCRIPTION
B
A
Alk. RR.SAI.:O
8A.F I HE SAND,
'TR. Sill
GR.FINE SAND,
lA.CAS.SAND &
FINE-CRS.GRAVEL
fR. S Il T, FF w
CORRlES
~
GA.FlNE-CRS.SANO
fA. S I l T & F I NE-
CAS.GRAVEl
1').0
flOT TOM O_F AlIGf A 'J.O
NO WATER
ROT TOM OF AUGER 15.0
NO W"'lE~
OAT[: .~/1:!1"1
ORlllE~:8ARACCO
OATC )/15/71
ORlllER':eARAcco
I. COL. A O:YR.&y.& III PY..
2. COl. I
J. HAMMER" l.wl; FALL 30M
.. SAMPlER "_0.0. SPLIT SPOON
S. GWT'" GROUND WATER
AND
SOME
TRACE
-40 to 50%
-1010 fO%
- 010 10%
BLOWS
PER_
B
i
I
I
I I
11
: i
U
:o.=,.'':-p-l
BORING NO.
LINE & S1.4..
OFFSET
GR. ELEV.
-............- ""''01
BLOWS
STRATUM DESCRIPTION PER~ B
ROOTS
SANO,l-IT.FI/rrft-C'f1 .C!HI\ltl.
BOUlltAS
..lllM.. SIINGY Sll'
rtv BOULDERS
80110M or aOHINC 3.0
OATE: 3r15/71
DAllL[R:8ARACCO
I. COL. A S1"'" lA OE"t"
2. COl. .
J. HAMMEll... 1-401; FAll 30"
<to SAMPLE" -_0.0. SPLIT SPOON
S. GWT '" GROUND WAlE.
I <,
BORING NO.
LINE & 'S104.
OFFSET
GR. ElEV.
CHAHI!.;; KING ....Sf'C.
12
A
BLOWS
STRATUM DESCRIPTION PER.......6: B
D.L I'.
~IN~-CRS CRAVEL, tv
"'OPSOll,FEV S ALL-LARC
BOULDERS
".OR4NCt!SR.rl [-CAS. SA 0,
BOT'OMor eORINe 3.0
DATE: ~/l'J/11
OR' LLrA :""""'co
AND
SOME
TRACE
- 40 10 50%
- 10 to <W%
- 01010'%
u
~ """""""" onouT
OR. L<&
I;,L.....lJ.I'l..".
BORING NO.
LINE & STA
OFFSET
GR. ELEV.
9
10
BORING NO.
LINE & S1A.
OFFSET
GR. ELEV.
BLOWS BLOWS
A 5TRA TUM DESCRIPTION PER~ B A STRATUM DESCRIPTION PER~
B
1. DIH< .8R.S l ORK.sR.rINE_CRS. .
-
5'-"'0. fR. S It', 9-10
SO"[ CRS.GR'-"El
ell.FINE-CAS. '" COll8lCS.F III H-10
.. ~'-1
~ GA.rINl-CAS.SANO
'".Slll
(~ .0 .. 4M-6o 8A.FINE-CAS.SA".0
, ". - 1l)-40-3H
CPAVCL,FI:W COlll8l S,
.*CR/eR.FINE-CRS SAND. l?O S''''Ll eOUlOERS
LITTLE FI"'E-CR .CAAVEl.
." COBBLE S
REFUSAL A' Y.O
REFUSAL A' 12.0
OA H: "5/10/71
OAIllEA:SARACCO
OAT(: 3/10/71
OR I llE P :e'-A...CCO
,---
1. COl. A S fHA fA DEI""
2. COl. "
3. HAMMER = 140'; FAll 30"
... SAMPLER =_0.0. SPLIT SPOON
S. GWT = GROUND WATER
i
I
I 1
. I
I I
lJ
AND
SOME
TRACE
- <<> to SO%
- 10 to-<CO%
- 01010%
W)OS~$T""'"
BORING MO.
LINE & 5TA.
OFFSET
GR. ElEV.
- - - - _ENTLHAKLLJ
BORING HQ. 1!j
LINE & 5TA.
OFFSET
GR. ElEV.
-
7
A
BLOWS
STRATUM DESCRIPTION PERR B
..
CR.f 'NE S.-NO.
TR.S Il T
. -ti
~.o
.
FIN[-CRS.SA"O.
PllCES CRAVEl.
COBBLES
50-~6-19
..OR.-..CE/8R.Sll y ~'-NO.
TR.ROOTS
REfUS'-l AT 9.0
0'- H: 3/121'/1
ORlllEH:BU,-",CCO
I. COl. A STR'-'A OfPlH
2. COL. 8
J. HA.MMER" 1.401; fAll:JOM
<I. SAMPLER =_0.0. SPLIT SPOON
S. GWT = GROUND WATER
....INl. f( A;"~Vl..
BLOWS
A STRATUM DESCRIPTION PER~' B
-~
r.M/8R.F' N[ S.-NO.
lR. S I LT. lR .CO'-L,
FILl.P I [CE S
BRICI( PLUC
". 0' SAMPLE
HO REC. 7-H-14
8A.F' N[-CRS.
S.-1II0.LIT'LE
"W C,ORBLE S :>0-1)0-40
.
PIECE S or 8R I CI(
Ref U5'-' .-, 13.0
DUE: 3/12/71
ORllLER:e.-R'-CCO
AND
SOME
TRACE
- -40 10 50%
- 10 to 40%
- 01010%
JJ
.}UO SY,,;...-- 5._n
~
BORIHG NO.
LINE & STA.
OFFSET
GR. ELEV.
5
--......- ..--
6
A
BLOWS
HRA TUM DESCRIPTION PER~ 8
RR.f 'N( 5'-11I0.
lR.SllT.LATERS
CH.fINE S'-NO.TR
SilT & f"' N[-
12-1
11.11
BR.fIN[-CRS.S'-NO
SO,..[ fINE-CRS.
~
RlfUS.-t .- 1 11.U
DUE: ""5/10/71
OHILLER: B.-RAccn
I. COl. A 5THA ,.- UI PI,..
2. COL. 8
J. HAMMER" 1-401; FAll;)O"
... SAMPLER "_0.0. SPLIT SPOON
S. GWT '" GROUND WATER
ENT
BORING NO.
lIHE & STA.
OFFSET
GR. ELEV.
A
BLOWS
STRATUM DESCRIPTION PER~ B
,
I
I
I
!
; I
LJ
I I!
-~1--i~~~
I
_I
HR.f INL-CAS.S'-NO
LIT'LE SIt. T ,ll'.
fIN(-CRS.CR'-V[l.
f"[~ ~TONE~.fILl
CHI( .81'1. 5 IL ,., S.-N
8P.f1Hl S'-HO.
'f,!. S I L'
CR. S Il TT S.-HO
9 I "IE RS. '-NO
lH.f I ~r CRo\vEl.
flw C08fllES
I N['-Cfl:S. S'-'Hl
CORBilS ~ eO!llOER
REfUS'-l #l'
~o\[..
1'J.0
DUe: '~/l0rfl
O~'llEP:A'-Ro\CCO
AND
SOME
TRACE
- <<:110 SO%
- 1010 """"
- 010 10%
-20
-lti
'>-
';-&-b
15-?4-17
?4-40-au
~J.ti:NCfc Wl::.L11 A~~. II........
_.... n _
no.~. CONN oeo32
..
O'tllliLiii
BORING NO.
LINE & SfA.
OFFSET
GR. ElEV.
3
BLOWS
. STRATUM DESCRIPTION PER--2.... B
flU8RlE.SO..( SAND "-1
;?4-1?
4.0
..
.n S"ND it SILT 1')-1"/-17
..DRIl..IlR.rIN(-CR .SA...D.
"""S.
C"'AV[L ,"- III
.
1.0
I.
17.0
BO'TON Of flORING 1.0
DATE: 5/10/71
OR Illl": 8A"Aceo
S Tf.lA ,,, Ol"'H
I. eol. A
2. eol. I
J. HAMMER" 1401; fAll 30"
... SAMPLER "'_0.0. SPLIT SPOON
5. GWT = GROUND WATER
_CH^~IN'-,soc._1
4
BORING NO.
LINE & Sf.4..
OFFSET
GR. ElEV.
STRATUM DESCRIPTION
.
..
CR/IlR.,..,,..€. SAND,
TR. S Il T
cR/eR,rlflE-CAS.
SANO.ll'Ill
r'N[-CR5.CHAVEL
FEW CORetES
BLOWS
PER~" B
J-H
)
15-1fl-;>0
. AlK.F'N[-CRS.S NO,Llt1
SIll & FIN[-CR .CRAVEL
..SR.fINE-CAS.S'" O,lR.S1tr.
PIECES GRAV(L, OA8l[s.r~ll
I
RI. rUSAL "T 1? 0
NO '1/" IER
0" T[: "i! 12i71
OR It LLA: BA",,,ccn
AND
SOME
TRACE
-.40 10 50%
- 10to 40%
- 01010'1(,
~
I
I
--~
. I
I
~..-..
--.~..---
.-"1IIIl::iIIIJ c'
BORING NO.
LINE & ST.4..
OFFSET
GR. ElEV.
2
BORING NO.
LINE & STA.
OFFSET
GR. ELEV.
A
STRATUM DESCRIPTION
BLOWS
PER~
-b
CP/SP.FIIH SA~O.
TR.!> I L'
B
.
STRATUM DESCRIPTION
CR." tNl-CAS.
SAND. TH. 5 ILl a:
"frIIE-CAS.GAAYEl
.(
.Il
~~
lll'lf Fl~[-CR~.
Cl<"'V[l. 1M. S 1 L'
11.
R[FUSAL A 1
. .
'/.0
~. 8lK.FIN[-C.RS. AND &
0.1.1[: )/10/"/1
DRlllfP:BAf./ACCO
R[rUSAl Al 11.5
DAlf:: ~/ll/71
DH 1 ll[ R :f1ARACCO
I. CO-l~---S'"fRATAlifl>TH
2. eol. 1_____
J. HAMMER'" 1401; FALL JO~
.. SAMPLER "'_0.0. SPLIT SPOON
5. GWT = GROUND WATER
AND
SOME
TRACE
-<<)to5O%
- 10 to 40%
- 01010%
BLOWS
PER r,"
B
,-
1;-6
1 -20
11-' -12
- ,--0'
,
CP~"'[
-,--
,
~--
I
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SPECIFICATIONS
Ground \'later Exploration Test Wells
1.1 Work Included
Under the subdivisions of this Item, the Contractor shall
furnish all labor, tools, materials, and equipment necessary to
construct, develop, and pump test wells as shown and specified.
The Contractor shall be a licensed well driller that is re~istered
with the State of Connecticut Well Drilling Board.
1. 2 Materials
Drive Pipe: Drive pipe shall be 2-1/2" diameter extra heavy
pipe, threaded and coupled in 5' nominal lengths. The first piece
of drive pipe driven at each hole shall be equipped with a steel
drive shoe.
39:a-~en: Screens for test ~lells shall be 1-1/4" pipe size made
of galvan~zed steel with continuous wire wound screen construction,
threaded and coupled in 5' nominal lengths. Vlell screens shall be
X-54 as manufactured by U.O.P. Johnson or approved equal. The
Contra_ctor shall have available at least 2 screens in slot sizes
ranging from 0.010" to 0.060" in 0.010" increments when he mobilizes
to the site. Slotted PVC or steel pipe will not be suitable for use
as well screen in the test wells.
1.3 Well Construction
Pipe shall be driven in 5' lengths to refusal or to the depth
ordered, and ~lashed out every 5' below the water table. Wash samples
shall be trapped, allowed to settle, collected, and stored. The
Contractor shall provide a log of the subsurface conditions encount-
ered. The collected-,samples shall be available for field inspection
by the Owner's representatives for the duration of the contract,
after which time they shall be turned over to the Owner.
If suitable water bearing formations are encountered as deter-
mined by the Engineer, the Contractor shall set 1-1/4" diameter well
screens as specified under Section 1. 2 inside t.he 2-1/2" pipe a:-,0-
eryose t"e screen~ tu the a(1Ul:fer by f'etracting the 2-1/2" pipe. One
or more screen sections may be used. Screen slot size for the test
wells shall be determined from examination of the wash samples.
If no suitable water bearing material is encountered,no screens
shall be set and the Contractor shall attempt to remove the 2-1/2"
diameter pine from the ground, and fill in the resulting void.
1.4 Develonment of Wells
Screens of test \'!ells shp.ll be developed by pumning 2nd/or \"1 th
an air comnressor in order to remove the fines from the formation.
Development shall continue until t.he discharge water is sand free or
until terminated by the Engineer.
If more than one 5 foot section of screen is used in a well, -the
Contrnctor shall be prepared to develop and pump each 5 foot section of
screen individu81ly in order to determine general aquifer characteristi
for each screen interval.
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/r
//
/- Specifications
/
/,'
../~
.,'
/1.5 Pump Test
After the screen has been developed, the Contractor shall
conduct a short duration pump test with a power pump. Wells left
in place shall be capped. Alternately, if the O\iner's Representative
so designates, the Contractor shall attempt to remove the ,well from
the ground and shall fill in the resulting void. The O.mer's Repre-
sentative shall obtain and secure any water samples desired during
the pump testing. Bottles for collecting water samples shall be
provided by the Owner's Representative.
1.6 Precautions to be Taken
The Contractor shall take such precautions as are necessary
or as may be required to prevent contaminated water or water having
undesirable physical or chemical characteristics f~om entering the
test .tells or the stratum from which the well is to dra\., water. He
shall also take all necessary precautions during the construction
period to prevent contaminated water, gasoline, oils, or any other
contaminant from entering the wells.
1.7 Project Documentation
At the conclusion of the drilling operations, the Contractor
shall provide the O"mer VIi th logs describing the subsurface condi tioni'
encountered at each well site, and with test well construction details
including depth, length, and slot sizes of well screens used. The log
shall also include the rate of pumping achie.,ed from each test .fell.
Along with the logs, the Contractor shall submit a letter to
the ~vner stating the estimated yield of a production well at each
test well site. The,Contractor shall provide recommendations concern-
ing the depth, diameter, screen length, and gravel pack at the sites
most favorable for production wells.
1.8 Site Access
It Idll not be the Contractor's responsi bili ty to provide si t€
access, including but not limited to land clearing, brush re~oval,
towing, bulldozing and road building which may be necessary to secure
access to any individual drilling site. Individual drilling sites
shall be located away from overhead power lines, buried utilities, or
other above-ground or below-ground obstructions.
1.9 Payment
Contractor shall be paid on a daily rate basis for labor,
transportation and use of equipment.
Additionally, Contractor shall be paid for materials, left in
place at the conclusion of the job. These materials shall consist of
2-1/2" diameter steel extra heavy drive pipe, 2-1/2" diameter steel
drive shoe, and 1-1/4" galvanized well screen 5' long. The Contractor
shall provide a price per foot for the pipe, and shall provide a price
'for each drive shoe and each well screen provided.
No payment shall be made for ~aterials installed in the ground
and subse1uently removed.
II
FISHERS ISLAND EXISTING WELL DATA
II
WELL
INVENTORY
WELL
SURVEY
II
X
Gordon, Ahmon - So. of Hawks Nest Point
Ihn J. Bogert - (no well)- West Clay Pit Pond lOV&-)
(bert W. Burr -(no info)
bert B. Calhoun - No. of Barlow Pond
X
X
X
lIilliam D. Campbell - ~rooks Point (no info)
John Clavin -(self driven) x
lushman -(not active "stand by only)- East of Treasure Pond X
iromas Duff -
lay Edwards -
No. Hill Rd. -(no info)
The Peninsula
X
X
Cocomount Beach West
X
IIrlen W. Ellsworth (Mrs. Duncan) -
John C. Evans - East of. Hay.Harbor
IIharles B. Ferguson - No. Hill Rd.
..ohn Galley - Treasure Pond - (no info)
IIlexander Gaston - Isabella Beach - West
X
X
X
x
X
lIohn S.
Wi 11 iam
Guest - No. Hill Rd.
X
X
A. Hall, III - West Harbor
X
X
lIoward Hancock - Bell Hill Ave. (~UC>-)
X
X
liharles Kadushin
leorge Lamborn -
- Wilderness Point
(2wells) - Ocean View Ave. and
South Beach Rd.
X
1I0hn McGillian -
Isabels Beach - East
lilof S. Nelson -(no longer activ~- West Harbor
~eter Ni tze -Cresert Ave.
X
Itennis O'Brien - (no longer active)
James O'Keefe - Isabella Beach - East
X
II
II
SIMA DRILLING
CERTIFICATE
X
X
X
X
x
X
X
X
WELL
COMPLETI
(N'YDEC)
REPOR1
x
X
X
X
X
II
FISHERS ISLAND EXISTING WELL DATA
II
llePhen O'Neill - No. Hill
Rd. (no info)
Ifbert Patterson -
~ussel Planitzer -
Cresent Ave.
Wilderness Point Rd.
Itrnard Rafferty - No. of Barlow Pond
Guy Rutherford - Cocomount Beach ~ East (no info)
ILnno Schmidt - Cocomount Beach - East
rland
Sherrer - No. of Island Pond - .:(may be
.same .well as, one contracted
by R. Wall) .
Sorenson _ Cocomount Cove - East
Robert C.
ILhn Ski - East of Barlow - Oriental Ave.
ItUI & Leslie Tombari - (self dug)
(DU~ )
Paul Vartanian - Isabella Beach - East
Iobert Wall (Contractor) - may be Sherrer's well
John Walker - Hay Harbor - (no info) (O<J~)
lIeorge H. Waterman, III
rhn Hay
David R.
Whitney -(not active) - East Harbor - West
Wilmerding
II
I
WELL
INVENTORY
WELL
SURVEY
SIMA DRILLING
CERTIFICATE
WELL
COMPLETI
(NYDEC)
REPORT
X
X
X
X
X
X
X
lIishers Island Water Works - 2 wells - Middle Farms Pond
ishers Island Club Golf Course - I well - Castle Road
East End of Golf Course Test Wells - dump site (west end)
I
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X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
- ..
"
FISHERS ISLAND WELL INVENTORY
, MAP ElEV. OF SCREENED DEPTH
I WEll WEll
S I I DESIGNATION OWNER lOCATION/ACCESS (ENTRY, PLUMBING, ELECTRICAL) M.P. OIAM. DEPTH INTERVAL TO WATER
. 009-9-16 Evans, John Well in concrete vault 200 ft. from house; large tank not in use; submersible pump 6"casing 4B' 29'
on line suitable for monitoring_
u09 9-t8.1 Wi Illnerding Valve pit outside garage; could not get access to well in garage.
009-11-6 lanaDorne Hartn or house; green casing above grade along rock wall--suitable for monitoring. 611casing 87' 69'
uuo UI-IU I ""nerson "ma well ar"'er casIng aDove graue, ,u ft. nort" 0, sma, I garage--sultable Tor 6"casing 40' 25'
mannorlng.
006-1-9 Nitze 6-inch casing 2 ft. above grade along road--suitable for monitoring. 6"casing 18.5 ' 8.0'
006/1-8 Ferguson Oug well 15 ft. deep, 40 ft. from road and 15 ft. north of driveway--suitable for 210penin 15' 13'
"
010 3-8 Edwards t In small shed 30-40 ft. to bay; shallow well constructed with concrete drainage 36"
o .
plpe--no access.
006 8-4 Ahmon, Hand dug well encased with two steel barrels--suitable for monitorinQ. NIA 9' 6.5'
~,uun
u06/1-5 Guest, John Well in pit in woods north of house. Pit has manhole access, but a drop that requires 6Usteel 57 ' 47-57' 18.33'
a laaaer. We" top is set flush with floor of pit. Measurement to be taken through
I/t-lncn plug.
Iv 34-2 O'Keefe, East side of Fidco access road, east of Island Pond. Actual location of well is on 6" steel BO' 70-BO' 40.52 '
James lot 34-128 and water is pumped to house on 34-2. Casing is about 3 ft. above grade
sealed with a pitless adapter.
JU-/ ;)nerner. well ,n bush on north side of circular drive behind house. Top is about 1 ft. above 6"steel 88' 78-88' 46.03'
no.anu graue, sea.eu WILli a pHless auapter. .
32-3 Rafferty, Crane dug we 11 . Access okay. t~ncrete
- - - - -
!-
[..
,:-
FISHERS ISLAND WELL INVENTORY
511 MAP ElEV, OF WEll WEll SCREENED DEPTH
DESIGNATION OWNER lOCATION/ACCESS (ENTRY, PLUMBING, ELECTRICAL) M.P. OIAM. DEPTH I NTERV Al TO WATER,
I
29-7 & 8 Calhoun, Down dirt road in shed. Well top set flush with concrete floor. Take measurement 6"steel 56' 46-56' 30,86'
"Obert tnrougn I/l-,ncn plug by removing sinker assembly.
l'-, waterman. liThe Windmill." Well located under trap door in downstairs bathroom. Trap door is
.eorge covered with ceramic tile. Access would therefore risk chipping of trap door tiles.
-- not reconmenoeo Tor use 1n monitorlng network.
.
4-3-3 Whitney.JA Well located in garage 300 ft. from main house. Well not presently used. Take 8" 110' la'
steps down to the middle of concrete floor. well is opposite large storage tanks.
10-5-8.1 Hall, John Well located near tennis court. east of house in green curb box. 6" 94 ' 40'
7-3-5 Ski, John Crane dug well. Access okay. 3611 17' 10'
009-3-3 Ha ncae k Dug well behind house with blue Gou1ds pump. 36" la' 8'
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FISHERS ISLAND CONSERVANCY, INC.
BOX SS3
FISHERS ISLAND. N.Y. 06390
November 26, 1986
~lell Survey
1. Name: -1l Lt~~ X.ft^'()~R
GA:&1O IV
2. Location: Please indicate in relation to your house on attached
map.
3. In what month and year was your well dug or drilled?
10 ~u L'f
1<]<81
4. What company drilled
II I ,
JQHrJ S l M A }
5. Does a well
available?
the well?
(Please supply name and address.)
206 S-rvA-~1 D2'1 SO()T"J../IJ\JbToNj e..'"C
log on any drilling data exist that you can make
Yes 1. No Yes ? No
Exist
.
Available
6.
If you do not have a log
127
but know the depth, please
FEEl
/)ON~
KA.lOW
vid .
Has the well been tested for pumping capacity? Yes~ No
Do you know gallons per minute? 2.5 G1 P. /VL. +
7.
Estimated usage; gallons per month: June
August SePtember~ 1500Cl
Type of Pump: Regular ~ 'Jet'?
.
July
Gfll", P€R-JUNe - SEf1f)
Yes No ~
8.
Was or has water been tested for salinity?
I
[)ONT THINI" SO-,
--
-10
~
--
-
I" .
-
.........
1 32-
I S.t1rl. /
. \ .
39-2 \ 39-1
-1
\-
37-~ ~
37-7
38-4
1,-
38-5
t.
.c
~
.
Corbiere
.
~
33- 6 :~
0'
~
~ 40-20
:tL" "-
LAND TR.
~ 40-19
1'\
37-8
+-
\
37-9 \ 37-10 I 37-11
--1r--~-~2
37-4. I 37-3 I 37-2
, 37-1
36-182
.
2O;'/(/IIftJI""
33-1,'
. ----:/
..' .
\\~.o. J"
~
34-9
34-4
,'--t-o.:;: \,!
'oi;.~'" s.... ,.
;".
Is,
b
(*
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0ASTON s
wELL ")
b 1 {/vJ'
----,
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SIMA DRILLING COMPANY
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 62e.741!5
COMPLETE CERTIFICATE FOR DRIWNG WELL
<0. A,~ ~~
LOCATION . :Jl. I HaS /suuu,
Driller llolliJ t?t1y Rig j.t:f:, ( Date 7-&-frl
Total Depth /,;JJ Ft. Yield of Well dlc;- G.P.M.
Casing 10/ Amount Casing t Size
Hole Size Top Hole Size Bottom Formation' '>IlIJ'b
. , ,
'- A'M~ <>' ..~ter .S<'RB'l i\! /1)1- /~5{()rell7.,z.7) 3'- Zo~U:7T<'S:!-rb
Drilling Stopped by Order of Purchaser: Yes 0 No 0
Additionallnformation:J/JI"(C-R 7lt15l.? (]'\.; tn' t1/.f4.~f,..I4;,Allnvtsct:
I certify that the above is correct.
Bm.d
Report
Permit #
1)~. Is/
SIGNED BY CUSTOMER
ORI LLER
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
Suffti\MlfY
COMPLETION REPORT - LONG ISLAND WEll
WNER
on
lOCA TlDN1U 1'EiJI.
.
DEPTH .
ft.
fIN
.
OM SURFACE
127
DIAMETER
in.
In.
LE NGTIl
ft.
ft.
ft.
SEAL~
CASINGS REMOVED
Drilling u
MAKE
SCREENS
OPENINGS
ft.
(slot)
DIA'4J~nson
in.
.
.
in.
in.
LENGT6
ft.
DEPTH 1QTQPtI\PM TOP OF CASI~
fl.
117-127.Ft. .
DATE
TEST OR PERMANENT PUMPl
.
DLRATlop
1
MA
IDB
pump
days
ST A TIC LEytL PRIOR TO T ST
ft.
MAXIIilGl ORAWDOWN
hours
gallons per min.
ft.
LEVEL DURING MAXIMUM PUMPING in. below
ft. lop of casing
arm I level after cessation of pumping
hrs. min.
in. below
top of casing
Approximate lime of relu
TYPE
PUMP INST~L!--~_~.
MAKE
MODEL NO.
MOTI
H. .
s
CA
NUMB BOWLS OR STAGES
I.p.m. alainst
ft. of discharge head
ft. of tOla I head
DROP LINE SUCTION LINE
DIAMETER DIAMETER
in. in.
LENGTH LENGTH
ft. ft.
METHOD OF DRILLING
o rolary 0 cable 1001 o 01 her
WO STARTED
USE OF WATER
CO
DRILLER
REGISTRATION NO.
'N : S Ow og of well - materia s encountered, wit dept below ground surface,
water bearing beds and water levels in each, casings, screens, pump,
additional pumping lests and other matters of interest. Describe repair job.
See Instructions as 10 Well Drillers' Certificates of Registration and Reports.
Pages 5 - 7.
DUPLICATE - Rehln 'Ion Ccpy
In.
':l -,I ::l.O(
<<.1, No.
. LOG
Cround Surf<<ee
EI.~'~' fl. above
^ t,
V
TOP OF WELL
0' -'
~
5 .;11
,,;z.l ~p
..;d J,I()
';0 ~,-/
lll.
.!I/ ..j- 3
~-3 ~-6
.:;-~ 61 bu
"'it
,<3...
t/ 97
91 / ell/- tllIl
1',
/ pi! //J6 t2i.
//J " /..77 {~
!
,
I,
ft.
in.
fl.
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SkETCH OF LOCATION
IL
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16 ,'I-3.fU ..1
I vcr"', ;:
,..b_,-,
..<- :-L 'u
'a' } f/v"(
'---C
Locale well with respect to at least two streets or roads,
showing distance from corner and fronl of 101.
Show North Point
Check the Town in which the project is located:
Nassau County:
o Hempstead
Suffolk County:
o Babylon
o Huntington
o Shelter Is land
JX] Southold
o North Hempstead
o Oyster Bay
.. 6t
-.r/O"
IS(l..l'
o Brookhaven
o Islip
o Smithtown
o East Hamplon
o Riverhead
o Southampton
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SIMA DRILLING COMPANY
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 62e.741!5
COMPLm CfRTIFlCA TE FOR DRILLING WRL
FOR 'PE7b72 AJrr7E" . (' r:-7J77eAr ..4vl=-
LOCATION f0+-:--P.~ 6I1J.J)n" ) i.J i;,
Driller (bf/t..J -I DAUG- Rig__c-RCJI Date 9'11. -sf
Total Depth t>~ Ft. Yield of Well ~ G.P.M.
Casing 1",5 Amount Casing {7ft -171'= Size
Hole Size Top Hole Size Bottom Formation~ f-.
Condition of Water
Drilling Stopped by Order of Purchaser: Yes D
Additional Information: i~ M. c>c-n-eVl
I certify that the above is correct.
NoD
CL- ff? - ~-O
Billed
Report
Permit'll
'1- ZhS Y
SIGNED BY CUSTOMER
s-n503
v
DRILLER
'." ..,"'.... ",,''(Ill1'' '~.
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NEW YORK ST ATE DEPARTMENT OF ENVIRONM(NT Al CONSERVA TlON
~---.
COMPLETION REPORT - LONG ISLAND WElL
OWN~ . I
rE~Jv (IZE
AODRESS
,./") FA
LOCAT~ OF WELL /)
CeNTRAL AD
DEf'TH OF WELL BELOW SURFAC
County
I
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;-- I ? Ho2 <:
I
fl.
CASINGS
It. fl.
CASINGS REMOVED
I
LENGTH
In. in.
I
SEALING
AJ,4?2/,'{AL
SCREENS
OPENINGS
(J 0 5 c. 0, ('dA-1nA./c.(Clv.5
I
MAKE
JO/(tUsolj
DIAMETER
/ "
V 1[>'7 in.
g
fl. ft.
I
LENGTH
in. in.
fl.
DEPTH TO TOP FROM TOP OF CASING
<Lj
I
DATE
PUMPING TEST
TEST OR PERMANENT PUMPl
Il::7r - I-==- COlv TE5,
MAXIMUM DISCHARGE
I
C' _ /
DURA TlON OF TEST
,320
days
STATIC LEVEL PRIOR TO T ST
It.
MAXIMUM DRAWDOWN
hours
gallons per min.
in. below lEVEl DURING MAXIMUM PUMPING in, below
top of casing C:-"J It. lap of casing
Approximate time of ref urn 10 norm I level after cessation of pumping
hrs. min.
I
II.
I
PUMP INSTALLED
TYPE
MAKE
MODEL NO.
MOTIVE POWER
MAKE
H.P.
I
CAPACITY
s.p.m. against
ft. of discharge head
I
NUMBER BOWLS OR STAGES
DROP LINE
fl. of total head
SUCTION LINE
I
DIAMETER
DIAMETER
in.
LENGTH
LENGTH
I
fl.
I
o other
I
"NOTE: Show log of well - aterials encountered, with depth below ground surface,
water bearing beds and water levels in each. casings. screens, pump,
additional pumping tests and other matters of interest. Describe repair job.
See Instructions as to Well Drillers' licenses and Reports. Pages 5 - 7.
I
OR IG lNA L - Env Ironmenh I C onurvatlon Copy
-'I..
~~RL"
~I
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C,2
in.
c.../..
fl.
LITnE
"SA >0 I':J
mr:t:>.
(OAr<::~t. SA,,",
()CNSE:. ) V8'
Fi 1Jf: Y '!.Wtv
)
F,u\:
YI;;Cl./..C>(
5tWl)
Co013L -
ElJb I
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II
~
SKETCH Of lOCATION
-1 l
G.?~-
~+t
.I-
C K€"'5C(~'r
~
locale well with respect to at least two streets or roads.
showing distance from corner and front of lot.
Show North Point
Check the Town in which the project is located:
Nassau County:
o Hempstead
Suffolk County:
o Babylon
o Huntington
o Shelter Island
o Southold
o North Hempstead
o Oyster Bay
o Brookhaven
o Is lip
o Smithtown
o East Hampton
o Riverhead
o Southampton
L
.
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NEW YORK STATE DEPARTMENT OF ENV~NTAL CONSERVATION
County SU'FFOL K
o
COMPLETION REPORT-LONG ISLAND WELL
I
OWNE~ A
_ f {bf<< tb f/W<~nnvG
ADDR'a'o/ / / ::? J I. . /
yo 17..u~ /KItt5E/lJJ'/6IIr, Ja?rI13.. tf",.y YtIft, (T. ar/39
LOCAT~ OF WE!-I, r '
L (;ly lV1v'rj /I~In'~k(,4J/{j
DEPTH OF WELL BEL9~URFACE DEPTH 1~ GROUNl/WATER FRO'lSURFACE
(...:) e--'A'w"ir 17 i-(.
CASINGS
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DIAMETER t, In. I (, In. I In. I In.
LENGTH SZ b 2- -1:0 73
ft. I ft. I ft. I ft.
SEALING CASINGS REMOVED
I
I
SCREENS
I. ,l OPENINGS
.
In. I in. I
It. I ft. I
MAKE
JOfltJ:-OI)
I
DIAMETER i"
I
in. I
ft. I
DEPTH TO TOe...F"lOM TOP OF CASING
".
"
LENGTH j{;'
I
DATE
PUMPING TEST
TEST OR PERMANENT PUMP?
.!3t cx".J TE 5"'-
? - j -Y:,
:3
DURATION OF TEST
days I
STATIC LEVEL PRIOR TO TEST
ft. I
MAXIMUM DRAWDOWN 73
hours
MAXIMUM DISC':3~ +
gallons per min.
LEVEL DURING MAXIMUM PUMPING
In. below 7':>' I In. below
top of casing ./ top of casing
I Approximate time of return to normal level after cessation of pumping
ft. hours I min.
PUMP INSTALLED
I
I
TYPE
MAKE
MODEL NUMBER
I
MOTIVE POWER
MAKE
H.P.
CAPACITY
I
g.p.m. against I
I
It. of lolal head
It. of discharge head
NUMBER OF BOWLS OR STAGES
I
DROP LINE
SUCTION LINE
DIAMETER
DIAMETER
In.
In.
LENGTH
LENGTH
I
I
It.
ft.
.
~THOO OF DRILLING USE OF WATER
l{],ota'Y Dcahl.,ool DO'h.' IKk'I(lf710f)
WORKSTARTED6 3-[;& COMPLET~_3 _[;g
DATE Ie. 10-<56 I DRILL~~ j . _, .\-- I i};8'r NUMBER
. NOTE: Show log of well material~ncountered. with depth bel~w ground surface, water bearing beds and water
levels in each, casings. screens, pump, additional pumpIng tests and other matters of Interest. Describe
repair job. See Instructions as to Well Driller's license and Reports. Page 5-7.
I
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DUPLICATE-Retain
Well Number
:5 -q(b3 L
'LOG
Ground Surface
In.
It.
EL.
20
^
V
TOP OF WELL
ft. above sea
ft.
hLL
-~
- to',l,-
(DARSt
.r-fo"-?-- S4rJD
J\SI~J& -
....35
~'Z3 ~ VD
!:sAN/)(- ILL
1-46
~~IUf~
SAIJD
-51
..1 ts
lIS/lJb
51
",I
73
CLAy
7)
-----------
~cn-t
- ~ - -- - - -
1 ,iJ7l'-- A11j / -:J Z-
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C;V
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<<
~.
29.0
)
H.P.
SANti <fo
I..IGWr" .010
f!. 01 dj~r:~arge !1e'ld COUll<. /00
ft. of total head -015 /of
SUCTION LINE
in. -/If 6"CA5I
ft. CLAl/
of
lMiop,4
-/-" I??
I
NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
~ FFOL ,<-
Counly
COMPLETION REPORT - LONG ISLAND WELL
I
. 1-. GoR. DolJ
ADD'ESS
6;6 Z S CotJT1aAC-n 1J<:r CO.
LOCATION OF WELL
E~IU(. AII~,
DEPTH OF WELL BELOW SUR ACE
7.0 . Box 202
hslta-s.I5tAI..lD
I
ft.
I
DIAMETER
CASINGS REMOVED
ft.
CASINGS
in.
in.
I
LENGTH
ft.
ft.
SEALtNG
I
SC R EE N S
I OPENINGS
.010
+ . o 'S"
MAKE
JOHFJSoAJ
fa
b in. in. in.
5 fl. ft. ft.
I
DIAMETER
I
LENGTH
ft.
DEPTH TO TOP FROM TOP OF CASING
I
DATE
PUMPING TEST J5 Ow TlE'Sr ONL
TEST OR PERMANENT PUMP?
I
DURt\ TION OF TEST
3 LC)t,v 7E'Siua 's
STATIC lEVEL PRIOR TO T ST
ft.
MAXIMUM DRAWDOWN
MAXIMUM DISCHARGE
I hours 2 gallons per min.
in. below LEVEL DURING MAXIMUM PUMPING in. below
top of casing /30 fl. top of casing
Approximate time of return to norm I level after cessation of pumping
I
ft.
hrs.
PUMP INSTALLED
I
MODEL NO.
TYPE
MAKE
MOT!VE POWER
MAKE
I
g.~.m. agai:"!st
I
DROP LINE
DIAMETER
DIAMETER
I
in.
LENGTH
LENGTH
ft.
I
METHOD OF DRILLING
~ rol<11Y [:1 Ctl~lt' tool 0 other
WORK ST ARTEO
11- -
DATE
1/-2-2--&-8'
USE OF WATER
I
I
terials encountered, with depth.below ground surface,
water bearing beds and water levels in each, casings, screens, pump,
additional pumping tests and other matters of interest. Describe repair Job.
See InstructIOns as 10 Well Drillers' CCrllficates of RegistratIOn and Repons.
Pages 5 - 7.
I
ORIGINAL - Environmental Conservation Copy
5-92:5 Z I
Well No.
* lOG
Ground Surface
EI. 7,
ft. above se,
^
V
ft.
TOP OF WELL
in. -0
Flu..
-10
ft.
-'If
CLFI~~
~
-rILL
-",.
10 (.
~A~l/llb
min.
HNlr
29 .0
.\;----
\
2
f!;;;:?T OF iYJ# # S5 -;F/
I
---
NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
I County _.~.11 F"f:, I
~- =
COMPLETION REPORT-LONG ISLAND WELL
Well Number
, ")- c/(, r -;; z
I
OWNER i: -', 'LOG
'-/1 _ "'''-I~I ;--LAA/ / T 2 t:y' Ground Surface
ADDRE% k:J../IJ 0J11\A ~,;:? ;:;'i-IFA><:; J<i ", If) )J 1/ .=35
Co /)~A, EL ft. above sea
,
LOCATION OF WELL / , ^
NIL i)l/'" AJ <; <; /",,\ . .- ~-I-<' rlr-R c 15 Ul/lllJ !t.
!f)//....'/ V
DEPTH OFq~LL BELOW SURFACE I DEPTH TO GROUNDWATER FROM SURFACE TOP OF WELL
!f''ST .30 (I~L-
CASINGS
DIAMETER , -2
&; in. I in. I In, I in.
LENGTH 71
Ie I Ie I It, I It, G,,'(
r SEALING ,,'
"I. CASINGS REMOVED '::;>ill:'"
F--- ---- --._- , -- "-. .--. ._------. --..-.-..---.---- ----.-
SCREENS
MAKE / I OPENINGS -LC
____L--H^-SC II, :)A,Jl
--
DIAMETER
~ In I in. I in. I in. -2j
-, "6012-1
LENGTH
, r~ Ie ! Ie I Ie I It, (-'", ,,'
,j
DEPTH TO TOP FROM TOP OF CASING 3;';' ~
79 -5
-
PUMPING TEST
OAT!:: (;-&;: E6 TEST OR PERMANENT PUMP?
1)( ueu 7E5r 1)2\---")
----
DURA TlON OF TEST MAXIMUM DISCHARGE
days I :3 hours C:;5 gallons per min. -(I u--
STATIC LEVEL PRIOR TO TEST LEVEL OUR'9; MAXIMUM PUMPtNG J-
I In. below I .cl-_ I In. below
ft_ top 01 casing top 01 casing ~v~
MArlMUM DRAWDOWN I Approximate time 01 return to normal level alter cessation 01 pumping
ft. hours I min.
PUMP INSTALLED k- ~ Ii _?
TYPE MAKE MODEL NUMBER
--
MOT'V[ POWER MAKE H.P.
b-------- --- - - --.-- ---------- --
CAPACITY I
g.p.m. against' It. 01 discharge head 78 79
NUMBER OF BOWLS OR STAGES
I It. 01 total head 5AFv )
DROP LINE SUCTION LINE
DIAMETER DIAMETER 'l (
In_ In. q/
LENGTH lENGTH
- It. It.
METHOD OF DRilLING USE OF WATER
C2rotary 0 cable toot Oother_ /1(K't0AII{)IJ
WORK STARTED COMPLETt. ~'1:J
~-4 Be b- --t I .
DA,& I DRIt+;~U /- ' .1 I "'Ci~qjMBER
/"; (or ."--
1&' '6:) ""~ 1
. NOTE: Show 109 of well mate{~ encountered, with depth be(ow ground surface, water bearing beds and water
levels in each, casings, screens, pump, additional pumping lests and other matters of Interest. Describe
repair job. See instructions as to Well Drlller's License and Reports. Page 5-7.
'&-s
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DUPLICATE-Retain
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5t1FF"tJLK
NEW YORK STATE DEPARTMENT OF ENV~~~~ .
o ~YLJ U w.IINumbe<SQl.'/-17
COMPLETION REPORT-LONG ISLAND WELL
I
I
OWNER 'LOG
~ ~/)lJlN {c GEAlMe Ground Surface
ADDRESS Mr. J..klLV /'....A' ... 4'l$
.. '/}1€/Ji,J,iW ~ 4/oJnJ.110Al - EL ft. above lIa
LOCAT'~OF WELL , , ^
.._ D r-: "', A oft Ai V. ft.
V
DEPTH OF WELL BELOW SURFACE " DEPTH TO G~';DWATER FROM SURFACE TOP OF WELL
8<1
CASINGS
DIAMETER
t- in. I In. I In. I In. v
LENGTH fI I 7O~1L-
71 ft. I It. I fl. ~
SEALING CASINGS REMOVED ~
SCREENS III
MAKE JM/J~oAJ OPENINGS In
., t. ,i ,015 " 'l(
DIAMETER~ ~
I I I \J
In. In. In. In. t
LENGTH
liP ft. I ft. I It. I ft. e
DEPTH TO TOP FROM TOP OF CASING ~
1/
~
PUMPING TEST i
DATE TEST OR PERMANENT PUMP?
)):We - 8UJW 7C"jrOlltJ{
DURATION OF TEST MAXIMUM DISCHARGE ~ \,l
I / 25 gallons per min. ' ~
days hours ~ tQ
STATIC LEVEL PRIOR TO TEST LEVEL DUp;;: MAXIMUM I PUMPING In. below
ft. I In. below
top of casing top of casing
MAXIMUM DRAWDOWN I Approximate time of retum to normal level after ce..atlon of pumping ~ ~ f
ft. hour. I min. "2
- ~
PUMP INSTALLED III
TYPE MAKE MODEL NUMBER <i ~
,t.JMt' '-> .
MOTIVE POWER MAKE H.P. e ~
~
CAPACITY 11 'lI.
I -. ~ ~
g.p.m. against ft. of discharge heed .- IV 7t
NUMBER OF BOWLS OR STAGES - ~
I - ~
ft. of total head
DROP LINE SUCTION LINE 81 ~
DIAMETER DIAMETER t!!JI/ TAIl.
In, . In.
LENGTH LENGTH
ft. ft.
METHOD OF DRILLING USE OF WATER
~rotary o cable tool o other /PPt6A710N
WORK STARTED COMPLETi, _ Atf
I-I;~H' I-I -
DAJ/_I_S'1 I ~L)'J ./' :'J I /.~~i NUMBER
. NOTE: Show log of well m~~'. encountered, with dew! below ground .urfaca, water bearing bed, and water
18V81s In each, casln s, screens, pump, additional pumping t.sts .nd other matte... of Interes" Describe
repair Job. See Instructlons.a to Well Drlller'e license and Reporta. Page ~7.
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ORIGINAL-Environmental Conservation Copy
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N~W .YORk ~T ATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
OWNER
COMPLETION REPORT - LONG ISLAND WELL
ADDRESS
r;
DEPTH OF
DEPTH TO GROUND WATER FROM SURFACE
DIAMETER
fl.
CASINGS
/
in.
LENGTH
in.
SEALING
ft.
fl.
CASINGS REMOVED
MAKE
SCREENS
OPENINGS
DIAMETER
I :f
, c)/f
"
LENGTH
10 ft.
DEPTH TO TOP FROM TOP OF CASING
DATE
DLIlATION OF TEST
r (~
- ... 'i.u
days
STATIC LEVEL PRIOR TO T ST
fl.
MAXIMUM DRA WDOWN
in. below in. below
top of casing fl. top of casing
Approximate time of return to norm I level after cessation of pumping
hrs. min.
TYPE
PUMP INS!~LLE_D
MAKE
MODEL NO.
MOTIVE POWER
MAKE
H.P.
CAPACITY
NUMBER BOWLS OR STAGES
g.p.ln. against
ft. of discharge head
DIAMETER
DROP LINE
tt. of Iota I head
SUCTION LINE
DIAMETER
LENGTH
in.
LENGTH
METHOD OF DRIlliNG
otary 0 cable tool 0 other
WOR STARTED
ft.
USE OF WATER
(7)-
DATE REGISTRATION NO.
\ /- I
"NOTE: Show log of well - I1Jil erials encountered, wi depth below ground surface,
water bearing beds and water levels in each, casings, screens, pump,
additional pumping tests and other matters of interest. Describe repair job.
See Inslructions as to Well Drillers'Cerlificales of Registration and Reports.
Pages 5 . 7.
DUPLICATE - Retain Ion Copy
.5..- ql~2 q
-~
* LOC
Ground Swtace
EI. /O:t
^
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fl.
in.
ft.
~
rAJL> 0
'/1$11.16
in.
ft.
/()O
€/v'/) t}
WI?JIJ.
in. in. in.
ft. ft. fl. fAl,n;
/...w;E
(0 i}8l
T
hours Ballons per min.
(;0
70
ft. above s'
fl.
TOP OF WELL
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
OWNER
COMPLEHON REPORT - LONG ISLAND WELL
':i SUV[Uf.J41TFICS
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LDCATI
ft.
DEPT
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ft.
CASINGS
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DIAMETER
CASINCS REMOVED
in.
in.
I
LENGTH
ft.
ft.
SEALING
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SCREENS
OPENINGS
ft.
ft.
MAKE
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DIAMETER
't'
in.
in.
I
LfNGTH
ft.
DEPTH TO TOP FROM TOP OF CASING
I
DATE
PUMPING TEST
TEST OR PERMANENT PUMPl
low
MAXIMUM DISCHARGE
hours 5' gallons per min.
in. below LEVEL DURING MAXIMUM P MPING in. below
top of casing 4 ft. top of casing
Approximate time of return to norm I level after cessation of pumping
hrs. min.
I
days
STATIC LEVEL PRIOR TO T ST
ft.
MAXIMUM DRAWDOWN
I
ft.
PUMP INSTALLE.D
MODEL NO.
I
TYPE
MAKE
MOTIVE POWER
MAKE
H.P.
I
CAPACITY
g.p.m. against
ft. of discharge tl"!ad
NUMBER BOWLS OR STAGES
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DROP LINE
fl. of total head
SUCTION LINE
DIAMETER
DIAMETER
in.
LENGTH
LENGTH
ft.
I
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METHOD OF DRILLING
tary 0 cable tool 0 other
W K 5T ARTEO
DATE REGISTRATION NO.
K
"NffiE: S.how log of well - ma rials encountered, w' depth below ground surface,
water bearing bed and water levels in each, casings. screens, pump.
additional pumping tests and other matters of interest. Describe repair job.
See Instructions as to Well Drillers' Certificates of Registration and Reports.
Pages 5.7.
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DUPLICATE - Retain "Ion Copy
5-f9t//3
Well No.
* LOG
Ground Surface
/r-
EI. :l ft. above s.
^
V
CLAjf'l
in.
IllL
ft.
1)uu~i)t S
in.
ft.
SA/J /)
AlJb
&<AI//?:
5A~1)y
1""/\..1..
in.
ft.
fl.
TOP OF WELL
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State o( New York
Department of Conservation
Division o( Water Resources
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W.lI No;;,.:............ ....:J:.........
(.....11..1_'.......'
LOG
Ground Surf., E\..j~...It. .bov<: ...:
^
................11.
"
Top of W.I
ORIGINAL-TO COMMISSION
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COMPLETION REPORT-LONG ISLAND WELL
..
own......"'''Il,~J..!!...J~~.~~...~.!!~.~t!.'!I.II..<:Cl;17..,.......................
Add..... .......nab.er.B...~II1.IIl4.....B..IA................... .........
..........................
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Location 01 well ..~liO.'....z...ot...C_t.#...I..1.aIl4...~"'...........
7liO' " of )l1ddle lanall Pond
Dcpt of well below surface...........................~......................................
..........................
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Depth to ground water from surface.................9.......................................................Ject
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CASINCS:
Diameter.......o............._...in. ........................irt. ........................in. ........................in.
Length.. .....:lO..................lt. ........................I!. ........................It. ........................It.
Sealing .........................................................................................................................
Casing> n:moved ..........................................................................................................
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SeRuM': Make..............................:.............................Opening>........................................
Diameter ............................in. ........................in. ........................in. ........................in.
LfDIth......................._......lt. ........................It. ........................It. ........................It.
Depth to top lrom top 01 casing..............................................................................!t.
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Pu..PtHO TEST: O.te.....11IIl..........................T"'t or petnWlent pump?..BGIl.......
Duration 01 T...............................................d.ys................................................houn
Moximum I>iscf>ar1e-..................................................................gallons per minute
Static 1e-el prio< "" taL...........................l1.._...................~...in. be\ow top 01 casing
~.tA\.)'~. "
~~~:~~~:::::::::::::::::::r.~:.:::::H<:~:::::.~~:..:~:~.~.~.~~
Approx. time of return to norma11evel after cessation
of purnping.........:............._.._...............houn..........................................minutes
PUIIP IM'TAU.ZD: 'ST~TE Of NEW-; DRK
TYP"........................JJ'~~..................................:..............Model J ...WAtER...llESOUR ES
Motive .power................................Mak.......................................H.P... .............rnr. 7 \96 (/
Cap::-~......_...,..............p.m. .post \ .................................11. 01 !"h~
No. bowls or ..................................... .........................................11. I total~ISS1
RECE1VEP
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()a.n. LIN!.: SUCTION Lun.:
Diarne er ......................................................in. ......................n................................in.
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Length ..................................................... .....It. ........................................................r t.
U!Ie of water........ .........................................................
. 6/28/66 6/29/66
Work suru:d.................................................................. Completed....................................
O.te.....Jij211./~.~................:.............................. Oriller..,~.~JI,.n.J....,.~:P:...~..~p Co
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Liceme No.. ..........::...... ........... ..........................
Non: Show log 01 _1I-cnateri&ls .ncoun~. with depth below Il"'und ,urf""".
watet, bearinc beds and water levels in each, CUlIlgs, sau:n" pump, adeli.
liona! pumpin8: testS and other tMUen of interest. J)escribe ~pair job.
See JnstrUCtiont as to Well Orinen' Licen~ and ReporU-PP' 5.7.
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ORIGINAL-TO COMMISSION
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Well NO.~:::?~.*,.............:
(_ .......--r....-, ~
L<>1z .
Ground Surf., El....;.......h. above aea~
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................(t. :
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To 01 Well .
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Suffolk
<:ounty ................................... .....
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State o( New York
Department of Coruervation
Division of Water Il~un:cs
COMPLETION REPORT-LONG ISLAND WELL
Owner .....fi.8.11~.r..~....Is..~(1....;.s..~!',.t.~..~.J....J.l!-.g.,.............................................
Add"", ...UeJ~~.r..s....ll1.J,~.J...n....I...................................................................
Location o( well JQ9..t....~.Q1,\t.l1....o.!...C.ente.r....lsland..AY.e................--.......
50
Dept of wen below surlace............................................................................................feet
Depth to ground water from surrace.......~......g.........................................................!~!:.
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SANP
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lvA rfR,
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CASINGS:
~:;~~:..~.2~..~~~.~~:..::.~. .~:::::.~~.:::~::::::.~: '::.::.:'::::::.':::.'::::.~: ::'.:'::::::::::::.'::.::':~
Sealing ..........................................................................................................................
Casings r=oved ..........................................................................................................
Scou-H': Make..................G.!l.l'.~.........~.~....!?:!........Openings-..........49....!!J9.t.........
[)iameter...8...lD.............in. ........................in. ........................in. ....................... in.
LenP-........~5........_...._lt. ........................(t. .......................It. ........................(,.
Depth to top (rom top 01 casing.......................55................................................lt.
PuM.UlO TEST: Date...9.a.el9.9....................Test '" _~r=P?....................
=.:(~::=::::::::::::::~:99::=::::~~:.:~:::::::::::~:...~;;;;;:.;:..=
Static level prior to test......J2.................It........._.................in. below top 01 casing
~I duriDg Max. Pumpiag...2Q......tl.lt............................in. below top o( casing
Maximum Drawdown ...................iaz::...................................................................1t.
Approx. time 01 mum to norma1level alter cessation
o( pumping............................................houn.................5.......................minutes
\
PUMP tNSTAI..I..P.D:' 41
Type.t.ur.b.in.e...Make.............!.~~~,!!J.......................Mode1 No.....................
MolM ~......~;),!!.9.t.r.J~...Make...........u.....s............:...B.P......1-l...............
CaJ>*city......~QQ...........g.~.m. opimt \ ...........n.7.........._lt. 01 discharge bead
No. hawk 0:- ""<<"'-..........2.................. ..............~.........................It. 01 total bead
V.or tIN!.: Sucnotf LaNe.:
Diameter ...............4....................................;n. ...................h.............................. ..~P.1c: ri :F: \",p~,
Length ................ao.....................................It. ...................10............................ ,.f'Nfl1(R i:.SQ Il(:t~ "
U.. o( water.............p.!l!l'-.~.~..H!'............................... tlC: 1" " \105 1
....ark ~~~.:.Ju..~.J1J...J%6.................. Com~............................. ....; COM l~:' c: 0
0.............................2..1......:%9............................ Dnll<<..4""~..... . . .. .... R E E
. 1127 '
LiceNe No.........................................................
Non:: Show Ius at well-materiala eneounteml, with depth below ground surf..,.,
...,ater beArint bedJ aDd water level. in each, CUIftII, ~ pump. addi.
tional pumping ..... and other matten 01 in...-. J)eoen'be repair job.
~ Instnlctions u to Wen onnen' UcenSP.Iand ReporU--PP' ~7.
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NEW YORK STATE DEPARTMENT OF ENVI~ONMEN'fAL CONSERVATION
County ~.sUt-:FrJL K
.
COMPLETION REPORT -LONG ISLAND WELL
Wen Number
5 -Qt'Y?3 L
OWNE~ 11 'LOG
1....., .. lIt.:. Ground Surface
'ADDRESS /I.. I L :._ .L ,
, 4/n .:::? ,~ -- L2 rr. .' '" ,/..n EL 2n fl. abova _
LOCA T,. OF WE'h, ';:;, ,bU4~ / , ^ It.
If'/V .~ I V
DEPTH OF WELL BEL03UAFACE DEPTH TO GROUNDWATER FRO~URFACE TOP OF WELL
7~ e<,;,tlJ,<.(td:f',e:; .
CASINGS r:lll
DIAMETER
!V' i:l. ! & In, I in. I In, -C:,
L LENGTH 5"2- I &.2- tt., n I I - /(1' ~
It. ft. ft. It.
I SEALING I CASINGS REMOVED
I .1_ _.___._.__ _.__._. COAKSf-
I ... -- .-....-..---- ,'.- .'-.---- -.--- --------.--
SCREENS
, MAKE OPENINGS Lfe"
\'/0I-1tJ50tJ E-\ -';iO<' _ SAlVI::
DIAMETER ('A$I/Jb
~ In. I In. I In. I In.
LENGTH
/C It. I ft. I ft. I It. -55
DEPTH TO TOP FROM TOP OF CASING
,"lJ!.. ~I~S. JJ
PUMPING TEST
DATE ?-J-~6 TEST OR PERMANENT PUMP? 5A~D{ rj
/::j'f /YA J TFC,'- ,....46
DURATION OF TEST I MAXIMUM DISCHARGE 51 IYIGDllJ "i
days .3 hour. 3o-t- gallons per min.
STATIC LEVEL PRIOR TO TEST LEVEL DURING MAXIMUM PUMPING SAlVI:.
I In. below 7~ I In. below
It. top of casing top of cuing
, ~51
MAXIMUM DRAWDOWN 73 I Approximate time of return to normal level atter ceaaatlon of pumping /.1
It. hours I min. T~
PUMP INSTALLED I-'- 5"
TYPE MAKE MODEL NUMBER ~ASI/Jb
CLAY
MOTIVE POWER MAKE H.P. 73 73
CAPACITY
g.p.m. against I ft. of discharge head
NUMBER OF BOWLS OR STAGES I
ft. of total head
DROP LINE SUCTION LINE
-
DIAMETER DIAMETER
In. In.
lE~GTH LENGTH
f-~lfTHOD OF DRILLING It. It.
USE OF WAT~R
i}:otary o cabl, tool o other /On.; J
WORK STARTED ?, -ff: COMPLETEt:, _ ~ -XX
DATE ti-"IO-d[ DRILLE'( 1.;1 /1'" \; I ~~~~ NUMBER
.. NOTE: Show log of well materials ""countered, wil" depth belol ground surface. water bearing beds .nd w.ter
I levela In e.ch, caalnw:5., screens, pump, additional pumping teata and other m.tt.... of Interest. Describe
repair job. See Instructions.. to Well Driller's L1cen.. .nd Reports. Page 5-7.
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ORIGINAl-Envlronmentel Conservation Copy
-----
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
County ..5VFFOlf(
C
COMPLETION REPORT-LONG ISLAND WELL
Well Number
5-9lcj.'ie
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OWNE~ MIIIB>lOAl. N. V. Il"c./.I~ 'LOG
AMES lYlerz . Box 900 Ground Surface
A~ESS ~ /"". AlIA AI. V. .50~
~AC.-r EHI'> - EL. ft. above sea
Q2CATIO~F WELL ^ ft.
V
DEPTH OF W84ELOW SURFACE DEPTH TO GROUNDWATER FROM SURFACE TOP OF WELL
CASINGS "<::
DIAM ETER (,-:;) I I I -0-
in. In. In. In.
LENGTH 75 F'l.\p!
ft. I It. I ft. I It. ( ';TlJM
SEALING CASINGS REMOVED -8 -
SCREENS
MAKE ~ OPENINGS
HIJ~ON .010
DIAMETER I I Ill-\..
f.:- In. In. I In. In.
lENGTH
I{J It. I It. I It. I ft. b"
DEPTH TO TOP FROM TOP OF CASING
7n CA~"m.
PUMPING TEST 151..0'" ,.E''5r ONI.-V
DATE TEST OR PERMANENT PUMP?
DURATION OF TEST MAXIMUM DISCHARGE -3,-
"BLO IN -resTdays I I hours 50 gallons per min. ~
STATIC LEVEL PRIOR TO TEST LEVEL DURING MAXIMUM PUMPING
I in. below fel- I In. below SAND
ft. top of casing top of casing
MAXIMUM DRAWDOWN I Approximate time of return to normal level after cessation of pumping of
ft. hours I . min. ~ RAV"1..
PUMP INSTALLED
TYPE MAKE MODEL NUMBER -50-
MOTIVE POWER MAKE H.P.
, Fh"E
,
CAPACITY I
g.p.m. againsl ft. 01 discharge head "10
NUMBER OF BOWLS OR STAGES
I It. of total head il\Et>II."'1
DROP LINE SUCTION LINE
DIAMETER DIAMETER SAND "9
in. . in.
LENGTH LENGTH bilK.
II. It. .010
METHOD OF DRILLING USE OF WATER SC~E91
5ZI rotary o cable 1001 Oother
WORK 5T ARTED COMPLETED "'" 79
//-9-S'8 //-10- XX C.A:!oIN"
DATE I D~ERL1 L. :. ~ I iSi,E NUMBER -8t{. 8<J.
11- zz-f8
.. NOTE: Show log of well mat~~r~ncountered, with dept( below ground surface, water bearing beds and water
levels In each, casings, screens, pump, additional pumping tests and other matters of interest. Describe
repair job. See Instructions as to Well Driller's license and Reports. Page 5-7_
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ORIGINAL-EnvirOnmental Conservation Copy
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NEW YORK STATE OEPARTMENT OF ENVIRONMENTAL CONSERVATION
County
.5 (/FFOL '<
C
COMPLETION REPORT-LONG ISLAND WELL
Well Nu~mber
;j -92<15b
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OWNER JAM{ S lVIiTZ t:ox 'tuo. Mill r:,TuA), N V. -LOG
, /2 '5</0 Ground Surface
ADDR~ - ! ' 5(;:t ft. above sea
~/1-:'7 E",J/D ,r'5HFC'S ::'UI".II), Ai. Y EL
LO~:T10N O~ELL ^ It.
V
DEPTH OF WELL /j,fW SURFACE DEPTH TO GROUNDWATER FROM SURFACE TOP OF WELL
---< L-.
CASINGS I-
DIAMETER &, - U -
in. I in. I In. I in.
LENGTH .- r'll ,
/'.J fl. I It. I It. I fl. '<")1: , ..
SEALING CASINGS REMOVED -fj -
SCREENS
MAKE J..Jlll}"jI) / I .( OPENINGS ()
. () I
DIAMETER & Tll\.
in. I In. I In. I In.
LENGTH I I I
/0 ft. It. ft. ft. t- '.
DEPTH TO TOP FRO] GOP OF CASING CI'.....:..rIN(;
PUMPING TEST _l~"1 It ,. c, 'I
DATE TEST OR PERMANENT PUMP?
Y -
DURATJON OF TEST MAXIMU~CHARGE - .,
f....,LuvJ n;u-r I I hours oallons per min.
ays eUt\,'" ~
STATIC LEVEL PRIOR TO TEST LEVEL DURI#G MAXIMUM PUMPING In. below SAN
I In. below ?-t./ I )
It. top of casing lop of casing
MAXIMUM ORAWOOWN I Approximate time of return to normal level alter cessation of pumping C
ft. hours I min. (.'-:'A'I L
PUMP INSTALLED
TYPE MAKE MODEL NUMBER -5<- -
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CAPACITY I
O.p.rn. against ft. of discharge head i<...
NUMBER OF BOWLS OR STAGES I ""eDt.
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DIAMETER DIAMETER :;'.<1N D 69
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LENGTH LENGTH '" ,
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WORK JwrJE~s COMPLETED ["
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. NOTE: Show log of well materials ..,{countered, with depth below ground surface, water bearing beds and water
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SU::FOl k.
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COMPLETION REPORT-LONG ISLAND WELL
5-Cf)48.B
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Ground Surface
ADDRESS ~HERS !sl/1I1/1j ,;J,I/. 2o:t.
EL. It. above sea
LOCATION OF MIL h f0~S/SlAM~ ^ It.
'1( l\tt:J.}€5S " V
DEPTH OF WELL BELOW SUR7At DEPTH TO GROUNDWATER FROM SURFACE TOP OF WELL
2cJI.:
CASINGS
DIAMETER ~ r-
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LENGTH
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SEALING CASINGS REMOVED I \t--
~
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DIAMETER h'n I j G"
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DEPTH TO TOP FROM TOP OF CASING CO~ E)
50 ,
PUMPING TEST
DATE r. ).5& TEST OR PERMANENT PUMP?
BLoW 7ES'-
DURATION OF TEST / MAXIMUM D1SCHA;!E
-- days I hours t} gallons per min.
STATIC LEVEL PRIOR TO TEST LEVEL DURING MAXIMUM PUMPING
ft. I In. below I In. below ~
top of casing top of casing U ~
MAXIMUM DRAWOQWN Approximate time of return to normal level after cessation of pumping /)
tOo ft. hour. I min. :: ~
PUMP INSTALLED -= = 6t?M f"-
TYPE MAKE MODEL NUMBER l 0
~ ~ etA
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MOTIVE POWER MAKE H.P. t. ~
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NUMBER OF BOWLS OR STAGES I ~
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DROP LINE SUCTION LINE
DIAMETER DIAMETER
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LENGTH LENGTH
fl. fl.
Mlr~ OF DRILLING USE OF WATER
Or 0 cable tool o other
WORKSTARTED ~'7' &~ CDMPLETEt _ ~ . ~~ ..
-
DATE S 0 & DRILL~ ,~~ ' :~ I LICENSE NU8'R
./2 ' ~4;A '- 1'6 I
. NOTE: Show log of well materials e~untered. with depth below gr6und surface, water bearing beds and water
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COMPLETION REPORT-LONG ISLAND WELL
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Ground Surface
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C:;5
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ft. I
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in. below r I In. below
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hours I min.
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CAPACITY
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MAKE
MODEL NUMBER
MAKE
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78
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SUCTION LINE
DIAMETER
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USE OF WATER
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rotary 0 cable tool
WORK 5T ARlED
o other
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NEW YORK ST^TE DEP^,ITMENT OF ENVIRONMENT^LCONS6!\'^T101i ; ~~_
COMPLETION REPORT :- LONG ISLAND WELL
OWNER
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DEPTH WE
DEPTH TO GROUND W^TER FROM SURF^CE
It. 0;1;: It.
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MOT IVE POWER
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NUMBER BOWLS OR ST ^GES
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DI^METER
DI^METER
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LENGTH
LENGTH
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METHOD OF DRILLING
olary 0 cable tool 0 other
W K Sf ARTED
USE OF W^TER
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"NOTE: Show log of well - m lerials encountered, w th depth below ground surface,
water bearing bed and water levels in each, casings, screens, pump,
additional pumping tests and other mailers of interest. Describe repair job.
See Instructions as to Well Drillers' Certificates of Registration and Reports.
Pages 5 - 7.
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5 898 IS"
Well No.
* LOG
Ground Surface
EI. $
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-
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SUFFOLK.
Well Number
5- '12(",2 4
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COMPLETION REPORT-LONG ISLAND WELL
OWNER ,I ~ 'LOG
1-1;.1 V /-/A~60R.. Cl VB Ground Surface
ADDRESS./ ,::) n ".... -, -~ 5T: 51
70 f\o.gtRr IV. r~~SONS ,7c.oFi.ecTL~., P~OI/I DE"U(E:)..Jii~. ft. above..a
LDCA TIOIj 9F W~Lt ^
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DEPTH OF WELL BELOI)C,SURFACE DEPTH TO GROUNDWATER FROM SURFACE TOP OF WELL
70 .
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LENGTH 7B fl.
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DIAMETER 0
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I DEPTH TO TOP FROM TOP OF CASING
7/
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C^~l J(
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DURATION OF TEST
jjL()tU n ~1;s I
STATIC LEVEL PRIOR TO TEST
It. I
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.
MAXIMUM DISCHARGE
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gallons per min.
LEVEL DURI~MAXIMUM PUMPING
In. below III I In. below
top of casing V top of casing
I Approximate time of return to normal level after cessation of pumping
ft. h~~1 min.
PUMP INSTALLED Nor I "~TA Uf7:> VCI
MODEL NUMBER
-b -
MAKE
ft. of total head
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MAKE
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I
NUMBER OF BOWLS OR STAGES
DROP LINE
SUCTION LINE
'10
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DIAM ETER
In.
In.
LENGTH
LENGTH
I
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o r&\:ary 0 cable tool
WOR"ir''iJ~~& _~ COMP1r,_ [$
DATE/Ill. .~6 I DRIL~~1.v_k~ \t I L1CEiiBUrER
. NOTE: Show log of well mater,,, encountered, with depth b~OW ground surface, water bearing beds and water
levels in each, casings. screens, pump, additional pumping tests and other matters of Interest. Oescribe
repair job. See Instructions as to Well Driller's license and Reports. Page 5-7.
USE OF WATER
ft.
.
o ather
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
e Well Numbe, 5 - q 2,-,2 <t
COMPLETION REPORT-LONG ISLAND WELL
"LOG
Ground Surface
EL &)1
7co ~l.t-rrCm. ,
fl. above sea
^
V
11.
TOP OF WEll
CASINGS
DIAMETER
&
78
LENGTH
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In.
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11.
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MAKE J
OHA-" 00
DIAMETER
SCREENS
OPENINGS
o in.
in.
in.
LENGTH
1-3 11.
DEPTH TO TOP FROM TOP OF CASING
11.
11.
DATE
//-7-8'-
PUMPING TEST
TEST OR PERMANENT PUMP?
DURATION OF TEST
W,,-I 7rjr,doys I
STATIC LEVEl PRIOR TO TEST
11. I
MAXIMUM DRAWDOWN
MAXIMUM DISCHARGE
'SItND'I
TILL
hours
gallons per min.
TYPE
MAKE
lEVEL DURING MAXIMUM PUMPING
In. below I In. below
top of casing top of casing
Approximate time of return to normal level after cessation of pumping
hours I min.
PUMP INSTALLED NO: INS'''''
MODEL NUMBER
-(,/
ft.
MOTIVE POWER
H.P.
SAND
MAKE
CAPACITY
g.p.m. against
ft. of discharge head
NUMBER OF BOWLS OR STAGES
-8'/
11. 01 lotol heed LA y
SUCTION LINE -'10
10
Ck,,/J&
DROP LINE
DIAMETER
DIAMETER
in.
In.
LENGTH
lENGTH
It.
ft.
METHOD OF DRILLING
[!j rolary 0 cable tool
WORK STARTED
1/- i-5:S'
USE OF WATER
o ather
COMPLETED
// - 7- H
Snow log of well mat ials encountered, with dep below ground surface. water bearing beds and water
levels In each, casl gs, screens, pump, additional pumping tests and other matters of interest. Describe
repair job. See instructions as to Well Driller's License and Reports. Page 5-7.
ORIGINAL-Enviro.nmental Conservation Copy
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206 STUART DRIVE. SOUTHINGTON. CONN. 06489
TEL.. 628-741!5
COMPlETE CERTIRCATE FOR DRllUNG WElL
FOil ho//{JfJ /-r-,.., 'or;, ,'/b /'fJhl"m I~// .hJ.lt#/:J #__.tJ /!/Y
LOCATION at>/J/7 ;f?'cJ
Driller~y';<~t. Rig "'e,f'// Date /p;J/r/
Total Depth r~ Ft. Yield of Well jJrJ G.P.M.
Casing ,~/ i?#-- "mount Casing 97'" !':ize /1
Hole Size Top Hole Size 6 Bottom Formation ~A1rj'
Condition of Water
Drilling Stopped by Order of Purchaser: Yes D
Additional Information:
I certify that the above is correct.
NoD
Billed
Received
Permit #
Report
',1'
SIGNED BY CUSTOMER
DRILLER
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. County
COMPLETION REPORT - LONG ISLAND WELL
OWNER
DEPTH OF WELL BELOW SURFACE
YI
DEPTH TO GROUND WATER FROM SURFACE
fl.
CASINGS
In.
In.
LENGTH
ft. ft.
SEALING CASINGS REMOVED
e.
In.
In.
ft.
ft.
DATE
PUMPING TEST
TEST OIl PERMANENT PUMP!
DlRATlON OF TEST
MAXIMUM DIS HARGE
days
STATIC LEVEL PRIOR TO T ST
ft.
MAXIMUM DRAWDOWN
hours
II lions per min.
In. below LEVEL DURING W,XIMUM P MPING In. below
top of casing ft. top ot C.151"1
Ap~oximate time of return to norm I level after cessation of pumping
~s. min.
ft.
PUMP INSTALLED
I.p.m. asalnst
ft. d d Ischuge he.d
,
ft. of tot. I he.d
DROP LINE
DIAMETER
USE OF WATER
In. In.
LENGTH LENGTH
ft. ft.
METHOD OF DRILLING
IE. ,otary 0 c.ble tool 0 othe,
.WORK STARTED
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LICENSE NO.
E: aN log of well - ma rials encountered, with depth below ground surface,
water bearing beds and water levels in each, casings, screens, pump,
a~ditional pumping tests and other matters of interest. Describe repair job.
See Instructions as to Well Drillers' Licenses and Reports. Pages 5 -7.
DUPLICATE - R.t.ln
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Locate well with respect to at least two streets or roads,
showing distance from corner and front of lot.
Show North Point
Check the Town In which the project is located:
Nassau County:
o Hempstead
Suffolk County:
o Babylon
o Huntington
o Shelter Island
~ Southold
o North Hempstead
o Oyster Bay
o Brookhaven
o Islip
o Smithtown
o East Hampton
o Riverhead
o Southampton
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206 STUART DRIVE . SOUTHINGTON. CONN, 06489
TEL. 628.7415
COMPLETE CERTIFICATE FOR DRILLING WElL
FOil hol1(fp I-~,.., k.1JN'1 .';{/fffhr.~ (4// ;:011"/.:1 -#k_(~ Jl/Y
LOCATION al"/)/? ttl'cJ
Driller~7,J<,.f;t, Rig,.(e.,f'..../ Date /?P/
Total Depth '7~ Ft. Yield of Well .tlrJ G.P.M.
Casing '1/ I'/#- A.mount Casing 9~' ,~ize /!
Hole Size Top Hole Size 6 Bottom Formation tY7-?7rY
Condition of Water
D~illing Stopped by Order of Purchaser: Yes D
Additional Information:
I certify that the above is correct.
NoD
Billed
Received
Permit #
Report
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SIGNED BY CUSTOMER
DRILLER
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
LONG ISLAND WELL
OWNER
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CASINGS
DIAMeTER
In.
UNGTH
fl.
SEALING
CASINGS REMOVED
SCREENS
OPENINGS
MAKE
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in.
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UNGTH
ft.
ft.
DATE
PUMPING TEST
TEST OR PERMANENT P
DI.JlATION OF TEST
days
STATIC LEVEL PRIOR TO T ST
ft.
MAXIMUM ORAWDOWN
hours
gallons per min.
in. be low
in. below
TYPE
MODEL NO.
MOTIVE POWER
H.P.
CAPACITY
I.p.m. agalosl
ft. of discharse head
ft. of tala I head
SUCTION LINE
DIAMETER
in.
LE7H
/
LENGTH
ft.
METHOD OF DRILLING
Diary 0 cable tool 0 other
W k STARTED
)
"NOTE: Show log of well~' aterials encountere ,with depth below ground surface,
water bearing ds and water levels in each, casings, screens, pump,
additional pumping lests and other mallers of interest. Describe repair job.
See Instructions as to Well Drillers' Certificates of Registration and Reports.
Pages 5 - 7.
DUPLICATE - Retain Ion Copy
S --fC/737
Well No.
* LOC
Ground Surface
EI. ft. above ~
^ II.
V
TOP OF WELL
ft. e.> -u
In. D,,?1'1
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Locate well with respect to at least two streets or roads.
showing distance from corner and front of lot.
Shaw North Point
Check the Town in which the project is located:
Nassau County:
o Hempstead
o North Hempstead
o Oyster Bay
Suffolk County:
o Babylon
o Huntington
o Shelter Island
o Southold
o Brookhaven
o Islip
o Smithlown
'/'f/';HE72S I'5LAI.)D
o East Hampton
o Riverhead
o Southampton
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SIMA DRILLING COMPANY, INC. L~T
206 STUART DRIVE . SOUTHINGTON, CONN, 064. 'ClI.:iJ-t1)
TEL. 62B.741!5 ~"'q-
d FOMP1.m CERTIFICATE FOR DRIWNG ~ iJ ~ /J U
FOR~ ~kA1 ~A..G.(A~/
LOCATION ,,7Jum6A:rfl fJl
Driller ~ ' Rig ?a1 Date ~
Total Depth tf'~ Ft. Yield of Well .# G.P. .
Casing 1"~-#"....h~Amount Casing 6'''/ //# -Size ~
Hole Size___Top Hole Size t:" B~I1~m Formation e
Condition of Water to81 11 :7- - ,@ j:}t'JIVl) ~_ _ __
Drilling Stopped by Order of Purchaser: Yes 0 No 0
Builder . Owner
I certify that the above is correct.
Billed
Report
Permit #
SIGNED BY <.;USTOMER
12-1-~v
./
-~t.{7?7
DRILLER
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County
NEW YORK S1 ATE. OEPARTMI:NT Of (NVIRUNMl:NT Al CONSE.RvA lION
-.". .
..."';l....
S -777S.k
Well No. "~
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COMPLETI ON REPORT..., LONG I SLAND WELL
,fLOC' ,:,,~
Cround SlI"tace"' - ", .;.~
EI. 71) ft. .bo,
^
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TOP OF WEll
<:)
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SA'l.n~ 1
61?AVl:L.
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DEPTH TO CROUND WATER FROM SURFACE
ft. ',," 't.
CASINGS
DIAMETER
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DIAMETER h
LE~TH
10
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DEPTH TO TOP FROM TOP OF CASING
fl.
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"'
PUMPING TEST
TEST OR PERMANENT ~UMPI
DATE
~5
T
SMJ 1),
D-
70
sallons per min.
In. below
- days
STATIC LEVEL PRIOR TO T ST
fl.
MAXIMUM DRAWDOWN
hours
In. below
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PUMP INSTALLED
MODEL NO.
MAkE
TV
H.P.
MOTIVE POWER
CAPACITY
I.p.m.llalns'
UMBE B WLS S A
fl. of 101.1 h..
DROP LINE SUCTION LINE
DIAMETER DIAMETER
In. In.
LENGTH LENGTH
fl.
.
ft.
USE OF WATER
o other
DATE
/- :JlrS';- nv
-NOTE: Show log of W materials encountered, with depth below ground surface,
water bearing ds 'and water levels in each. casings. screens, PlJ11P.
additional pumping tests and other matters of interest. Oescribe repair job.
"See Instructions as to Well Orillers' Licenses and Reports. Pages 5 -7.
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<.: SKETCH OF LOCATION
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1':':1
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\')I\;-~lLu\ i"jL/\('~ ,';>i)
Check the Town In which the project Is located:
Locate well with respect to at least two streets or roads,
showing distance from corner and front'of lot.
Shaw North Point
Nassau County:
o Hempstead
Suffolk County:
o Babylon
o Huntington
o Shelter Island
o Southold
'"
o North Hempstead
o Brookhaven
o Islip
o Smithtown
ti( ;::;~Ik 7?'i I~t#.;,
o Oyster Bay.
o East Hampton
o Riverhead
o Southampton
.
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ell), -lj.3"J- -373 I
SIMA DRILLING COMPANY LOT #
206 STUART DRIVE. SOUTH I NGTON. CONN. 06489
TEL. 628.741S
COMPLm CERTIFICATE FOR DRIWNG WRL
FOR l !Mn) M(l h',t ( IAtlJ
tOeA T10N- h.c;M;.7f><:. /..<;~~);\) )) 'I
Driller \101:, &l/e- Rig ~~ Datel:J-~/q -$<1
Total Depth __ Ft. Yield of Well 3/4- G.P.M.
easing.lff J>.mount Casing;; I:"! 7li= Size
Hole Size Top Hole Size Bottom Formation~A ,CLAY
Condition of Water /0 1+ . % . v./eel'r at It/a - I~t?
Drilling Stopped by Ordf( of Purchaser: Yes 0 No 0
Builder
I certify that the above is correct.
Owner
Billed
Report
'ermit#-
SIGNED BY c.;USTOMER
DRILLER
"",.;
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County
DEPTH Of WELL BELOW SURFACE
DIAMETER
UNGTH
SEALING
MAKE
JOH-NSorV
DIAMETER
UNGTH
In.
:#z.. 5Wr
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In. In. (p In. ~ ~
.....
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fl. ft. fl. \() Z'
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-
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NEW YOlK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
COMPLETION REPORT - LONG ISLAND WelL
F
fl.
CASINGS
ft.
In.
In.
fl.
ft.
CASINGS REMOVED
ft.
DEPTH TO TOP FROM TOP OF CASING
DATE
DUlATION OF TEST
-
days
STATIC UVEl PRIOR TO T ST
ft.
MAXIMUM ORA DOWN
TYPE
MOTIVE POWER
CAPACITY
UMBER B WLS OR STAGES
tOo fl.
(
In. below LEVEL DURING MAXIMUM P MPING In. below
top of casing ft. top of casing
Approximate time of return to norm I level ifle' cessation of pumping
hu. min.
hours
lallons per min.
PUMP INSTALLED
MAKE
MODEL NO.
MAKE
H.P.
I.p.m. alalnst
ft. of discharge head
fl. of 101.1 he.d
DROP LINE SUCTION LINE
DIAMETER DIAMETER
In. in.
LENGTH LENGTH
~ ~
USE OF WATER
S-/-8
DRI LLE~ L
VO/ft'J
*NOTE: Show log 0 well. materials encountered, with depth below ground surface.
water bearing beds and water leve Is in each, cas ings, screens, pumP.
additional pumping tests and other matters of interest. Describe repair job.
See Instructions as to Well Drillers' licenses and Reports. Pages 5 -7.
METHOD OF DRIUING
o rotary 0 cable tool
WOItK STARTED
DATE
5-1
o other
DUPLICATE - Rotaln
Well No.
. lOG
Cround Swfue
EI."" 4-0
^
V
ft. .bove
ft
TOP OF WELL
in.
ft.
6(;
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locate well with respect to at least two streets or roads.
showing distance from corner and front of lot.
Show North Point
Check the Town in which the project is located:
Nassau County:
o Hempstead
o North Hempstead
o Oyster Bay
Suffolk County:
o Babylon
o Huntington
o Shelter Island
o Southold
o Brookhaven
Olslip
o Smithtown
FiSt/GiS 151Mi')
o East Hampton
o Riverhead
o Southampton
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SIMA DRILLING COMPANY, INC. LOT #
206 STUART DRIVE. SOUTHINGi'ON. CONN, 06489
TEL. 626.7415
I COMPlm CERTIFICATE FOR DRIWNG W8.L
FOR \/~:~ ~~/:r-r:E
LOCATION < . t' ; 1~{MJl'\ i=b1.Jl~) h;:;~7?A ISlAOI'\ lJ. y,
Driller~f-l.0 4 ~'B Rig G.D. Date .,--j-PJ7
Total Depth 79 Ft. Yield of Well ~/'J G.P.M. (z.0
Casing 7" Amount Casing (0 fl. /7 it=- .-Size ' '-
Hole Size Top Hole Size Bottom Formation 5f I<?
Condition of Water I/J 4 af'.t;beell1 : II] e;/of. ~Qm tfx'fD ~?/
20 slo-t: ,/,0'" 53 J T:o kQ, J
Drilling Stopped by Order of Purchaser: Yes 0 No 0 :./c/
Builder,
I certify that the above is correct.
Owner
Billed
Report
Permit#-
SIGNED BY LUSTOMER
v
s- ~bff
DRILLER
I - ~h ~. j~ ~ ~ I' ~ ~ ~ ,,' , ~
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County
"H.." IUt\.I\.)II\It.UI:.l"^"'IMt.txl VI LI"'\'I"'U'~Ml..I'lI^LLUN~ltl,\i^.IVN
s- 717.50
Well No.
COMPLETION REPORT - LONG ISLAND WELL
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OWNER 0
"o8eRT"
ADDRES'i'l
LRf9:.a.n-
LOCATION OF WELL
~SoV
Avr;. F;""Sl1f:::C12,5 ISLJW 1:>
. LOG
Cround Surface
EI. ^' ,5"
fl. above
-
t
DEPTH OF WEll BELOW SURFACE
A
V
fl
DIAMETER
DEPTH TO GROUND YJA TER FROM SURFACE
fl. A?i'Rol( 1'5
CASINGS
fl.
TOP OF WEll
-'
In.
In.
In.
Sfn..)D :'ir.. a
\9
~
LENGTH
ft. ft.
SEALING CASINGS REMOVED
fl.
-
,fl'
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SCREENS ,
MAKE J OPENINGS Co~5G \i
'O/IIJSOIJ
DIAMETER SMlb
.010 ~/C:Jt In. t,- . 0'':; In.
LENGTH
/0 fl. !'roM .3(p 10 % fl. 31i:o fl.
DEPTH TO TOP FROM TOP OF CASING
hIVE
PUMPING TEST SAtJ~
DATE Dl{OT!</€'RS TEST OR PERMANENT PUMP!
GPm
DLRATlON OF TEST
days gallons per min.
STATIC lEVEL PRIOR TO T ST in. below -
in. below 11u....-
ft. top of casinl
MAXIMUM DRAWDOWN ApP'oximate time of retur
fl. min.
PUMP INSTALLED
TYPE MAKE MOD O. ..!)
MOTIVE POWER MAKE H.P. ~
C-LAY -
~
CAPACITY
I.p.rn. against
NUMBER BOWLS OR STAGES
3:
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DROP LINE
DIAMETER DIAMETER
in. In.
LENGTH LENGTH
fl. ft.
D other
LICENSE NO.
5"- 0- /58
"NOTE: Show log Df well. aterials encountered. th depth below ground surface,
water bearing beds and water levels in each, casings, screens, pumP.
a,dditional pumping tests and other matters of interest. Oescribe repair job.
See Instructions as to Well Orillers' Licenses and Reports. Pages 5 .7.
DUPLICATE:'" Rotaln
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SKETCH) OF L~~ION
I-blhE:
113 oj/ 1'31
-
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,
C.Re5C.E::.-ur-
(I.
I~
Locate well with respect to at least two streets or roads.
showing distance from corner and front of lot.
Show North Point
Ave.
Check the Town in which the project is located:
Nassau County:
o Hempstead
Suffolk County:
o Babylon
o Huntington
o Shelter Island
o Southold
o North Hempstead
o Brookhaven
o Islip
o Smithtown
~ n$He6 15c..Af.JD
o Oyster Bay
o East Hampton
o Riverhead
o Southampton
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SIMA DRILLING COMPANY, INC. LOT #
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 628.7415
IJ I COMPLETE CERTIFICATE FOR DRIWNG WELL I J
FOR-jlI1bt,rl tdfp/'JtJn Ci.5h,.r.s Is. fl/ '1-
LOCATION rreJC~;"+-8tJU\I-t~ .
Driller-Lf", Rig ?t1" Date r;l.11'it
Total Depth Vf" Ft. Yield of Well 1.1 G.P.M.
- , 1'1 .,#.
Casing 6 n -Amount /Casing / /"
Hole Size Top Hole Size ~ Bottom Formation
Condition of Water
- '
Size f
-.", """
Drilling Stopped by Order of Purchaser: Yes D No D
Builder Owner
I certify that the above is carrect.
Billed
Report
Permit #
SIGNED BY c.;USTOMER
5"- /b- S0
v
5 -717<;
DRILLER
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FOR
SIMA DRILLING COMPANY, INC. LOT #
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. lS28.741!l
m CERTIFlC TE FO~jWNG WELL _
fit rT fl)jJ
.
Hole Size___Top
Condition of Water
Hole Size
,..LA"-' I TZ E"lit..
Rig 6f12 l(ate /. .]
Yield of Well ~. :;~ l:J) ~P.M..r'''':~: ~ /
,Casing p . ,.. ;.' ~, ..Size ;!
I I Bollom Formotion_~:tLi...-____
~~i~::I~AJ~'~~ S~~
Total Depth '-I'~ Ft.
'" i ,"',1'/
C. 'r'" A
osong-""'-'-______ mount
Drilling Stopped by Order of Purchaser:
Builder,
'1 certify that the above is correct.
Yes D
NoD
Owner
Billed
Report
Permit #
SIGNED BY t.USTOMER
./
ORI LLER
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SIMA DRILLING COMPANY
206 STUART DRIVE . SOUTHINGl'ON. CONN. 06489
TEL. 628-741!l
COMPlm CERTIFICATE FOR DRIWNG WRL
FO~ .o""-VN/S () 15RICA./
LoeA liON ~-RS f:: I-W b . ).J. V
Driller , /.,/./I.} '(',fAY f \'~"1 . Ri~ IF'ih, Date /Pl~){ I
Tatol Depth:;r Ft. Yield of Well - G.P.M.
Casing A.mount
Hole Size Top. Hole Size
Condition of Water
Drilling Stopped by Order of Purchaser: Yes D
Additional Information: IJ/RJ 4MAJh:Ji/ei>
I certify that the above is correct,
Casing Size
Bottom Formation
NoD
{'Ar'AJ61<;(?,('a:-"X }
J .
-9/~J 1Ji,~1)
Billed
Report
Permit #
SIGNED BY CUSTOMER
1'JU-S; ,
DRILLER
t---
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......
FISHERS ISLAND CONSERVANCY, INC.
1.
BEA/fl/b
Name:
BOX 553
fISHERS ISLAND. N.Y. 06390
November 26, 1986
viell Survey
C ..5CHH/P'T
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
/ 9' h'~
,
4.
What company drilled the well? (Please supply name and accress.)
r'ETTI?INI
5.
PtlI'1N' .t tl/ELL 5 tll'l'L Y (;(J. 1'16pC L:.ON'Ar,
Does a well log on any drilling data exist that you can make
ava ilable?
Yes
Exist
6.
No
Yes
No
-X-
Available
--X-
If you do not have a log but know the depth, please provide:
-60 rc
7.
Has the well been tested for plli~ping capacity? Yes~ No
..YO C 11 L-
Do you know gallons per minute?
Estimated usage; gallons per month:
August /O(), bOO September ,2"Zl. (JOO
Type of Pump: Regular
June //J().CJ60 July It/D. 6(;1;
.
Jet
/
8.
Was or has water been tested for salinity? Yes ~ No
1.-
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NEW YORK STATE DEPARTMENT OF ENV~~Of:;MENT^l CONSERVATION
:;)-J 1\C:l7
~1
ell No.
SuftcDilW
OMPlETION REPORT - lONG ISLAND WEll
\
"loe
qround Swfue
EI.
ft. ,bove ,
NER
n
lOCATION OF WELL
^ ft.
V
DEPTH TO GROUND WATER FROM SURFACE TOP OF WELL
ft. ft. H.'~
CASINGS 0 35 ~ij
35 67 -II;
In. in. in. CI.
67 77 ~flL
ft. ft. ft. 77 80 ('..<../
CASINGS REMOVED
SCREENS
OPENINGS
/-
in. in. in.
ft. ft. ft.
DEPT
SUR A
L
DIAMETER
LENGTH
SEALING
MAKE
DIAMET
LENGTH
ft.
DEPTH TO TOPlOOM TOP OF CASING
DATE
ItMPING TEST
TEST OR PERMANENT PUMPl
OURATlON OF TEST
MAXI U
days
STATIC LEVEL PRIOR TO T ST
ft.
MAXIMUM ORA WDOWN
hours
lallons per min.
ft.
in. bel- LEVEL DURING MAXIMUM PING
un- in4 below .,
top of casing ft. top of casinl
Approximate time of return to norm I level after cesS.ttion of pumpins
hrs. min.
PUMP INS!~LLE_D
MODEL NO.
\
TYPE MAKE
Submersible
MOTIV MAKE
H.P.
CAP
ft. of discharge head
I.p.rn. ali inst
UMBER BOWLS OR ES
DROP LINE
ft. at tOl,1 he,d
SUCTION LINE
DIAMETER
DIAMETER
I~
C..,
METHOD OF DRILLING
rotary 0 cable tool
WO STARTED
in.
in.
'.'
LENGTH
LENGT H
ft.
ft.
USE OF WATER
o other
COMPt!
"N
..,
/~.
DRILLER
REGISTRA nON NO.
DATE
ow OS of well - ma ellals encounlere ,Wit epth elow ground surface,
water bearing beds and water levels in each, casings, screens, pump,
additional pumping tests and other matters of interest. Describe repair job.
See Instructions as to Well Drillers'Certificales of Registration and Reports.
Pages 5 . 7.
DUPLICATE - Rehln .Ion Copy
.,
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locale well with respect to at least two streets or roads,
showing distance from corner and front of lot.
Shaw North Point
Check the Town in which the project is located:
Nassau County:
o Hempstead
o North Hempstead
o Oyster Bay
G
Otl:>
Suffolk County:
o Babylon
o Huntington
o Shelter Island
l2! Southold
o Brook haven
o Islip
o Smithlown
o East Hampton
o Riverhead
o Southampton
Cf/CXomou.ut i31;/V"1
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SIMA DRILLING COMPANY
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 628-7415
COMPlm CERTIFICATE FOR DRIWNG WRL
FO~ ..3~A.JJ.}Q S CI-kH t;::' r-
LOCATION ~7JS('~A.J61 AfY ~
DrillerfAy~__ Rigk~1 Date 7-7-F-/
Total Depth fo Ft. Yield of Well ~ G.P.M.
Casing 70 Amount Casing h r~7..r: Size
Hole Size Top
Condition of Water
Drilling Stopped by Order of Purchaser: Yes 0 No 0
Additional Information' ,-5l~EPJJ :, (0' 1",;Jo SLoT
I certify that the above is 'correct.
Hole Size
Bottom Formation
( ,
(i] 67- 77
Bm.d
Report
Permit#-
SIGNED BY CUSTOMER
7-/j-J I ,/
DRILLER
I----'
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FISHERS ISLAND CONSERVANCY,INC.
BOX 553
fiSHERS ISlA~D. NY 06390
November 26, 1986
~lell Survey
,
.L.
~C:>~eR+- c ~'olfeJtJ.$.ON
Name:
2.
Location: Please indicate in relation to your house on attached
map. tq -.IO~ N-~
3.
In what month and year was your well dug or drilled?
~\l - /9ft
What company drilled the well? (Please supply name and accress.)
d...Jr 1R..IfAJmfp> hA-W.<..- [,..,G~i~ '7-,., S;:/'p,.1"~'1 ('f....
4.
5. Does a well log on any drilling data exist that you can ma:.:e
available?
Yes No Yes No
Exist V Available s/
6 . If you do not have a log but know the depth, please provide:
/~O ..j:'f ~
7.
Has the well been tested for pur._ping capacity? Yes'/ No
Do you know gallons per reinute?
/6 '7~
/
Estimated usage; gallons per month: June
August September
Type of P~~p: Regular v' Jet
July
8.
Was or has water been tested for salinity? Yes
No ___
W'<- "''Cv'C~ k;~r-r.fl. v<'t"tCK./.. err 1(~"V5>::'" - f(~oeJ.... J'..'1 )f4-<-<,IV_cL
'j~clC'''''5 ) WI6-1~'<?I'Jl,J~
6-1\ ).c:, ,:;
Well No.
. lOG
Ground Swh.ce
EI. ~ J/; ft. above
^ "
V
TOP OF WELL
ft. rail
0 8 CIc
In. 8 15 ~,
ft. 15 31 eo.,
S'"
31 86 CIQ
86 91 F='lf\~
S'II'
t &0'
91 101
In. e....,
fl.
Nl.W HJKK ~I Alt. OU'AIU MlNI U~ t.NV,KUNMlNI AL CUNSE:.RVAlIUN
I
County
COMPLETION REPORT - LONG ISLAND WELL
OWNER
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DEPTH TO GROUND WATER FROM SURFACE
ft.
CASINGS
g
In.
In.
fl.
It.
CASINGS REMOVED
MAKE
Johnson
DIAMETER
6
In.
In.
LENGTH
10 fl.
DEPTH TO TOP FROM TOP OF CASING
94 Ft
ft.
DATE
PUMPING TEST
TEST OR PERMANENT PUMPl
Perman
MAXIMUM DISCHARGE
DURATION OF TEST
1 days
STATIC LEVEL PRIOR TO T ST
It.
MAXIMUM ORA WDOWN
hours
callons per min.
In.~l~ In.~I~
top~casi~ ft. top~casl~
Approximate time of return to norm I level after cessation 01 pumping
hrs. min.
I
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ft.
PUMP INSTALLED
MODEL NO.
13EM07412
H.P.
TYPE Submersible MAKE
G
MOTIVE POWER MAKE
Electric
CAPACITY
ft. of discharge head
o
M R B W OR STAGES
I.p,m. asa Insl
DROP LINE
fl. of total head
SUCTION LINE
DIAMETER
DIAMETER
1'1
80
METHOD OF DRILLING
(Xl rotary 0 cable tool 0 other
WORK STARTED
7/10/81
DATE DRILLER
In.
LENGTH
LENGTH
It.
USE OF WATER
!((Ib4r1cA/
COMPlETED
LICENSE NO.
4 1 1581
"NOTE: Show log of well - materials encountered, with depth below ground surface,
water bearing beds and water levels in each, casings, screens, pumP.
,!dditional pumping tests and other matters of interest. Describe repair job.
See Instructions as to Well Drillers' Licenses and Reports. Pages 5 -7.
DUPLICATE:' Rltaln
In.
It.
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Locate well with respect to at least two streets or roads.
showing distance from corner and front of lot.
Show North Point
Check the Town in which the project is located:
Nassau County:
o Hempstead
o North Hempstead
o Oyster Bay
Suffolk County:
o Babylon
o Huntington
o Shelter Island
!:;?Southold
o Brookhaven
o Is lip
o Smithtown
o East Hampton
o Riverhead
o Southampton
( ..--,- ,Ie
:1./-;,'./6 I
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SIMA DRILLING COMPANY
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 628-7415
;{) _ C~PLETE CERTIRCATE FOR DRIWNG WRL
FOR :,rI2t2t~ SOR&IJ$oA-' .
LOCA liON -f:;~'t:F. /.. <;'( ~UJQ )..} ,I
Driller 1?A\{:f. hHL JrJ.w. Ri9~-ib1 Date 7-10 -~'I
Total Depth 19 Ft. Yield of Well ,c:lo-2...<;- G.P.M.
Casing If,? Amount Casing t, ~;ze
Hole Size Top Hole Size Bottom Formatiol' ... 5AA /" -It:?1f'
Condition of Water /1'JM...lffFIl. or i=r~E>J9{K/~J/ 77JS'~
Drilling Stopped by Order of Purchaser: Yes 0 No 0 'J/9~' 81~'i~
Additional Informationld ~5(;;J?I::F^) : .5 ~ I.i <;'or;r, .') I !. J.<.l$LD(~
I certify that the above is correct.
Billed
Report
Permit #
1"'lt.~,
SIGNED BY CUSTOMER
DRILLER
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FISHERS ISLAND CONSERVANCY, INC.
BQXllJ
fiSHERS ISLAND. N.Y. 06390
November 26, 1986
Well Survey
1.
2.
~0\ 0p,~...,\~",,-
Name:
3.
Location: Please indicate in relation to your house on attached
map.
In what month and year was your well dug or drilled?
4.
"1 B.iu g \
.)
What company drilled the well? (Please supply name and address.)
5. Does a well log on any drilling data exist that you can make
available?
Yes No Yes No
/ v' /
Exist Available
6.
If you do not have a log but know the depth, please provide:
70 -f't '
7.
Yes l./"" No
Has the well been tested for pumping capacity?
Do you know gallons per minute?
Estimated usage; gallons per nonth: June
August September
Type of Pump: Regular ~
J'J-stol ~
7
July
?
Jet
8.
,/
No
Was or has water been tested for salinity? Yes
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
County
lOCA~
DEPTH OFrWElL BELOW SURfACE
d'()
DEPTH TO GROUND WATER fROM SURfACE
fl. ...j '0 fl.
CASINGS
DIAMETER
6
70 fl.
~
CASINGS REMOVED
In.
In.
In.
LENGTH
fl.
fl.
SEALING
SCREENS
OP~N~~
I:;
LENGTH
fl.
MAKE
,-v/c-C
DIAMETER
In.
In.
1t:J
fl.
DEPTH TO TOP fR9fclOP OF CASING
fl.
DATE
PUMPING TEST
TEST OR PERMANENT PUMPl
DURA liON OF TEST
MAXIMUM DIS HARGE
hours
days
STATIC LEVEL PRIOR TO T ST
ft.
MAXIMUM DRAWDOWN
1.1 lions per min.
In. below LEVEL DURING MAXIMUM P MPING In. below
lop of clSlnl fl. lOp d caslnl
ApP'oximate time of return to nor llevell-fter cessation of pumping
hrs. min.
ft.
PUMP INSTALLED
TYP~
MAKE
MODEL NO.
IJi;7HQ7t1 17/
H,P'14
MOTI~
CAPACITY
MAKE
c10
QI'1nJ
'rl;JT~ 90 ~jl
fl. of total head
I.P.nt. asalns.
ft. d dlscharSt hud
MB R BOWLS OR ST A
DROP LINE
/11/ I
70
METHOD Of DRilliNG
~ rolary 0 cable 1001 0 other
WORK ST ART5q ~ c
;-l ~'41
DATE ,Oil
.a1-~ I
-NOTE: Show log of well aterials encountered, ith depth below ground surface,
waier bearing beds and water levels in each. casings, screens, pumP.
aclditional pumping tests and other matters of interesl. Describe repair job.
See Instructions as 10 Well Drillers' Licenses and Reports. Pages 5 - 7.
SUCTION LINE
DIAMETER
DIAMETER
In.
LENGTH
LENGTH
fl.
USE Of WATER
DUPLICATE - R,t.ln
~- .., \ :, :,
Well No.
'lOG
Graul) Sl.I'face
EI. IliP'ROt 5Sfl. above
A
V
ft.
TOP Of WEll
In.
fl.
(Jr-
In.
fl.
In.
ft.
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SKETCH OF lOCATION
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IV
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S(
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locate well with respect to at least two streets or roads.
showing distance from corner and front of lot.
Show North Point
Check the Town In which the project Is located:
Nassau County:
o Hempstead
Suffolk County:
o Babylon
o Huntington
o Shelter Island
~ Southold
,
o North Hempstead
o Oyster Bay
o Brookhaven
o Islip
o Smithtown
o East Hampton
o Riverhead
o Southampton
\
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SIMA DRILLING COMPANY
206 STUART DRIVE. SOUTHINGTON. CONN. 06489
TEL. 628.741'5
COMPLETE CERTIFICATE FOR DRIWNG WB.I.
:.]:::~~~ ~4-. J7. Z;,,~! IVY
Driller~7o(~ RigU.g, Date 7 /.2~/?/
{/ , ,
Total Depth @ii Ft. Yield of Well Ilo G.P.M.
Casing 'en Amount Casing C:, U ( )# !':ize
Hole Si7A Top Hole Size 6 Rottom Formation~l4~ ~
Condition of Water
Drilling Stopped by Order of Purchaser: Yes 0 No 0
Additional Information'
I certify that the above is correct.
Bmed
Report
Permit# .
SIGNED BY CUSTOMER
7-2-1- ~I c./
DRILLER
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NEW YORK STATE DEPARTMENT OF ENVIRONMENTAL CONSERVATION
~J I=' i=,. l If'
County
COMPLETI ON REPORT - LONG I SLAND WElL
c~.v/i,.uTQr
I
ADORE
I
ft.
3-0
FACE
I
DIAMETER
CASINGS REMOVED
I
LENGTH
ft.
ft.
SEALING
I
SCREENS
OPENINGS
MAI(f
I
ft.
DIAMETER
In.
LENGTH
I
DEPTH TO T
I
DATE
PUMPING TEST
TEST OR PERMANENT PUMPl
I
gallons per min.
DURATION OF TEST
days
STATIC LEVEL PRIOR TO T ST
ft.
MAXIMUM ORAWOOWN
hours
VEL DURING MAXIMUM PUMPING in. below
p of casing ft. top of casing
Approximate time of return to norm I level aUer cessalion of pumping
I
h,s.
I
TYPE
PUMP INSTAllED
MAI(f
MOOEL NO.
MOTIVE POWER
I
h. of lola I head
SUCTION liNE
MAKE
.P.
CAPACITY
fl. of discharge head
I
DROP LINE
DIAMETER
OIAMETER
I
in.
LENGTH
LENGTH
ft.
I
METHOD OF DRILLING
rotary 0 uble 1001 0 other
WORK ST ARTEO
COMPLETED
USE OF WATER
I
DATE
I
"NOTE: Show log of well - materials encount red, with dePth below ground surface,
water bearing beds and water levels in each, casings, screens, pump,
additional pumping tests and other malters of interest. Describe repair job.
See Instructions as to Well Drillers' Certificates of Registration and Reports.
Pages 5 - 7.
I
DUPLICATE - Rllaln :Ion Copy
5";' 73.30;
Well No.
* LOC
Cround Surface
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SIMA DRILLING COMPANY
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 628.741S
50}'r>;~ CERTIFICATE FOR DRILLING WRL ./J
FOR;:Yd?f/~ ~AC~,L9A~
tOCA TlON
Drille~..,t?"1f;4K~n '. Ri9Cr=' Date ~f/?~
Total De~:U Y Ft. Yield of Well ~O G.P.M.
Casing .?"Y / ~ // Amount ;Casing /"" /;l.li' S~./
Hole Size Top Hole Size , Bottom Formation ~
Condition of Water
Drilling Stopped by Order of Purchaser: Yes D No D
Additional Information:
I certify that the above is correct.
Billed
Report
Permit#-
dL"
,fL?f~
SIGNED BY CUSTOMER
/ j - J-c;-cf'tl-
I~-~#-
DRILLER
/J1/0 </i Br SI-/E ~RE"K
1-(
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FOR
loeA TION
1
Driller "
SIMA DRILLING COMPANY, INC. LOT #
206 STUART DRIVE . SOUTHINGTON. CONN. 06489
TEL. 628-7415
COMPLETE CERTIFICATE FOR Dlm..l.ING w~u
/77;)'/.,,-' {27:'c&'j7,((.I--.;Y /: /' /!/K
- ,.---
t
Rig (;,.fJ() Date
Yield of Well :7{J +... G.P.M.
'':4 #- / //
Amount Casing // (y' Size I
Hole Size~_.Bottom Formation 'rli,,/'i ..
.....")
Hole Size
Top
Condition of Water
Drilling Stopped by Order of Purchoser: Yes 0
Builder. Owner
I certify that the above is correct.
NoO
Billed
Report
Permit #
SIGNED BY <..LJSTOMER
/1- J -J-7
v/'
DRILLER
, DO I
/(,~ I " D
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DR. CLARENCE WEl TI, P.E., P.C.
GEOTECHNICAL ENGINEERING
227 Williams Street. P. O. Box 397
Glastonbury. CT 06033
(203) 633.4623
July 3, 1986
Morgan Wheelock, Inc.
286 Congress Street
Boston, MA. 02210
Att: Jeannine Furrer
(;'v-t ~
Re:
/
Bailey Residence - Fishers Island
Soils Investigation at Proposed Retention Area
Dear Ms. Furrer:
..,....
.r\
~(:;9"
,
1.0 Herewith are results of two (2) test borings made at the
above site.
2.0 The soils consist generally of the following:
(From Elev. +27)
A. 7 to 12 feet of loose to medium compact fine to medium
Sand, little Gravel, little Silt, trace Cobbles
overlying
B. Very compact, partially cemented fine to medium Sand,
trace of Silt, with Cobbles and Boulders
C. At 20' to 25' there is either ledge or large boulders
3.0 To provide adequate protection against potential scour support
for a retention system should be below stratum (A) above. As regards
potential depth of driven piles the following appears probable.
A. Wood piles to Elev. +12 to +10
B. Steel "H" piles to about Elev. +2 to +4
C. Steel Sheeting to about E1ev. +10
3.1 The penetration of the above piling, except for the Steel "H"
piles, does not provide adequate lateral support for a cantilever
structural system.
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Morgan Wheelock, Inc.
page 2
July 3, 1986
3.2 A possible system of support would be predrilling with
14" diameter auger holes and setting steel piles in concrete
at 20 to 24 feet (Elev. +4) below grade or roughly 8 feet
centers. A wall could be placed in a trench below grade and
formed above grade about the steel "H" pile.
..
3.21 Alternative to the above scheme (if aesthetics require it)
a row of timber piles could be placed in a trench with concrete
below exposed grade to "fix" the piles. The wood pile could
be tied to the steel "H" pile with a waler.
4.0 The initial scheme of a retaining wall was a logical choice,
but footings would, in general, have to be carried to about
Elev. +12.
5.0 Apart from a full retention system could be a supported
concrete slab or driven or augered piles. This minimizes the
lateral loading required on piles with earth backfill.
If you have any questions please call me.
Very truly yours,
~
~~nce Welti, P.E.
CW:n
encs.
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CLAI;lENCE WELTI ASSOC.,INC.
.' P.O. BOX 317
GLASTOHBURY, CONN. 01033
Bailey ResideneeiFishers Isla
NY
"BORING LOG"
CLIENT MORr:AN lJHF.F.1.oCK TNC.
BORING NO. 1
LINE & STA.
OFFSET
GR. ELEV.
A
BLOWS
STRATUM DESCRIPTION PER-<." B
n ?
tan/br.fine-med.
sand,little silt,
fine-ers.gravel,
.LL'
L-.j-4
.,J
10.0
tan fine-med.sand, l-j-4
tr.silt
14.U
~. ., .. <f\ I~"
tr.silt.eobbles,
boulders
~f\/l "
22.0 no rec.
BOTTOM OF BORING 22. O'
NO WATER @ 0 hrs.
n.~n. ~ I~ lor
.,
DRILLER: GREENWOOD
-
I. eOL. A strata depth
2. eOL. B
3. HAMMER - 1-40#: FALL 30"
4. SAMPLER -_0.0. SPLIT SPOON
... r:.WT == f:1)(')11.......H"l WAT~O
BORING NO.
LINE a-STA.
OFFSET
GR. ELEV.
2
A
BLOWS
STRATUM DESCRIPTION PER---4'.' B
f\ <
tan silty fine
sand,fine-med.
gravel.eobbles
loose to medium
I. U I"r
tan fine-med.sand,
tr.silt.eobbles.
.. no_~o~
boulders
very compact
.L1.U
AUGER REFUSAL AT 21.C'
NO WATER @ 0 hrs.
DATE: 7/2/86
DRILLER; GREENWOOD
. . .
Trio Pflnlers "1127
AND
SOME
TRArF
- -40 10 50%
-10to4O%
_ 0." 1~
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. .1
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,7-
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FISHERS ISLAND CONSERVANCY,INC.
BOX III
FISHERS ISLAND. N.Y. O6l9O
November 26, 1986
~Jell Survey
1.
;.J" tV P3 II!' .P 1l41VCCJ'ck
Name:
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what
month and
~J
year was your well dug or drilled?
/V'" /h
4.
What company drilled the well? (Please supply name and accress.l
~m
5.
Does a well log on any drilling data exist that you can make
available?
Exist
Yes No Yes No
X Available
have a log but know the depth, please provide:
./f../'//:;
6.
If you do not
7.
Has the well been tested for p~~ping capacity? Yes
No X
Do you know gallons per minute?
Estimated usage; gallons per month: June
August September
Type of Pump: Regular Jet
July
8.
Was or has water been tested for salin i ty? Yes >( No
~iYl./~
~~~. -~.-<r
~-~~. ~~L~~~ --
/~'(p ~ ~'=-~~~. ~
I?,(~/:t: ~ -:t-~~ ~~~;t~z,~/
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FISHERS ISLAND CONSERVANCY,INC.
BOX 553
fiSHERS ISLAND. N.Y. 06390
November 26, 1986
vlell Survey
l.
2.
OHAP It'S J/A1~ US +1 (AJ
Name:
3.
Location: Please indicate in relation to your house on attached
map.
In what month and year was your well dug or drilled?
~~r~b~
4.
. dM~
What company
Be, u-fo..v
(Please supply name and accress.l
/Cf 7 '-t ?
drilled the well?
5. Does a well log on any drilling data exist that you can make
available?
Yes No Yes No
Exist v Available V
6. If you do not have a log but know the depth, please provide:
I\...... / c; I
7.
No V
Has the well been tested for
pumping capacity?
"1. 0 ?
Yes
Do you know gallons per minute?
Estimated usage; gallons per month: June July
August Septernber/
Type of Pump: Regular (/ Jet
8. Was or has water been tested for salinity? Yes V No
1/
1
1
1
1
1
1
1
1
1
1
1
1
1
1\\
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FISHERS ISLAND CONSERVANCY, INC.
BOX 5l)
FISHERS ISLAND, N.Y. 06)90
November 26, 1986
Well Survey
1.
O\~.,\-
~.
~ Q-\ c;::~'-"...
Name:
2.
Location: Please indicate in relation to your house on attached
map.
3 .
In what month and year was your well dug or drilled?
S-r~ lq~l
What company dri led the well? (Please supply name and address.)
\Nt.\.\ W~ ~'^-(,<, \~. "{h~~ ~~~
Does a well log on any d;rlling ~ata exist that you can make
available?
4.
5.
Yes
Exist
No Yes
~. Available
No
6.
If you do not have a log but know the
Nb\ \H~ ~
Has the well been tested \or pumping
depth, please provide:
'O""'\- ~
7.
capacity? Yes No
Do you know gallons per minute?
- <\.
Estimated usage, gallons per month: June
August September
Type of Pump: Regular Jet
July
- ,-.
\.\
8.
Was or has water been tested for salinity? Yes
No
- II
\~ \)..:)<<-\\ ~ '!" ,^-t> \<;:''''-,,~~ ~C~~ .~'^^-~
~ 'P '^- \- -\-e "" '-'- .~ L ~ '--- \~ \.;~ \' _, \ \ .,
, '" ~ :-\.....-LL~ q-\..A.-1../\
~?:~ ;o~~~~~~C~~ OL~~~L~~S:~~
1/
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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~
FISHERS ISLAND CONSERVANCY.INC.
BOX 55)
fiSHERS ISLAND. NY 06)90
November 26, 1986
~,ell Survey
l.
2.
p cuJL 'I- ~ /;-y.~
Name:
3.
Location: Please indicate in relation to your house on attached
map.
In what month and year was your well dug or drilled?
II /~'f
.
4. What company drilled the well? (Please supply name and ac~ress.)
'D...u q '-L) ~l \ CS t1f-
J
5. Does a well log on any drilling data exist that you can make
available?
Yes No Yes No
Exist Available "X
6. If you do not have a log but knew the depth, please provide:
7. Has the well been tested for PQ~ping capacity? Yes
No )tl.
to,L'""
Do you know gallons per minute? ~
Estimated usage; gallons per month: June
August September
~ype of Plli~p: Regular
~. ttWaS or has water been tested for salinity?
~t1d plJrnp .{w jt:Zrd-en USe..
11 one. i (\ '8b
July
Jet
No r
Yes
1,/
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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...
FISHERS ISLAND CONSERVANCY. INC.
BOX llJ
FISHERS ISLAND. NY O6J9O
November 26, 1986
~Iell Survey
1. Name:
(~Oi~ \-\, W A ~v.\.-, C, ~,J]:-
2. Location: Please indicate in relation to your house on attached
map.
3. In what month and year was your well dug or drilled?
\'1~4 /40
4. What company drilled the well? (Please supply name and address.'
'7
(,c..dc.. t.\'-.'"" k
I
5. Does a well log on any drilling data exist that you can make
available?
Yes
No
Yes
No
Vv\,^"'clf-Exist
Available
6. If you do not have a log but know the depth, please provide:
'-"'. II( """'^^-
\.."""l...{~",,^--
7. Has the well been tested for Plli"ping capacity? Yes No
Do you know gallons per minute?
NO
Estimated usage;
August
Type of
gallons per
September
Regular
month: June
Ir\ c...<, ..]0 \
July
\;u. "" ~
'-' .~<.....\ f"....v
'" {",.....,lY'0
Pump:
Jet
8.
No
y/
Was or has water been tested for salinity?
Yes
1/
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Il'* qry~;r ~ d'~/'iLuz~ ..-{,I, ~ 1~.. ~j G
I r ~ -4tiL /~~ CL:";/. /}7'~~rv,<-~{i~ ~ j!;;d
~ ~U4~~ J 4 /4...J:L ~ '~~~~,1 /U'tiA'~ )i0-t ~ p ~
/-L '-- . ..~ ~....e-.u",~ U<.L./~V e~,-""
4~' .f/ /./ / , .fi.... ),
I '{<i~l nUL-~"-; 0/76 20.&78 /ht0.L/~.t J7y //tJ~tJ).Y./[l
-
FISHERS ISLAND CONSERVANCY, INC.
BOX 553
FISHERS ISLAND. N.Y. 06390
November 26, 1986
~lell Survey
1.
!hw fL'--2I;~
Name:
2.
Location:
Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
4.
What company drilled the well?
(Please supply name and address.)
5.
Does a well log on any drilling data exist that you can make
available?
Yes
No
Yes
No
Exist
Available
6.
If you do not have a log but know the depth, please provide:
7.
Has the well been tested for pumping capacity?
Yes
No
Do you know gallons per minute?
Estimated usage;
August
Type of Pump:
gallons per
September
Regular
r.lonth:
June
July
Jet
8.
Was or has water been tested for salinity?
Yes
No
1-' '
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FISHERS ISLAND CONSERVANCY, INC.
BOX ll3
f"SHERS ISLAND, N,Y, 06390
November 26, 1986
~lell Survey
T ~ wP;:;
1.
" (
W I'r vv"fi'C-\ I r--)
b. R. W,...f.~..<~l.~ 1.
,,1-1- d
Name:
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
4.
What company drilled the well? (Please supply name and address.)
5. Does a well log on any drilling data exist that you can make
ava Hable?
Yes No Yes No
Exist Available
6. If you do not have a log but know the depth, please provide:
7.
8.
Has the well been tested for pumping capacity? Yes No
Do you know gallons per minute?
Estimated usage; gallons per month: June
August September
Type of Pump: Regular Jet
July
Was or has water been tested for salinity? Yes
No
1/'
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7.
8.
FISHERS ISLAND CONSERVANCY, INC.
BOX 553
FISHERS ISLAND, N.Y. 06390
November 26, 1986
v,ell Survey
l.
2.
Jc?/hV
71 ~>;E,e.,
Name:
3.
Location: Please indicate in relation to your house on attached
map.
In what month and year was your well dug or drilled?
')/Il II/fu--
4.
What company drilled the well? (Please supply name and address.)
5. Does a well log on any drilling data exist that you can make
available?
Yes No Yes No
Exist Available
6. If you do not have a log but know the depth, please provide:
Has the well been tested for pumping capacity? Yes No
Do you know gallons per minute?
Estimated usage; gallons per month: June July
August September
Type of Pump: Regular Jet
Was or has water been tested for salinity? Yes No
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-
FISHERS ISLAND CONSERVANCY, INC.
BOX SS3
FISHERS ISLAND. NY 06390
November 26, 1986
Well Survey
1.
'KoBUT
"b. Cftc-HOU~
Name:
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
:C- ~~~/&Ve:.- /N II~ 19~o s
4.
What company drilled the well? (Please supply name and address.)
7J~ N 'r " tV 0 (A.J
5.
Does a well log on any drilling data exist that you can make
available?
Yes
No
A
Yes
No
Exist
Available
6.
If you do not have a log but know the depth, please provide:
7JS~1 hN~W
7.
No 'K
Has the well been tested for pumping capacity? Yes
Do you know gallons per minute?
Estimated usage; gallons per
September
Regular
t:\onth: June
July
August
Type of Pump:
Jet
v
8.
Was or has water been tested for salin i ty? Yes t/ No
orvC-f V7~)
( IlW N .t- tP Ir? bE-/'!
liVe/f
f {) V2-
.-
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..
FISHERS ISLAND CONSERVANCY, INC.
BOX 55)
FISHERS ISLAND. N.Y. 06)90
November 26, 1986
~,ell Survey
C L.Av,"";'
~
0;)c-l~
1.
Name:
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
--
Uv....y
.
4.
What company drilled the well? (Please supply name and address.)
Sc/..,,~
5.
Does a well log on any drilling data exist that you can make
available?
Yes
No
Yes
No
Exist
~
Available
---.k
6.
If you do not have a log but know the depth, please provide:
Ln. \- -t-
7.
Has the well been tested for pumping capacity? Yes
No Iv
Do you know gallons per minute?
~
Estimated usage; gallons per month: June
August September
Type of Plli~p: Regular Jet
July
~
8.
y
Was or has water been tested for salinity? Yes
No
~'
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....
FISHERS ISLAND CONSERVANCY,INC.
BOX 553
fiSHERS ISLAND. NY 06390
November 26, 1986
Hell Survey
1.
C uSHI1 A/v
Name:
2.
Location:
Please indicate in relation to your house on attached
map.
r
3.
In what month and year was your well dug or drilled?
~~ ,,1:. rc"'~v,- ~e-/iJr{ I q "I,) hi .)0)" !bYJe::.
4.
What company drilled the well? (Please supply name and address.)
7
5. Does a well log on any drilling data exist that you can ma:-:e
available? /)
Yes lY Yes No
Exist Available
6. If you do not have a log but know the depth, please provide:
7.
No .........
Has the well been tested for pumping capacity? Yes
Do you know gallons per minute?
Estimated usage; gallons per nonth:
August 7:' September '0
Type of Punp: Regular
June 0
Y~i,/t7
Jet
Jul Y ::;
(?/ J
No /'
8.
Was or has water been tested for salinity? Yes
~..
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FISHERS JSLAND CONSERVANCY, INC.
BOX III
FISHERS ISLAND. NY 06390
November 26, 1986
~Jell Survey
1.
{(Ai
Name:
Gj)W,4.(l~ s
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
5 UJ T<~ B~fL
11:)7'\-
4.
What company drilled the well? (Please supply name and ac~ress.)
BClv7''''~ $-t!q"vlc...,s
5 .
Does a well log on any drilling data exist that you can ma~e
available?
Yes No Yes No
Exist X- Available -X
6. If you do not have a log but know the depth, please provice:
5 A "UoLCLv Wu.L.. ~' LSe.l<;v C-(Gb,,~i:>
,
7.
Has the well been tested for pumping capacity? Yes No )<
Do you know gallons per minute? :3 -5 D~~~\>IN(,..
Estimated usage; gallons per month: June /2..50 July 2.5e>eJ
August 2S'ot:J September 12.56
Type of Pump: Regular Jet S~~/..JJ-'" W~ ~&.,.
Was or has water been tested for salinity? Yes ~ No
8.
At-I-
~ 1-1.. .0 IN ; ,It f A..
-r4'~T5 rVT -
HAAt..-TN
0<1,
.LUt1 ~ -r s
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FISHERS ISLAND CONSERVANCY.INC.
BOX 553
FISHERS ISLAND. NY. 06390
November 26, 1986
Well Survey
1.
Name:
2.
Location: Please indicate in relation to your house
map.
3.
In what month and year was your well dug or drilled?
~S't-
4.
-
What company drilled the well? (Please supply name and address.)
Y. E>J2-.~
5.
Does a well log on any drilling data exist that you can make
available?
If you do not have a log but know the depth, please provide:
S3r~
Has the well been tested for pumping capacity? Yes No
Yes
No
Yes
4'
Exist
Available
6.
7.
Do you know gallons per minute?
J:J
G'?M
June "''2,..0
.
Estimated usage;
August V
Type of Pump:
gallons per nonth:
Septemb1 ../
Regular L
Jet
8.
Was or has water been tested for salinity? Yes
July
/'
NO~
./
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.
FISHERS ISLAND CONSERVANCY, INC.
BOX 55)
FISHERS ISLAND. N.Y. 06390
November 26, 1986
Well Survey
1. Name:
JOIfN
t.:!.. EVAN S'
2. Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was
your well dug or drilled?
Af- NOHol/ofo In" ?)
(Please supply name and address.)
4.
Mat'\. 7 Vi"' tMr .s-
f
What company
(,~ ckrs
<<'8 ~
drilled the well?
Unknown
5. Does a well log on any drilling data exist that you can ma~e
available?
Yes
No Yes
~ Available
No
V"
Exist
6 .
If you do not
AbolA f-
have a log but know the depth, please provide:
( ty('f'o)<'. Jfo fl. 1- w~ )
?S
'-e.:1-
.
7. Has the well been tested for pumping capacity? Yes No ~
Do you know gallons per minute? f~~..f fW'"'[> ~ ID Sa./ ~I;"
Estimated usage; gallons per month: June July
August September
Type of Pump: Regular
v
Jet
8.
r~ Not- rt!~el\
tON ~6../,~;f
Ht f' kil'o t\
,.....,
Was or has water been tested for salinity?
Yes
NoT'~ :
/d~ S~~.;.S' J'irs- i/.e. M!//
0.. cJc..7 ~r .G D.... t ~ 01.0..'7'$
FoIl sw,:......,.,~ ~o').. ~
Wo..&,
/n
-
2~ - h,ov..N
ell'\c:L fi..e~
(f., ,,,,,,,Jt.~ t'..^C~
~ no rrgble""S
1-.
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".,.,
FISHERS ISLAND CONSERVANCY,INC.
Boxm
FISHERS ISLAND. N.Y. 06390
November 26, 1986
Well Survey
1. Name: William A. Hall, III
2. Location: Please indicate in relation to your house on attached
map. See copy of map attached.
3. In what month and year was your well dug or drilled?
12/84
4. What company drilled the well? (Please supply name and address.)
LaFramboise Well Drilling, Rt. 193, P. O. Box 303, Thompson, CT
06277
5.
Does a well
available?
log on any drilling data
Pump Test Log - See Attached
Yes No
exist that you can make
Yes No
X
Exist
x
Available
6. If you do not have a log but know the depth, please provide:
7. Has the well been tested for pumping capacity? Yes X No
Do you know gallons per minute? 30
Estimated usage; gallons per I:\onth: June 40,000
August 80,000 September 40,000
Type of Pump: Regular X Jet
July 80,000
8. Was or has water been tested for salinity? Yes X No
/"
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laFramboise Well Drilling, Inc.
ROUTE 193, P.O. BOx 303 . THOMPSON, CONNECTICUT 06277 . (203) 923.95~3
.r' TEST LOG
'USTOMER: William Hall (Hall project)
DDRESS: . J01 Hiden Blvd. Newport News Va. 2J606
PAGE:
DATE: 12-14-84
OCA'rrON:
Hall Residence,
Fischers Island New York.
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SITE PLAN
'"Z Iv
- '?
<t' ::s
o
~:z:-
X wEu...
. sik
IFI.JNIS
CoulTS
DI',' IV~
l P: Goulds 25EL15 1.5 H.P..
IPE SIZE: q" SCH. 80 PVC
DEPTH:
80'
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/178 '.' .,'... \,., I,"fg.. I'} 9'"0
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3...... 75".1..- 0 _ '" . j~ /3 ~ ~'-.. ~3J 0>6, DD
5...... -/;J./"O.dO i(.8C.......t::J<J,,'--).~O~6t
5....... 3 .,I~... cJ <? d i ~o7" 0. dO. 31 '}j~
.~ 97~ Otld" .C~JA~r;~"c) 'f,i'J/~
't '7 :1.2....- b c.. 0 . _. '. . /tJ" 7 38';A d 0 .$j e~~ D6t
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11.1 77/...... o'd." _ .__ .ir1:7"'-1)' O~q...ll,~ _.
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7S; .3~~ 000 ~', gJ~()bo._1{i';!f'"
/~'l" . 11'B~ _..,1 'tSf
:r'A'" -1,187, eu._.." 7l1>, O".!J__._ 1, ~71, e~Cl
roLe - 1,1J"/000 . l/l':>~1 056 . "'!I ~o3) ~eo
f'fM. - :J.1()l1<~)'~oo_.. . IJ ~J~ 600 I, ~0~6eo
Aff< -2, 3~/j 000 ....~, tlt3) 00.0._ :2.'./c>IJ ooc:
.IJt\Prl- .s;5,,~ b~O. ___':t~oJ~ ~oo_ ..'1i ~ol.l e..,.
- ~,J€..- ~33..~_~__._.ZJ~:?u~O__. .1,,'2-~<-\)'"
~ _13,f5}, DC,o.. J1,/2-Sj_o(Oo._._ 3/ p78(oe
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SEt' - .s; .'b17; D o~ n. 1, [I ~ O:,o_SI ~~ oc
Qt.r - ~ 57b) OliO ~ hS.~ ~o~ u_~, '-to7 0
t/ov - 2, (' z.., ()~ ~ z(()~ ,0 c. _._~~.1~ 00
:De-c - I, ,'I ~ clOO ~,5(7) o(JO #.1 .33Q.,Ol
51, olf~_, clOo. &II ~3~ OO"O_____LtJ:33.J; OC
"7(
...~ ~S"'" OOb
~ 79..5:' oo~
3; ~-/o; t?'o
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Ii? .1.(
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10;4;1 t/ to~ do Q
I~GI.!lI~ _ -- ~ !as-;;/ ~ d
B(.I~Y ./J>S"'bS;'tJ#.tJ
14~~--_. L3..-~2-~::' (/d D
if~..t.:: -.---2- /.'{)./'1~.
c T-.---- 3/ 9-1e, (/0 a
foo -. --5:rJ.j,";J/ 4 ~D.
lJEe..... 3~7.:<.7-e;do
~. - _.7', '/DI,ooo
1'~~-~3:~~~0~o .
. . -.-..-'-- .-').-. 'J.. .____u..
I 'f-G.f':_._~ 76 7;C~_
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I..IJI!..~,-.. 2) 11 5'J .~rJ() .
I bi~)'_.~ ~.1.o) (JOe.
t ''''uAJ. S ~g~, "CoO
~\ -::lJ.-----.r "__'n. __ -
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FISHERS ISLAND CONSERVANCY, INC.
BOX 553
FISHERS ISLAND. NY 06390
November 26, 1986
\',ell Survey
1.
Name: CJJII~J..EJ a. r~,'?tit,;<.'"
2.
Location: Please indicate in relation to your house on attached
map,
3.
In what month and year was your well dug or drilled?
(' '4,)~'.
4.
What company drilled the well? (Please supply name and address.)
P eO i!> lIiV.y
By mE OWA.Jel( J...t~. c.;~I4#f. of N"eW/CN.C,!-.
, I
5.
Does a well log on any drilling data exist that you can make
available?
Yes
No
Yes
No
Exist
-$..
Available
6.
If you do not have a log but know the depth, please provide:
A t1P PO}!. ~~ I
,
7.
~o FA-tl.
No .M-1V~tf.~
';/llliA.l(;
5uPPt'c"l:'lJ! j::o/l. 5 holJk J9'1l
Has the well been tested for pumping capacity?
Yes
Do you know gallons per minute?
J~AS
B€t?1\I
Estimated usage; gallons per nonth: June
August VEA~ September pG.4'-
Type of Pump: Regular ~ Jet
July JC.4I<"
8 .
Was or has water been tested for salinity? Yes X No
(
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FISHERS ISLAND CONSERVANCY,INC.
BOX 553
FISHERS ISLAND. N.Y. 06390
November 26, 1986
Well Survey
1.
JoHN S. ~U(;ST
Name:
2.
Location: Please indicate in relation to your house on attached
map.
3.
In what month and year was your well dug or drilled?
4.
fu,;~ ~ WdIli lA.t JL i du. cJ r..J ~ 'flU
What company drilled the well? (Please supply name and address.)
7/1.k (~ r U~~
Does a well log on any rilling data exist that you can make
available?
5.
Yes No Yes No
Exist ./ Available
6. If you do not have a log but know the depth, please provide:
~~
7.
Has the well been tested for pumping capacity? Yes No
Do you know gallons per minute?
Estimated usage; gallons per month: June
August September
Type of Pump: Regular Jet
July
8.
Was or has water been tested for salinity?
./
No
Yes
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APPENDIX B
Recovery Test Calculations used to determine
the hydraulic conductivity of various sub-surface materials
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MTB> PRINT Cl-C5
~OW TIME DEPTH H-h H-h/H-Ho LOG
I 1 0 35.70 27.45 1. 00000 0.000000
2 2 33.30 25.05 0.91257 -0.039735
3 4 32.40 24.15 0.87978 -0.055625
4 6 31. 58 23.33 0.84991 -0.070628
I 5 8 30.70 22.45 0.81785 -0.087326
6 10 30.00 21. 75 0.79235 -0.101083
7 14 28.25 20.00 0.72860 -0.137512
I 1~ 16 27.50 19.25 0.70128 -0.154112
18 26.80 18.55 0.67577 -0.170198
20 26.05 17.80 0.64845 -0.188122
Lll 22 25.05 16.80 0.61202 -0.213233
B > REGRESS 'TIME' 1 'LOG'
~e regression equation is
ME = - 1.48 - 112 LOG ~+-'r,I1-l-\"u)
ledictor Coef Stdev t-ratio p
nstant -1.4785 0.4278 -3.46 0.007
G -111. 914 3.345 -33.46 0.000
1=0.7113 R-sq = 99.2% R-sq(adj) = 99.1%
Analysis of Variance
IoURCE DF SS MS F P
Regression 1 566.36 566.36 1119.55 0.000
Irror 9 4.55 0.51
otal 10 570.91
Unusual
t~.
Observations
LOG TIME
0.000 0.000
Fit Stdev.Fit
-1.478 0.428
Residual
1.478
st.Resid
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. denotes an
FB > NOTE
MTB > NOTE
II:B > NOTE
.'l'B > NOPAPER
obs. with
a large st. resid.
FISHERS ISLAND
FALLING HEAD TEST
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IB> NOTE FISHERS ISLAND
B > NOTE FALLING HEAD TEST
B > NOTE WELL 9
MTB>
rB> PRINT C1-C5
ROW TIME DEPTH H-h H-h/H-Ho LOG
1 1 0.0 59.330 46.000 1.00000 0.000000
2 0.5 57.670 44.340 0.96391 -0.015962
3 1.5 53.500 40.170 0.87326 -0.058856
1 4 2.0 50.080 36.750 0.79891 -0.097500
5 2.5 48.000 34.670 0.75370 -0.122804
6 4.0 46.000 32.670 0.71022 -0.148609
1 7 5.0 43.080 29.750 0.64674 -0.189271
8 5.5 36.920 23.590 0.51283 -0.290030
9 6.5 34.000 20.670 0.44935 -0.347417
110 7.0 33.170 19.840 0.43130 -0.365216
11 7.5 30.960 17.630 0.38326 -0.416506
12 10.5 25.625 12.295 0.26728 -0.573029
13 11. 5 24.250 10.920 0.23739 -0.624535
114 12.5 22.920 9.590 0.20848 -0.680939
15 13.5 21. 750 8.420 0.18304 -0.737446
16 14.5 20.710 7.380 0.16043 -0.794702
117 15.5 19.830 6.500 0.14130 -0.849845
18 16.5 19.000 5.670 0.12326 -0.909175
19 17.5 18.500 5.170 0.11239 -0.949267
IB> REGRESS C1 1 C5
e regression equation is
TIME = 0.506 - 17.7 LOG
(edictor Coef Stdev t-ratio p
Constant 0.5059 0.1560 3.24 0.005
r: 0.4023 -17.6706 0.2925 -60.41 0.000
R-sq = 99.5% R-sq(adj) = 99.5%
talysis of
SOURCE
Igression
ror
Total
Variance
DF
1
17
18
SS
590.54
2.75
593.29
MS
590.54
0.16
F
3648.84
p
0.000
lusua1 Observations
s. LOG TIME Fit Stdev.Fit Residual
6 -0.149 4.0000 3.1319 0.1237 0.8681
17 -0.189 5.0000 3.8504 0.1161 1.1496
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APPENDIX C
Laboratory analysis sheets from ground water and
surface water samples across the island
I I FIELD I \
FIELD NO. We \ \ -
I(!LBY c. O\SO'r.\.
NAME. NOT INITIALS
,.,
IDATECOL. \0 JU~ 8~
1/00
LAB NO.
TYPE SAMPLE
DATE REC'VD.
TIME REC'VD.
I TIME COL.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA1~~F WATER, SEWAGE,INDUSTRIAL WASTE
NAME OR FIRM (,;'("O",,,,61.~ ~ ""R'2~("'c..e5
I ADDRESSOR LOCATION We \ \ '2JF l
POINTOFCOLLECTION Fi'S~C2.~ "J:~\~& \.Jc~\~<\~ tUe\\5.
I REMARKS/INSTRUCTIONS
I
!!!a.. TEST mg.
TEST RESULT TEST RESULT liter / RESU L T liter
I CONDUCT umho ,X NITRATE.N - ; (0 COPPER
>< IX /:;
pH NITRITE ,010 IRON
TEST m.g. >< <::. . O~ X ./L/
RESU L T iiiOr AMMONIA-N MANGANESE
ph.AlKALINITY TKN CHROMIUM
I T. ALKALINITY X O.PO...p NICKEL
I ~ CHLORIDE t" . ZINC
~ J,'f-
fLUORIDE MAGNESIUM
I CYANIDE TOT. SOLIDS rx CALCIUM 3, I
SUS. SOLIDS LEAD
I X (",'-1 ,-.-,.'.
SULFATE DISS. SOLIDS CADMIUM
I MBAS SILVER
L)< {.9:
C.O.D. SODIUM
I T.O.C. t>< POTASSIUM (.'1
BARIUM
I W,Co5 ~'b~ ~ FIELD 0.0. ,~.;:;x
I \-\e\& "" ~ )( FIELD TEMP IS- J~ '5 /~ In \: OY\~,
I- r,* ...- ~ l>< FIELD pH &,3 \~ ~0c.. ~- -
"-
\:5'\W (1.~O "- >< 60
FielD CONDo umho
I 8204-1
38-JJ
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Lab No. TO- 6?F';2(;~
Field No. ~~~~*" \
Date \?; 'i\
~~ By J:8C~~
/.'J:J
SUFFOLK a:mn"i Rec'd at Lab 6/lj/r~
DEPl' OF HFAL'IH SERVICES Public Water I I
Private Water
PUBLIC HEAL'IH Other
u.ooRATORY Date Completed f'-\ "i -,,t t
Examined By u( ,11
, -
DMSIQIl OF MEDICAL IB:iAL INVESTIGATICNS & FORENSIC SCIENCES
TRACE ORGANIC ANALYSIS OF WATER
_G<oo~~ ~~'" Top ~o" We\\
Mdress We \ \ *\ Renarks r, ~~~ ""1:~\~
a. ~~\ ~\e.s
Ca11pJun:l
PID
ppb
306 vinyl chloride ......... {0~
305 methylene chloride ..... La '1
290 braroch1oronethane .....
323 1,1 dich1oroethane ..... '-0. '5
309 trans dich1oroethy1ene.. .LO. S
300 chlorofoDn .............
324 1,2 dich1oroethane .....
321 1,1,1 trichloroethane ..
, 304 carbon tetrachloride....
294 1 brcno 2 chloroethane..
LO.~
L{J, ~j
I ~
4_(> -,
<C}'j
. r, r-
.....1. )
405 1,2 dich1oropropane .... L[).c::.,
310 1,1,2 trichloroethylene. La.?
303 ch1orodibL\,.,.:Allethane ... L"J')
293 1,2 dibraooethane ...... /':) -;
420 2 brcno 1 chloropropane .:::-. ,
301 brcm::>form .............. <0 C;
311 tetrach1oroethy1ere .... L(). ,-)
308 cis dichloroethy1ene ... 0::0.:",
320 frec::n 113 ..~........... /(} ~;
292 dib.Lvt.....lletharle ......... / ( f ;
307 1,1 dichloroethy1ere ... /..0/;
302 brarodichlorcrnethane ... .,',' "
406 2,3 dich1oropropere .... '---'J,"i
407 cis dichloropropene .... l{), "
408 trans dich1oropropene .. Ln. '.
322 1,1,2 trichloroethane .. ':::.'~
" 409 1,1,1.2 tetrach1o'ethane J,
295 s-tetrach1oroethane ....r
433 1,2,3 trich1oropropare .
450 2,2 dich1oropropane .... _
451 1,3 dich1oropropane ....
452 2 ch1oroethy1viny1ether __
O::mpound
250 oonzere ....................
251 toluene .....................
258 chlorobenzene ..............
259 ethyIbenzene ...............
254o-xylere ...................
<0.':;-
L(). ')
,(1
LO.'"
L() .:;
252 m-xylene ...................
253.p-xylere ...................
255 . total: xylenes ..............
257 b~u~nzene ...............
LO.S
Ln.'
-
266 o-chloroto1uene
............
[1. ')
267 m-chlorotoluere ........ .....
268 p-chlorotoluene ............
265 total ch1oroto1uere ........
419 1,3.5 trimethylbenzene .....
418 1,2,4 trimethylbenzere .....
L.v. ')
L.[), ",
-
LlJ."i
Ir. ,:.:;
LJ.A _
415 m, p-<lichlorobenzene ........ (..1
412 o-dichlorobenzene .......... L\
432 p-diethylbenzene ........... LD,S
435 1,2,4,5 tetramethylbenzere . iO."i
437 1,2,4 trichlorobenzene ..... LI
438 1',2,3 trich10r0benzere ..... L\
600 ethenylbenzene (styrene) ... L \
601 1 methy1ethy1 benz'(cunene). LD.c)
602 n-propylbenzene ............ f.D ')
603 tert-butylbenzene .......... J..O, <')
604 sec-butylbenzene ........... Lll, <
605 isopropylto1uere(p-cymene) . ~.~'i
606 n-butylbenzene ............. L{V;
607 hexach1orobutadiere ........ L ,
I
(ll Lab II
I Field No.
(51) Date
Time
I Col. By
0688320
::;~~V'~
lillJ ; ~ l~OJl)
Rec'd in Lab ~ w"
Public Water
Private Water
Other J J
Date Completed " {2' l"t'l' Ie!J?H
I
I
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
I (3) Last Name
(4) Street No.
I (8) Community
Mailing Address
1(20) Pub
I (15) Distance to Farm
(30) Map Coordinates
I (31) Well Depth
I (57) Resample?
Last Result
PESTICIDE ANALYSIS OF WATER
Gp..ourJDWf'J T'ZZ
h~ H'! es LS fAN I)
(2) First
wJ1- f
(9) Street
I Sampling Point
Ncom
Priv I (14) District
ft. I (13) Section
I I (16) Block
ft. I (17) Lot
No _ I Remarks
I
Yes
Key R
I Owner
I
I
I (223) Aldicarb..................................~ I (431) Metham......................... .-
(425) Aldicarb Sulfoxide.........................:::..l- I (078) Nitrate...........................
I (426) AldicarbSulfone.........................~ I
(224) Carbofuran...............................2L I
I (427) 3-Hydroxycarbofuran................... ~ I
I (428) oxamyl...................................: i I
(429) Carbaryl.................................. I
1(554) 1-Naphthol.............................. <. 1 I
..~ t
(430) Methomyl................................ I
I
COMPOUND
PPB I
MG/L
tl.t152..101.6cb
I~
FIELDNO~e\\ - ~S
ICOLBY E. O\so~
(,:. NAME, NOT INITIALS
I DATE COL. \'"5 JUf\ 8~
\ '300
LAB NO. !ol~~ I
TYPE SAMPLE LvB L. [
DATE REC'VD. (p II.-?
, {/ to'
~~
TIME REC'VD.
I TIME COL.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA.\~F WATER, SEWAGE, INDUSTRIAL WASTE
NAME OR FIRM (,;'('O""",61~Q.: r ~e~~c.es
I ADDRESSOR LOCATION (;.JQ.\ \ - a~ -D~V\~a.~R_
POINTOFCOLLECTION _Fi15.~Q.~ ~~\~& \..,\oY\.\ C'\~ tUe\~
I REMARKS/INSTRUCTIONS .
I
!!!ll.:. TEST mQ.
TEST RESULT TEST RESULT liter RESULT liter
I CONDUCT umho IX NITRATE-N L. OS' COPPER
>< >< IS
pH NITRITE ,001 IRON
"- TEST m.g. X X ,/5
RESULT iller AMMONIA-N .c. 0.;< MANGANESE
".
I ph.ALKALlNITY TKN CHROMIUM
T. ALKALINITY >< O-POA.p NICKEL
I 1)( CHLORIDE lb. ZINC
>< )./
FLUORIDE MAGNESIUM
I ~ n
CYANIDE TOT. SOLIDS CALCIUM d--(O
SUS. SOLIDS LEAD
I X SULFATE -:t.O DISS. SOLIDS CADMIUM
I MBAS SILVER
~ I !
C.O.D. SODIUM l!:"~
I T.O.C. t>< POTASSIUM .q
BARIUM
I ~'w '\0."" 15(00 X (o,if . .~ O~ "" . I Q
FIELD D.O. II'---
I \-\e.\C .. '---..... ~ )< FIELD TEMP /4 8~~""-- / '3 s:rJra,a
-c,* /~ X 5::::;- '-....) J.h, ') 0
FIELD pH .-p(2., M~ "'-
-
trrVJ It, {n5 P< -::th umho I
FIELD CONDo
lB.JJ
I '204'1
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. TO-6 fifl,;J.7/
~~~d ~~~~i~ OJ.~
Time \ 00
, Col. By E.. O~O~
.y.'u.:)
Rec'd at Lab t!/; 3/~f'
Public Water' /
Private Water
Other
Dlte Calpleted '<>" \<;J(;'{
Examined By IT"-Jt..
SUFFOLK roJN1'Y
DEPl' OF HEAL'm SERVICES
PUBLICHFAL'nl
IABORAroRY
. -
DMSICN OF MEDICAL LOOAL INVESTIGATICNS , FORENSIC SCIENCES
'IRACE ORGANIC ANALYSIS OF WATER
_G<t:>u~~ ~g,le Top ~o" We\\
Mdress (0e...' \ - ~ S Remarks r, 5'Nz. ~ "'1': ~ \~
Y~\J\~ ka...~e. a. ~~\ ~\es
Cc:m);oorrl w:> Q:Inpourd w:>
306 vinyl chloride ......... ":'0.<;
305 methylene chloride ..... ~(', <,
290 braooch1ottmethare .....
323 1,1 dichloroethane ..... LO, ,-;
309 trans dichloroethy1ene.. ,',',;
300 chlorofoDn ............. LO.S
324 1,2 dich1oroethare ..... LQ. <
321 1,1,1 trichloroethane .. ,< 'I
304 carbco tetrachloride.... LO~;
294 1 brcm:> 2 chloroethane.. /-'2,.';
405 1,2 dich1oropropare ....
310 1,1,2 trichloroethylene.
303 ch1orodibLu,....llethane ...
293 1,2 dibramoethane ......
420 2 braro 1 chloropropane
301 b~form ..............
311 tetrachloroethylene ....
308 cis dichloroethylene ...
320 freon 113 .. " . . . . . . . . . . .
292 dibl.\.llouelhane .........
307 1,1 dichloroethylene ...
302 brarodichloranethane ...
406 2,3 dich1oropropene ....
407 cis dichloropropene ....
408 trans dichloropropene ..
322 1,1,2 trichloroethane ..
{..I),"1
4G.S
/(j','?J
/' -
Iv. ~}
~/I"~", j
./o.s
./D.'5
.to,S
.(0. r;
<0:0';
.:'.0/i
LO')
./0.-';
<:.r\",
Ln..-;
.-
'<'-,...:- 1
409 1,1,1,2 tetrachlo'ethane ./'),'~
295 s-tetrachloroethane .... "Ci '-,
433 1,2,3 trichloropropare . .:':"" ',',
450 2,2 dichloropropane .... /'..,.';
451 1,3 dichloropropane .... ' ~
452 2 ch1oroethy1vinylether
250 benzene .................... i~S
251 toluene.. ...... ...... ....... .t~5
258 chlorobenzene .............. i..\
259 ethylbenzene ."""""""..".."" LO, S
254o-xylene """...."...........
252 m-xylene "......"...".......
253.p-xylene "............".....
255.total xylenes ""..........." ~
257 b~~~nzene .".............
266 o-chloroto1uene ............ LO.S
267 m-chlorotoluene ........ ."... .(o~S
268 p-chloroto1uene ............ LO,<;
265 total chloroto1uere ........ _
419 1,3,5 trimethylbenzene ..... L~,~
418 1,2,4 trimethylbenzene ..... L.0."1
415 m,~ichlorobenzene ........ i.l
412 o-dichlorobenzene .......... L.\
432 p-diethylbenzene ........".. 'C,S
435 1,2,4,5 tetramethflbenzene . 40.S
4371,2,4 trichlorobenzene ..... ..:.1
438 1,2,3 trichlorobenzene ..... ..:.I
600 ethenylbenzene (styrene) ... .L. \
601 1 methflethyl benz'{CIJllene). to:;
602 n-propylbenzene .."....."... LtJ.S
603 tert-butylbenzere ....""..". LD.. Z;
604 sec-butyrbenzene .........." LO.S
605 isopropylto1uene(p-1::ymene) . '-0.'5
606 n-butylbenzene ............. Ln. '~;
607 hexachlorobutadiere ........ L..I
1 (1)Labll
1 Field No.
(51) Date
Time
Col.By
1
1
1
Rec'd in Lab
Public Water
Private Water
Other ~ ~
Date Completed (,,/ " S} I?r/lII:..
, ,
(..//3/ g g
1:d'D
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
(3) last Name
1 (4) Street No.
PESTICIDE ANALYSIS OF WATER
GRew r-J))W AY- (2) First W~L. - 2S
(9) Street JfSJlc; L '1;~N[)
I (8) Community
Mailing Address
I (20) Pub
(15) Distance to Farm
1 (30) Map Coordinates
1(31) Well Depth
(57) Resample? Yes
1 last Result
I Sampling Point
Ncom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
KeyR No_ I Remarks
I Owner
1
1 </
(223) Aldicarb..... .............................
1(425) Aldicarb Sulfoxide....................... L I
1(426) Aldicarb Sulfone....... .1............... L I
(224) Carbofuran...............................~ I
I. ~ I
(427) 3-Hydroxycarbofuran.... ,.............. I
(428) Oxamyl..................... .............~ I
1429) Carbaryl................................. ~ , I
<:'.1
1554) l-Naphthol............................... I
(430) Methomyl................................~ I
COMPOUND
PPB I
MG/L
I (431) Metham..........................
I (078) Nitrate...........................
I
I
1'.1112.. tOilIdt
I I FIELD I
FIELD NO. .lA')e~ \ \ - Q.. \:)
I COLBY c. 0\'50,,",
( ,.. NAME, NOT INITIALS
I DATE COL. J!:f Jl)~ 8~
I TIME COL. _\ c:S3f)
I LABORATORY I
LAB NO. (0 ~ -j(j)L-J
TYPE SAMPLE ~),JBLl
DATE REC'VD. U /!Lf
I {ltt
\
DATE COMPLETED (\", \~ t- .'
-"1' 1
TIME REC'VD.
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA:\~~F WATER, SEWAGE, INDUSTRIAL WASTE
NAMEORFIRM (,;'f'O~~61~o..: r '"Ke~("'c.e5
IADDRESSORLOCATION JAJe\\ - aD
POINTOFCOLLECTION Fi'S"'-e~ -:I:~\~& \Jo~\4ec-\~ tUe\ls.
I REMARKS/INSTRUCTIONS
I
ma, TEST mq.
TEST RESULT TEST RESULT liter RESULT liter
I CONDUCT umho )( NITRATE-N .c ; D!; COPPER
X >< J.D
pH NITRITE .003 IRON
It TEST m.g. >< ,c::. O~ X ,(PI
RESU L T iliOr AMMONIA-N MANGANESE
l-
I ph.AlKALINITY TKN CHROMIUM
T. ALKALINITY 5<: O-PO..p NICKEL
I ~ CHLORIDE ::;-ro ZINC
K tI.
FLUORIDE MAGNESIUM
I CYANIDE TOT. SOLIDS l>< CALCIUM ;J.D.
SUS. SOLIDS LEAD
I X SULFATE '1.'1 DISS. SOLlOS CADMIUM
I MBAS SILVER
IX :l),
C.O.D. SODIUM
I T.O.C. t>< POTASSIUM 3/.?'
BARIUM
I /' Ix FIELD D.O. 5-:-=t- l~" 0 I ~ ~ l"
I( !if) 1)< FIELI)'TEMP It? 'D\ y -.L . ^
1,>< (o,~ \ \' ---.)
FIELD pH
\:5TW -:1-,Lt~ ~ FIELD CONDo '~38umhO
I
8204-1
38.11
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
~Mr~
~~;dE' ~ -
~~ By ~:-~O'"
Rec'd at Lab
Public Water
Pri vate Water
Other
tate Catp1eted
Examined By (fC
SUFFOLJ< <XXJNIT
DEPl' OF HFALni SER\TICES
PUBUCHE'AL1H
LAOOAA'IORY
I.. ,<f- .511
b., (,,-'S'(
(l,I/
. -
OMSI<N OF MEDICAL [.EX;AL INVESTlGATI<NS , FORmSIC SCIENCES
'mACE O~C ANALYSIS OF WATER
Ncrne G~u~~r .~Q5oof~le Tap ~~O~ tA)e\\
Mdress (A)e\\ Q.,y ~ks F'\5""~ ~~\~
. a ~~\ ~\~
Cani:XJUnd
ppb
306 vinyl chloride .........
305 methylene chloride .....
290 braroch1oranethane .....
323 1,1 dich1oroethane .....
309 trans dich1oroethy1ene..
300 chloroform. .............
324 1,2 dich1oroethane .....
321 1,1,1 trichloroethane ..
304 carbon tetrachloride....
294 1 braro 2 chloroethane..
405 1,2 dich1oropropane ....
310 1,1,2 trichloroethylene.
303 ch1orodiln....II.Jlllethane ...
293 1,2 dibrcmoethane ......
420 2 braro 1 ch1oropropane
301 b~form ..............
311 tetrachloroethylene ....
308 cis dichloroethy1ene ...
320 freon 113 ..............
292 dibLUI(Aoothane .........
307 1,1 dich1oroethy1ene ...
302 broocxlichloronethane ...
406 2,3 dich1oropropene ....
407 cis dichloropropene ....
408 trans dich1oropropene ..
322 1,1,2 trichloroethane ..
ppb
L.n.')
I~). r;
LO. S
L:Q.f.)
~Q,:j
LO ,-)
.t'r) .~
," I
AV.l
{'f"J";
L,') ;j
1'".../ ';
.c(a,s
/'), ;
','- .-,
..c0_")
,/Fl '-J
Ln..:.
I." .-
/, ~
.
if", .:;
"
409 1,1,1,2 tetrach1o'ethane ,(0 "i
295 s-tetrachloroethane ....
433 1,2,3 tri,ch1oropropane .
4502,2 dich1oropropane ....
451 1,3 dich1oropropane ....
452 2 ch1oroethy1viny1ether
L..n.r.;
-"(Fi
,.(", ':-:
.A-_' j
/r_ :'~.
Q:n1pound
250 benzere ....................
251 toluene .............. .... ...
258 chlo~nzene ..............
259 ethyrbenzene ...............
254o-xylem ...................
~o.s
a
1..\
I
252 ~xylene ...................
253.p-xylene ...................
255 total xylenes ..............
257 b~u~nzene ...............
9
266 o-chloroto1uene
............
iO.'i
267 m-chloroto1uene ........ .-... LO.S
268 p-chloroto1uene ............ Ln, "i
265 total ch1oroto1uene ........
419 1,3,5 trimethylbenzene ..... Le.'1
418 1,2,4 trimethylbenzene ..... 5
415 m, ~ichlorobenzene ........ ~
412 o-dich1orobenzene .......... ~_I
432 p-diethylbenzene ........... a.
435 1,2,4,5 tetramethylbenzene. ~
4371,2,4 trlchlorobenzene ..... ....,
438 1',2,3 trich1orobe.lZene ..... ~
600 ethenylbenzene (styrene) ... L\
601 1 methy1ethy1 benz'(C\J1Iene). L').!'i
602 n-p~lbenzene ............ ,~,~
603 tert-butylbenzer:e .......... LU"
604 sec-butylbenzene ........... LO, .)'
605 isopropy1to1uene(p-cymere) . )o.S
606 n-butylbenzene :............ ~
607 rexach1orobutadlene ........ ~
I
(1) Lab II
IField No.
(51) Date
Time
ICol. By
0688339
(~~\~~\)
I -=, '?> 't")
~\f>~v--
Rec'd in Lab
Public Water
Private Water
Other
Date Completed
JUN 1 4 19BB
. I
(, I? <I f-E /?r v,.tI
I
I
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
13) Last Name
(4) Street No.
18) Community
Mailing Address
1l20) Pub
PESnCIDkYSIS OF WATER
b\O-.J ~ L.v ~ ~
(2) First
(9) Street
I Sampling Point -LA') P J \ - Q't;
Ncom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
Key R No_ I Remarks
I Owner
115) Distance to Farm
(30) Map Coordinates
131) Well Depth
(57) Resample? Yes
Lst Result
I
I
COMPOUND
PPB I
MG/L
LI
.223) Aldicarb.... ........ .... ..................
~425) AldicarbSulfoxide....................... L I
L/
1426) AldicarbSulfone........................ L I
(224) Carbofuran.......... ....................
14271 3-Hydroxycarbofuran................... L /
LI
_4281 Oxamyl...................................
.?I
. 429) Carbaryl. .................................
L I
1554) 1-Naphthol.............................. ~ I
(4301 Methomyl................................
I
I (431) Metham..........................
I (078) Nitrate...........................
I
I
I
I
I
I
I
-
tI.I1S2..1CV1kD
I I FIELD J ( j.LA~ORY I
FIELD NO. fA.e\ ( - '"3 LAB NO. ~ ~ _ - JI 1-)
I COL. BY c. O\SO'r.\. TYPE SAMPLE r jJrftL
(,. NAME. NOT INITIALS V Ct J z:-
I I CJ 8~ DATE REC'VD. !!.:J....
DATE COL. Ut'\ ~
TIME REC'VD.
I TIME COL. 13~ DATE COMPLETED r:t:6 V,r/
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMIN~\~F WATER, SEWAGE,INDUSTRIAL WASTE
NAME OR FIRM '('0,-,,,,& a.: r- ~e~("" 5
I ADDRESSOR LOCATION - "3
POINTOFCOLLECTION .Fi'S~<2.~ ~~ c:u--.&. \.Jc~\
I REMARKS/INSTRUCTIONS
I
I
I
I
I
I
I
I
I
I
I
I .2.4.1
.
(\~
tUe.\\~
!!!S.:. TEST !!!!l
TEST RESULT TEST RESULT liter RESULT lite,
CONDUCT umho )( NITRATE.N <::,,. OS COPPER .
pH >< NITRITE . <9oLj lX IRON 3.>(
TEST m.g. >< .03 ~ ,~&
RESULT me. AMMONIA-N MANGANESE
ph.AlKALINITY TKN CHROMIUM
T. ALKALINITY X Q.PO..p - NICKEL
~ CHLORIDE "?>O. ZINC
FLUORIDE ~ MAGNESIUM 2r~
CYANIDE TOT. SOLIDS ~ CALCIUM for~
SUS. SOLIDS LEAD
~ SULFATE H DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. IX SODIUM / -:J,
T.O.C. :x: POTASSIUM JIb
BARIUM -
l>< FIELD D.O. C ',q IQO () / U~
( \-\ern: 1')< FIELD TEMP I ~ ,
-r,* rx FIELD pH {1"lA.
.",.w \\.~O >< FIELD CONDo 14 0 umh.
J,8.1J
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. TO-b
Field No.
Date
Time
Col. By
3;30
Jlec'd at Lab ~/I"/ft
Public Water /
Private Water
Other
Date C01{>leted f.,-aQ-?1
Examined By JC e.\1
SUFFOLK CXXJtn'r
DEPl' OF HFAL'lH SERVICES
l'UBUCHEAL'lH
L\OOAA'lORY
, -
OMSICN OF MEOICl\L ux;AL INVESTIGATICNS , FORE2lSIC SCIENCES
'mACE O~C ANALYSIS OF WATER
....G..,"~~~,g.leT.. ~..... t.le\\
Mdress WQ'\ \- '?S IBnarks F"i ~ ~~\~
a ~~\ ~\~
ppb
ppb
Q:mpound
306 vinyl chloride .........
305 methylene chloride .....
290 braooch1OtOllethane .....
323 1,1 dichloroethane .....
309 trans dich1oroethylene..
..a,S
L() <;
-
to, <;
LO .:;
300 chloroform. ............. L('I";
324 1,2 dich10r0ethane ..... '0'<;
321 1,1,1 trichloroethane .. LO,S
304 carboo tetrachloride.... "I). <;
294 1 brtm) 2 chloroethane.. in.':;
405 1,2 dich10c0propane .... L r, <;
310 1,1,2 trichloroethylene. ,r;,.,
303 ch1orodit...........aethare ... Ln.<;
293 1,2 dibraDJethane ...... ",J,
420 2 braoo 1 chloropropane "-0, <)
301 brtllOfODl .............. L().~
311 tetrachloroethylene .... if). '"
308 cis dichloroethylene ... In. r;
320 freon 113 .............. J('11
292 dibJ.ulOoethane ......... /t)~
307 1,1 dichloroethy lene ... La .s
302 braJOdichloranethane ... La':;
406 2,3 dich10c0propene .... <0 S
407 cis dichloropropene .... 4-1. "
408 trans dichloropropene .. .t r, "i
322 1,1,2 trichloroethane.. .t" r:-;
409 1,1,1,2 tetrach1o'ethane .(0,,)
295 s-tetrachloroethane .... L.n. ')
433 1,2,3 trich1oropropane . .1.-0. '5
450 2,2 dichloropropane .... .to.')
451 1,3 dichloropropane .... ,/r) C;
452 2 ch1oroethylvinylether Ln,-l
Q:Jupound
250 benzene .................... 40,~
251 toluene .............. ."..... ca..
258 chlo~ene .............. il
259 ethylbenzene ............... LO~
254o-xylene ...................
252 m-xylene ...................
253.p-xylene ...................
2S5 . total xylenes .............. Q
257 b~YWUbenzene ...............
266 o-chlorotoluene ............ LO. ")
267 m-chlorotoluene ........ .'... (() "
268 p-chlorotoluene ............ lO.'\
265 total chlorotoluene ........
419 1,3,5 trimethy1benzene ..... ~
418 1,2,4 trimethylbenzene ..... --L-
415 m, ~ichlorobenzene ........ L'
412 o-dichlorobenzene .......... L \
432 p-diethy1benzene ........... I
435 1,2,4,5 tetnl1lethylbenzene. I,) ~
437 1,2,4 trichlorobenzene ..... LI
438 1.,2,3 trichlorobellzene ..... d
600 etheny1benzene (styrene) ... .d
601 1 methylethyl benz' (C\JIlene). $.':;
602 n-propylbenzene ............ L() ~
603 tert-buty1benzene. .......... In ,C;
604 sec-butylbenzene .............. .:'....) Z;
605 isopropyltoluene(p-cymene) . //,,'1
606 n-butylbenzene ............... Ln,"]
607 hexachlorcbutadiene ........ d--
1 0688430
(II"'" i
I~D: 1i~~
1 Col. By """"-
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
Rec'd in Lab
Public Water
Private Water
Other ~
Date Completed W
JUN j 5 198u
1ll-f1C.
1
I
PESTICIDE ANALYSIS OF WATER
6Yn0~~
(2) First
13) Last Name
(4) Street No.
18) Community
Mailing Address
120)
(9) Street
I Sampling Point
GpG-~
.
Pub
.15) Distance to Farm
!lr30) Map Coordinates
131) Well Depth
(57) Resample? Yes
Iwt Result
NCom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
Key R No_ I Remarks
I Owner
I
1 LI _
.1223) Aldicarb.................................. I (431) Metham..........................
-'425) A1dicarb Sulfoxide.. .. . .. .. .. .. . .. .. . .... L' I (078) Nitrate........................... -
1426} Aldicarb Sulfone.. .. .. . .. .. .. .. .. .. .. .. . ~ ~ I
(224) Carbofuran.............................. I
~27) 3-Hydroxycarbofuran... ~ ... ... . .. ..... L I I
.428) Oxamyl....... ....... ............. ........21 I
~29) Carbaryl.................................~ I
<::.1
f54) 1-Naphthol.............................. L I I
(430) Methomyl................................ I
I
COMPOUND
PPB I
MG/L
.'.1152..'1VI6cb
I TIME COL.
n: \S""
DATE COMPLETED
I I FIELD I \ \- 4
FIELD NO. lAP
I COLBY E. O\SO~
(. N~<3ITIALS
I DATE COL. J U'" 8~
LAB NO.
TYPE SAMPLE
DATE RECVD.
TIME RECVD.
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL XAMINA\~F WATER. SEWAGE,INDUSTRIAL WASTE
NAME OR FIRM 't"O~~ r '"Ke~('" 5
I ADDRESS OR LOCA nON e-
POINT OF COLLECTION F i OS ~e~
I REMARKS/lNSTRUCnONS
I
I
I
I
I
I
I
I
I
I
I
I 8204.1
-:r:~ ~&.
\)0,,\
.
(\~
tUe\l5.
mo. ~
TEST RESULT TEST RESULT liter TEST RESULT lite,
CONDUCT umho X. NITRATE.N ~.OS COPPER --
pH X NITRITE . 00'6 >< IRON ,0
I.- TEST m.g, >< .O:;t X ,j.,
RESULT titer AMMONIA-N MANGANESE
I'-
ph. ALKALINITY TKN CHROMIUM
T, ALKALINITY X a.po. .p NICKEL
~ CHLORIDE ~:l ZINC
FLUORIDE K MAGNESIUM .2/1
CYANIDE TOT. SOLIDS l>< CALCIUM (p,5"
SUS. SOLIDS LEAD
X SULFATE \3. DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. X SODIUM 11./,
T.O,C. ~ POTASSIUM 2.3
BARIUM
>< FIELD D.O. A. Lj [)I)JNoo. ImP/ :j lr\~
\-\e\& )<! \4OC' I .
I FIELD TEMP
- C,,* X FIELD pH lnot.1
'15\W (O,'S~ >< FIELD COND, I'~ umho
38.))
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
':3: .iO
Rec'd at ~ 6/1.i"/g-t
Public Water I '
Private Water
Other
Dlte OJmpleted G. ..:l HI'
Examined By J'c (!,V
SUFFOLK CXllN1Y
DEPl' CE HEALnf SERlTICES
l'U8LICHFALnf
IAOORA'lORY
. .
DMSICN Cl' MEDICAL LEXiAL INVESTIGATICNS & roRENSIC SCIDlCES
nw:E OlQNIC ANALYSIS OF WATER
_G<<>,,--&~ ~~IeTop ~" tJe\\
hMressJ}JpJJ -1. Remarks r=-\~~~ '"1:~\~
a. ~~\ ~\es
O:mp:lund
.306 vinyl chloride .........
305 methylene chloride .....
290 ):,L.......d11oraoethane .....
323 1,1 dichloroethane .....
309 trans dich1oroethy1ene..
300 ch1o~foDD .............
324 1,2 dich1oroethane .....
321 1,1,1 trichloroethane ..
304 carbcn tetrachloride....
294 1 braJr:) 2 chloroethane..
405 1,2 dich1oropropane ....
310 1,1,2 trichloroethylene.
303 ch1orodilA.........llethane ...
293 1,2 dibromoethane ......
420 2 brcm:> 1 chloropropane
~
<:()."i
.lO <;
La, <;
La. <;
~,<;
.l() 0:;
.(0.<;
L.c,.'1
Lo.<;
L'),<;
L()~ ")
-'<1\ ~
L,:).';;
/r, ~
~ ,
301 btODOfom .............. L.o.1::)
311 tetrachloroethylene .... La, "i
308 cis dichloroethy1ene ... Ln.~
320 freon 113 .............. L(), C)
292 dibLo..aUlethane ......... L (J :<;
307 1,1 dich1oroethylene ... t.o <;
302 branodichloranethane ... .lf1 ~
406 2,3 dich1oropropene .... LO .')
407 cis dichloropropene .... '0 <;
408 trans dichloropr;opene .. ~
322 1,1,2 trichloroethane .. ~
409 1,1,1,2 tetrach1o'ethane
295 s-tetrachloroethane ....
433 1,2,3 trich1oropropane .
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 ch1oroethy1vinylether
l..').5
LO.S
LO."'i
La.')
.l~.r;
LJ1."i
415 m,p-dichlorobenzene ........ d
412 o-dichlorobenzene .......... LI
432 p-diethylbenzene ........... / f) . '"
435 1,2,4,5 tetramethylbenzene . o.~
437 1,2,4 trichlorobenzene ..... LI
438 1',2,3 trichlorobenzene ..... l.1
600 ethenylbenzene (styrene) ... L I
601 1 methy1ethy1 benz'(C\IIIene). ill ')
602 O1P~lbenzene ............ <~.~
603 tert-butylbenzene .......... Ln.'::;
604 sec-butylbenzene ........... ./0."1
~
250 benzene ....................
251 toluene .............. .... ...
258 chlo~ene ..............
259 ethyIbenzene ...............
254o-xylene ...................
252 m-xylene ...................
253.p-xylene ...................
255 total- xylenes ..............
257 b~uu)benzene ...............
266 o-chlorotoluene ............
267 m-chlorotoluene .........'...
268 p-chlorotoluene ............
265 total ch1oroto1uene ........
419 1,3,5 trimethylbenzene .....
418 1,2,4 trimethylbenzene .....
~
'"'0.$
,",o.S
<I
<:o.s
J
<0.5'
<'0 S
.t () ')
LO,)
I
605 isopropy1to1uene(p-cymene) . Ln."')
606 n-butylbenzene ............. Le.S
607 hexach1orobutadiere ........ ~
I .
(1) Lab II 0688428
rid ~ -I-~
"'~eDate t (S
r.BY o or-
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
- . ~ .
.. ".
Rec'd in Lab
Public Water
Private Water
Other I ~
Date Completed r;, /2<:f /. fjI- ~C..R J.I
JUN 1 5 1988
I
I
. PEJDE ANALYjS OF WATER
(?)..r-o U \ ,:) ~Sl-Qr
(2) First
r) Last Name
(4) Street No.
I) Community
ialling Address
0) Pub
'5) Distance to Farm
?i0) Map Coordinates
11) Well Depth
Ji71 Resample?
Lt Result
(9) Street
I Sampling Point -lA .)2. t t ..- t;'
Ncom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
Key R No_ I Remarks
I Owner
Yes
I
I
f23) A1dicarb.................................. L I
'251 A1dicarb Sulfoxide.... .... .. .. .. '" .. .... < I
126) A1dicarb Sulfone.. . .. . ... .. .. .. . .. .. .... ~ j
(224) Carbofuran .......... ...... ..... .........
127) 3-Hydroxycarbofuran... _ .. .. .. .. .. .... <:. 1
~28) Oxamyl.... .............................. ~ :
'29) Carbaryl............. ....................
, ~ 1
154) 1-Naphthol.............................. < 1
(4301 Methomyl. ............... ................
I
COMPOUND
PPB I
MG/L
I (431) Metham..........................
I (078) Nitrate...........................
I
I
-----
I
I
I
I
I
1.-11D..,nk&!
I IF~ lit-/'
FIELD NO. . ',,) 0./ Q.
ICOLBY E.O\60~
C' NAM~OT INITIALS
I DATE COL. .~ JIJ~ 8~
lLt IS-
TYPE SAMPLE
to, LABORATORY Y
. - (D- .
LAB NO. _ ../
(,)8 !.J
DATE REC'VD. L; /10,
(lflll
b\'1IY<i1p
TIME REC'VD.
I TIME COL.
DATE COMPLETED
I .
NAME OR FIRM
I ADDRESS OR LOCATION
POINT OF COLLECTION
I REMARKS/INSTRUCTIONS
~&.
I
I
I
I
I
I
I
I
I
I
I
I 8204.1
mo. TEST mo.
TEST RESULT TEST RESULT liter RESULT liter
CONDUCT umho X NITRATE.N ..c . Co::: COPPER
pH >< NITRITE .003 >< IRON /,S-
m.g. X .03 X ,50
,,- TEST RESULT iller AMMONIA.N MANGANESE
~
ph. ALKALINITY TKN CHROMIUM
T. ALKALINITY X O.PO...p - NICKEL
)( CHLORIDE d-.S ZINC
FLUORIDE X MAGNESIUM c;,
CYANIDE TOT. SOLIDS >< CALCIUM /4,
SUS. SOLIDS LEAD
r,>< SULFATE :i,1o DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. X SODI UM P5.
T.O.C. t>< POTASSIUM ).>(
BARIUM I
X FIELD 0.0. ?fo ~nO /'-7 ~v-:-~
\-\e\& )< FIELD TEMP 1-::,.- -;=;lfIAo....\ \ ~ ~uV>......
~ ~ c.,* X ~.f) '-..J
FIELD pH
\:5TW (O,~ P< FIELD CONDo r5'?; umho
38.11
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. TO-
Field No
Date
Time
Col. By
SUFFOLK <:x:xJNN
DEPl' OF HEAL'll! SERVICES
Rec'd at Lab "-1</-/0-1
Public Water
Pri vate Water
Other
Date Calpleted f,-\(,,-W
Examined By ~C M
PUBUC HFAL'llI
IAOORATORY
" .
DMSIrn OF MEDICAL LffiAL INVESTIGATIrn8 , FORENSIC SCIFN::ES
TRACE ORGANIC ANALYSIS OF WATER
_G<o,,~~ ~g,le Top ~"" lVe\\
Mdress If) e\ \ - ~ llemarks F"i ~"" ~ -:L ~ \~
, a. ~~\ ~\es
CCInp:lurrl
p{D
ppb
306 vinyl chloride ......... .:0 C,
305 methylene chloride ..... 10. S
290 t.Lu.....l11oranethare .....
323 1,1 dichloroethane ..... LO.'S
309 trans dichloroethylene.. Ie., '.,
300 chlorofoon ............. LG ~
324 1,2 dichloroethare ..... /c ')
321 1,1,1 trichloroethane .. /(;.')
304 carbcn tetrachloride.... I C.
294 1 brano 2 chloroethane.. ,~" I
405 1,2 dichloropropane ....
310 1,1,2 trichloroethylene.
303 chlorodiLLulo.lElthane ...
293 1,2 dibraroethane ......
420 2 brano 1 chloropropane ,
iC '"":;
.0-"..,' ~
: r- .-:
r
301 bromoform ..............
311 tetrachloroethylene ....
308 cis dichloroethy1ene ...
320 freon 113 ..~...........
292 dibu..uotethane ......... . I
':"1", ~
....,
"
307 1,1 dichloroethy1ene ...
302 braocxHchloranethane ...
406 2,3 dichloropropene ....
407 cis dichloropropene ....
408 trans dichloropropene ..
322 1,1,2 trichloroethane ..
409 1,1,1,2 tetrachlo'ethane LO'-'
295 s-tetrachloroethane .... /','
433 1,2,3 trichloropropane . ,(
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 chloroethylvinylether
O::inp')und
250 benzem .................... <'0."5
251 toluene ..................... ~
258 chlorobenzene .............. L.\
259 ethylbenzene ............... :t,
254o-xylene ...................
252 ~xylene ...................
253.p-xylene ...................
255 ,total xylenes ..............
257 b4Uudbenzene ...............
\9
266 o-chlorotoluene
............
La.')
267 m-chlorotoluene ........ ."... .La. ':J
268 p-chlorotoluene ............ "0. ')
265 total chlorotoluene ........ _
419 1,3,5 trimethylbenzene ..... LO.S
418 1,2,4 trimethylbenzene ..... .~
415 m, ~ichlorobenzene ........
412 o-dichlorobenzene ..........
432 ~iethylbenzene ...........
435 1,2,4,5 tetramethylbenzene .
437 1,2,4 trichlorobenzene .....
Ll
L\
D.?:
0.'\
<I
438 1,2,3 trich10r0benzene ..... L \
600 ethenylbenzene (styrene) ... i \
601 1 methy1ethyl benz'(cunene). 10')
602 n-propylbenzene ............ La, S
603 tert-butylbenzem .......... LQ, S
604 sec-butylbenzene ........... LIJ, S
605 isopropyltoluene(p-cymene) . LO,S
606 n-butylbenzene ............. L>0,S
607 hexachlorobutadiene ........ "I
. . 0688338
~11 Lab # .
~O:7~
Col.By -, \
I
I
I
JUN i 1; '1330
Rec'd in Lab
Public Water
Private Water
Other -d-,-\ rtt-
Date Completed -=zw ~j' f(.{' U1-
4.'Z[)
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
() Last Name
4) Street No.
r) Community
Mailing Address
.0)
P~~CIDE ArALYSIS OF WATER
e\(7JU~W~-V-:.(
(9) Street
(2) First
I Sampling Point _(:J~ ~ --- (S
Ncom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
KeyR No_ I Remarks
I Owner
Pub
.15) Distance to Farm
~O) Map Coordinates
f1) Well Depth
(57) Resample? Yes
last Result
I
I LI
-'223) Aldicarb........... ....... .............. "7T
~25) A1dicarb Sulfoxide............ ...... .....
r26) Aldicarb Sulfone. .. .. .. .. ... .. . ... .. .... ~ ,L I
'224) Carbofuran.............................. I
.27) 3-Hydroxycarbofuran................... L ,
L l
.j428) oxamyl..............................:... L 1
1429) Carbaryl........ ......................... .
Ll
.554) 1-Naphthol..................... .........
"430) Methomyl................................ L \
COMPOUND
PPB I
MG/L
I (431) Metham..........................
I (078) Nitrate...........................
I
I
I
I
I
I
11-1152_''''''
I I FIELD] , I LABORATORY
FIELD NO. wfA \- (0 LAB NO. {p - //0
ICOLBY c. O\so~ TYPESAMPLE J;..Jf?t..L
r" NAME. N~INITIALS ~ Ct, I
I" J ~ \ 0 DATE REC'VD. 10
DATE COL. . ,.)uUr'\O f}"d
TIME REC'VD. ' V'
I TIME COL. ld- ~ DATECOMPLETED ~t.'\~~/r'
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA\~F WATER, SEWAGE,INDUSTRIAL WASTE
NAME OR FIRM '(O~~61 Q.:: r ~("" ::)
I ADDRESS OR LOCATION -
POINTOFCOLLECTION _F i'S~e~ -:I:~ cu-..& - \.,Ao,,\ r\~ tUe.\~~
I REMARKS/lNSTRUCTIONS
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
3:30
llec'd at Lab 11/5/ J?t'
Public Water I ,
Pri vate Water
Other
Date Completed {o-~\-ir
Examine:1 By v'- f'l\/
DMSICN CE MEDIcAL WiAL INVESTIGATICNS , FORE1>lSIC SCID'<lCES
TRACE ORGANIC ANALYSIS OF WATER
Lab No. '10-6;-%351
=d~~
Col. By :
SUFFOLK <XlJNl'Y
llEPl' CE HEAL'IH SER\1ICfS
PUBUC HEAL'IH
LAOOAATORY
_G~~~ ~e.le Top ~o" We\\
Mdress \A)<2.- -(p leMrks F"i 5\...2. ~ -:L ~ \~
a ~~\ ~\~
Ca\l{XlUOO
306 vinyl chloride .........
305 methylene chloride .....
290 bLc.mx:hlomnethane .....
323 1,1 dichloroethane .....
309 trans dich1oroethy1ene..
300 ch1o~fona .............
324 1,2 dichloroethane .....
321 1,1,1 trichloroethane ..
304 carboo tetrachloride....
294 1 bratO 2 chloroethane..
40S 1,2 dichloropropane ....
310 1,1,2 trichloroethylene.
303 chlorodil:t..c.lOllethane ...
293 1,2 dibromcethane ......
420 2 bratO 1 chloropropane
301 bvomof~ ..............
311 tetrachloroethylene ....
308 cis dichloroethylene ...
320 freon 113 ..............
292 dibLU..:lllethane .........
307 1,1 dichloroethylene ...
302 braaodichloranethane ...
406 2,3 dich10r0propene ....
407 cis dichloropropene ....
408 trans dichloropr.opene ..
322 1,1,2 trichloroethane ..
409 1,1,1,2 tetrachlo'ethane
295 s-tetrachloroethane ....
433 1,2,3 trichloropropane .
450 2,2 dichloropropane ....
451 1,3 dich1oropropane ....
452 2 ch1oroethylvinylether
ppb
.(().<,
4().'1
LO.<i
.LOI~
Lo. "
iv. ')
I
LO.S
.i(j,~
.{;)-.:::
'::.n t;
I().<';
.t/). ')
<(D.C;
LQ.5
L.(). S
La.S
.LO. "i
L0.<)
.(o.S
L.(),"i
in ')
If), ;=;
Ln. "
LO. -)
.(6.S
-'O,S
LQ,C;
L:lS
LO.t:;
AJS
~
2.50 I:>erlzeoo ....................
251 toluene .............. ,'.. .. .
258 chlo~nzene ..............
259 ethylbenzene ...............
254o-xylene ...................
252 m-xylene ...................
253.p-xylene ...................
255 . total- xyle,nes ..............
257 b~u~nzene ...............
266 o-chlorotoluene ............
267 m-chlorotoluene ........ .....
268 p-chlorotoluene ............
265 total chlorotoluene ........
419 1,3,5 trimethylbenzene .....
418 1,2,4 trimethylbenzene .....
415 m,p-dichlo~zene ........
412 ~ichlorobenzene ..........
432 ~iethylbenzene ...........
435 1,2,4,5 tetramethylbenzene .
437 1,2,4 trichlorobenzene .....
ppb
J.
:;,
<\
"'-0.$
.3
<'
<.0, ...
iOe:;
l(). C,
-
LO.S
D,g
,(1
LI
La.r,
LQ,':;
LI
438 1',2,3 trichlorobenzene ..... d
600 ethenylbenzene (styrene) ... LI
601 1 methylethyl benz' (CI.IllenB). L"lS
602 n-propylbenzene ............ Lo. S
603 tert-butylbenzene .......... LO. S
604 sec-butylbenzene ........... L.oS
605 isoprowltoluene(p-cymene) . Lo.'S
606 n-butylbenzene ............. LO.6
607 hexachlorobutadiene ........ 4-
1 ~ ~STICIDE ANALYSIS OF WATER
II3ILul.....~ 6mu~~12IR'"
(4) Street No. (9) Street
1 (8) Community 1 Sampling Point ~en - Co
Mailing Address
1(20) Pub Ncom Priv 1 (14) District
(15) Distance 10 Farm ft. 1 (13) Section
1 (30) Map Coordinates
1 1 1 (16) Block
1(31) Well Depth ft. 1 (17) Lot
(57) Resample? Yes Key R No_ 1 Remarks
1 Last Result 1 Owner
1
(1) Lab II
1 Field No.
(51) Date
Time
Col. By
1
1
0688429
I..)e \I - (p
~%r~
JUN 1 5 1'1&8
Rec'd in Lab
Public Water
Private Water
Other
Date Completed
,I, hz It,. ili
.
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES .
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
1
1
.(223) Aldicarb.................................. L I
~425) Aldicarb Sulfoxide. '" .. .. .. . .. .. .... . ... <: I
. ~ I
1426) Aldlcarb Sulfone....................... "2:-11
(224) Carbofuran.............................. 1
I . ~ J
427) 3-Hydroxycarbofuran................... -L- I
.428) oxamyl.................................": 1 1
~429) Carbaryl......... ........................ ~ 1
, L ,
1554) 1-Naphthol................. ............. L. 1 I
(430) Methomyl................................ I
1
COMPOUND
PPB 1
MG/L
1 (431) Metham..........................
1 (078) Nitrate...........................
1I.1U2,,1Q.11k11
I I FIELD I
FIELD NO. LUe \ \- 8'
I COLBY E. O\SO~
(, NAME. NOT INITIALS
I DATE COL. \3 JUV'\ 8~
\ 'Z>~
LAB NO. d ~A~~
TYPE SAMPLE (JL)cj U
&
TIME REC'VD.
DATE REC'VD.
I TIME COL.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I . CHEMICAL~XAMINAX~~F WATER, SEWAGE,INDUSTRIAL WASTE
NAME OR FIRM (,;'f"O'-'V\.61~C1.= r 'Re~(""'c.es
I ADDRESS OR LOCATION I Je \ \ - 'X Go \ s:; C o<J ~
POINT OF COLLECTION \ & . .,,\".\e '"'~
I REMARKS/INSTRUCTIONS
I
I
I
I
I
I
I
I
I
I
I
I .204-1
!!!lL. TEST !!!!L.
TEST RESULT TEST RESULT liter RESULT lite,
CONDUCT umho X NITRATE.N /.,;< COPPER
pH X NITRITE . 'a I ~ IRON 1.1
TEST m.g. X ~ D;3 lX ,::x
( RESULT iii8r AMMONIA-N MANGANESE
ph.AlKALINITY TKN CHROMIUM
T. ALKALINITY X O-POA-P - NICKEL
)( CHLORIDE f?J. . ZINC
FLUORIDE >< MAGNESIUM ). I
CYANIDE TOT. SOLIDS >< CALCIUM lr~
SUS. SOLIDS LEAD
X SULFATE ff7-. DISS. SOllOS CADMIUM
MBAS SILVER
C.O.D. X SODIUM 1,1 X/[):.
T.O.C. ~ POTASSIUM ~ V
~'-..-
BARIUM
>< FIELD D.O. d...VJ I~ ~
( . \-\e.\& ~/ )< FIELD TEMP \~ ffi"2~\ "d{,
- (',,* ./ "\ >< FielD pH -::t'O I-Pu~v ~ 19.n 0,0...\ /4
\:5\\.0 ~,:J.~ >< ~-:f~mho I v I
FIELD CONDo
38.11
.
.
.
.
.
.
.
.
.
.
.
.
.
,.
I
.
I
I
I
Lab No. '1'0-6 rS..zG ~
Field No. !.0 \ -
Date \'0
Time \ r~
Col. By E 6\-!.o~
'1ft)
Rec'd at Lab ~/;rl"e'
Public Water
Private Water
Other
D1te Canpleted (,-\S-W
Examined By ;rc.. sL
SUFFOLK <XllNl'Y
DEFT OF HEALllI SERVICES
PUBLIC HE'ALllI
lABORATORY
. ,
DIVISICN OF MEDICAL [B;AL INVESTIGATICNS , roRmSIC SCIENCES
TRACE OR:iANIC ANALYSIS 01' WATER
NaneGV'Oo~U)O...~r ~Q500(C,le Tap ~~o" (,Je\\
-.~ We' \ -S ~it ri~~F'd~\-.Q.
6,:) \ 5:; Cou ,~e W!l~ <'.5; \ '1 a. ~~\ ~\es
Canp:luOO ppb ~ ppb
306 vinyl chloride ......... ~D.S
305 methylene chloride ..... L':) 'S
290 braooch1or:crnethane .....
323 1,1 dichloroethane ..... ie: ')
309 trans dich1oroethy1ene.. .:::c";
300 chlorofonm ............. ~',~
324 1,2 dich1oroethane ..... .i-, ,:;
321 1,1,1 trichloroethane .. ~'-. ';
304 carbcn tetrachloride.... L[, '''',
294 1 braro 2 chloroethane.. .,'1'.,'1
405 1,2 dich1oropropare .... ..(0, S
310 1,1,2 trichloroethylene. Ln,S
303 ch1orodikullolllethane ... / n. "i
293 1,2 dibraooethane ...... Le. '5
420 2 braro 1 chloropropane /0 .:;'
301 b~form .............. Ln.~
311 tetrach10r0ethylere .... .In,'::;
308 cis dichloroethylene ... Ln '"
320'freon 113 .............. ~;;c,
. .
292 dlb~uw:::alllethane ......... .4 (" '1
307 1,1 dichloroethylene ... .10 'J
302 braoodichloranethane ... .. c. .~
406 2,3 dich1oropropere .... lO.'5
407 cis dichloropropene .... L.0. .)
408 trans dichloropropene .. Lf1 '-,
322 1,1,2 trichloroethane .. b, '1
409 1,1,1,2 tetrach1o'ethane ':("'.1
295 s-tetrachloroethane .... ..(~, '1
433 1,2,3 trich1oropropane . L.C.'
450 2,2 dichloropropane .... Lr:
451 1,3 dichloropropane .... .f
452 2 chloroethylvinylether __,
250 t:>enzere ....................
251 toluene .............. .-.. ...
258 chlo~nzene ..............
259 ethylbenzene ...............
254o-xylene ...................
40.'5
.3
il
LO.S
252 m-xylene ...................
253.p-xylene ................... -
255 ,total- xylenes .............. ~
257 b1.uu::benzene ............... _
266 o-chloroto1uene ............ LO.S
267 m-chloroto1uere ............. ~O. ')
268 p-chlorotoluene ............ Ln, S
265 total chloroto1uene ........
419 1,3,5 trimethylbenzene ..... ~
418 1,2,4 trimethylbenzere ..... ~
415 m,~ichlorobenzere ........ .<..1
412 o-dichlorobenzere .......... "- \
432 p-diethylbenzene ........... d...
435 1,2,4,5 tetramethy1benzere . Ifl.,)
437 1,2,4 trichlorobenzere ..... L\
438 1',2,3 trichlorobenzere ..... .<.1
600 ethenylbenzene (styrere) ... L I
601 1 methylethyl benz'(C\IIlene). L/)."i
602 n-propylbenzene ............ Lrl\ <
603 tert-butylbenzeJ:le .......... L..!"\~
604 sec-butylbenzene ........... .Ln, <;
605 isopropy1to1uene(p-cymere) . L(),c,
606 n-butylbenzene ............. ~,~
607 hexachlorobutadiene ........ "--I
I (3) Last Name
(4) Street No.
I (8) Community
I Mailing Address
(20) Pub
I (15) Distance to Farm
(30) Map Coordinates
I (31) Well Depth
I (57) Resample?
Last Result
I
I
~I
I (223) Aldicarb..................................
(425) Aldicarb Sulfoxide....................... <. I
I (426) AldiCarbSUlfone.........................~ I
L]
(224) Carbofuran.......... .....................
I . <I
(427) 3-Hydroxycarbofuran...................
<I
1(428) Oxamyl................................... < 1
(429) Carbaryl... .............. .................
1(554) 1-Naphthol............................... <. ,
< \
(430) Methomyl................................
I
I
(1) Lab 11
I Field No.
(51) Date
Time
I Col. By
I
I
0688321
~~~~~fE
JUN i J_
Rec'd in Lab
Public Water
Private Water
g~~:rComPleted fo/Llk'i KCIPI-/=
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
PESTICIDE ANALYSIS OF WATER
C, l? ()\ ^ J0 J) W 6. T.C.fl.- (2) First
(9) Street~'t.P'5;: Is'--^N~
W<zu :t:\ ~
I Sampling Point
Ncom Priv I (14) District
ft. I (13) Section
I
I I (16) Block
ft. I (17) Lot
No _ I Remarks
I Owner
Yes
,Key R
COMPOUND
PPB I
MG/L
I (431) Metham..........................
I (078) Nitrate...........................
.--'
I
I
I
I
I
I
1I.1152..10116c:b
I I FIELD I
FIELD NO. ~) 6\ \ ~q
E. Q\~a~
NAME. NOT INITIALS
DATE COL. \ b JUh 8~
\ l\\ 0
I COL BY
('j
I
I TIME COL.
I
I ADDRESS OR LOCATION
I REMARKS/INSTRUCTIONS
I
I
Ie
I
I
I
I
I
I
I
t
I 8204-1
~ l~BORATORY I
. ()OJ2/
LAB NO. ~ ~
/;{)-') d
TYPE SAMPLE "'"'!;,!2
DATE REC'VO. . '/;.;
.
11
<"0 Z;
~
7'
TIME REC'VO.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL~XAMINAX~~F WATER, SEWAGE,INDUSTRIAL WASTE
(,;'f'O"'~61~o.:: ~ '"K~(""c.e5
-- I
NAME OR FIRM
POINT OF COLLECTION
~&
- mg. TEST !!!!h
TEST RESULT TEST RESULT liter RESULT lite.
X . .j-4<
CONDUCT umho NITRATE-N . Si COPPER
X . o~L/ ~ .-
pH NITRITE IRON ,:J
TEST m.g. X X I :J ;:;-
RESU L T iiiOr AMMONIA-N . O~ MANGANESE
ph. ALKALINITY TKN CHROMIUM
T. ALKALINITY X a.po..p - NICKEL
S2 CHLORIDE J.~ ZINC
FLUORIDE K MAGNESIUM j/1:
CYANIDE TOT, SOLIDS l>< CALCIUM 7.~
SUS. SOLIDS LEAD
~ SULFATE g.3 DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. IX SODI UM ) 3.
T.O.C. ~ POTASSIUM Irq
BARIUM
/ I~ FIELD D.O. ftJ .,"1. ~ 4v 'V\r .<:::p ~ ~
\-\e\~ ~/ 1)< FIELD TEMP I.fpu 8)'-' d /L ~'\-:;::> .1"
~r.,* 7~ Iv (fl. '5 .....JI
." FIELD pH
\:)TW >< FIELD CONDo I ')~ umho
38.11
1.(0)
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. 10- f f.'S' ;2.7 ()
Fl.1d No.~
D3te~
Time '
COl. By 0
Ilec'd at Lab b/l 3 /f'6
Public Water' /
Pri vate Water
Other
rate Catil1eted (, -\ S -w
Examined By uCJL
SUFFOLK <nJN1'Y
DEPr OF IlEALni SERVICES
PUBLICHEALnI
IA9ORATORY
. -
DMSICN OF MEDICAL r.e:;AL INVESTIGATICNS & FORmSIC SCItl<<:ES
'mACE O~C ANALYSIS OF WATER
_Gm"--&""'&-~.g,..,... ~o" We\\
Mdress_L" ')e\ \ - ( _ Ramarks F"\~~~ ~~\~
a. ~~\ ~\e.s
CO:I1p:luOO
pP:l
Q:rnpound
pP:l
306 vinyl chloride .........
305 methylene chloride .....
290 braooch1oranethare .....
323 1,1 dich1oroethane .....
309 trans dich1oroethy1ene..
250 I:>enzene ....................
251 toluene .....................
258 chlo~nzene ..............
259 ethylbenzene ...............
254o-xylene ...................
.in .:;
L(tr;
<05
\
L\
LO S
it' :")
c(: .)
300 chlo~fonm .............
324 1,2 dich1oroethare .....
321 1,1,1 trichloroethane ..
304 carlx:n tetrachloride....
294 1 braoo 2 chloroethane..
252 nt-xyleoo ...................
253.p-xylel"le ....... ..... .... ...
255.total xylenes ..............
257 bL~uJbenzene ...............
266 o-chlorotoluene ............
cfJ .,
LO.'"
.Lf";. .::;
."r- <
.
~'r ;.,'
cl
LO,')
405 1,2 dich1oropropare ....
310 1,1,2 trichloroethylene.
303 ch1orodiL..u,o.,.ethare ...
293 1,2 dibromoethare ......
420 2 braoo 1 ch1oropropane
267 m-chlorotoluene ........ .....
268 p-chlorotoluene ............
265 total ch1oroto1uene ........
419 1,3,5 trimethylbenzene .....
418 1,2,4 trimethylbenzene .....
..Lc-S
LC,')
/.(:,':-~!
/( ,";
L(,"j
{.O.."
'.n:':>
Lo. ",
.;L
301 bvomoform ..............
311 tetrachloroethylene ....
308 cis dichloroethy1ene ...
320 freon 113 ..............
292 dibl.\..u{,Allethai-.e .........
415 m,p-dichlorobenzene ........
412 o-dich1orobenzene ..........
432 p-die~lbenzene ...........
435 1,2,4,5 tetramethylbenzene .
437 1,2,4 trichlorobenzene .....
"<0,'1
./-{)\ ,-,
./ () :1
~:..(l 'J
"if" :;
LI
L\
-01-
La.')
L\
307 1,1 dichloroethy1ene ...
302 braoodichloraaethane ...
406 2,3 dich1oropropene ....
407 cis dichloropropene ....
408 trans dich1oropropene ..
322 1,1,2 trichloroethane ..
/.(C;
r. ,.
,,' 1..', "~
438 1',2,3 trich1orobenzene ..... L\
600 ethenylbenzene (styrene) ... L \
601 1 methy1ethy1 benz' (CIJllene). La.')
602 n-propylbenzene ............ Lay;
603 tert-buty1benzene .......... L:" C;
604 sec-butylbenzene ........... LQ. ;;
.(():S
.::..or.::1
L,r':'j
..i (. '~l
605 isopropy1to1uene(p-cymene) . L0.'~
606 n-buty1benzene ............. Lf) <;
607 hexach1orobutadiene.,........ d
409 1,1,1,2 tetrach1o'ethane .:r.',
295 s-tetrachloroethane .... .eel}
433 1,2,3 trich1oropropane . j.. ,
4502,2 dichloropropane .... ,:r }
451 1,3 dich1oropropane ....
452 2 ch1oroethy1viny1ether
I
0188322
h/7'L~~I'
. -( Vt;5~
Jf/~ I'
. ,(JL.S4:z,N
Rec'd in Lab i JlJll \ 31'3Bfl
Public Water
Private Water
Other ~ .
Date Completed m/ J J ~ fU#tf.l.
(1) Lab II
I Field No.
(51) Date
Time
I Co!. By
I
I
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
I (3) Last Name
(4) Street No.
I (8) Community
I Mailing Address
(20) Pub
I (15) Distance to Farm
(30) Map Coordinates
1 (31) Well Depth
PESTICIDE ANALYSIS OF WATER
C;RCflAtJDvJ6~ . (2) First_W!~ I
(9) Street MsHlte) J~hND
I Sampling Point
Priv I (14) District
ft. I (13) Section
I (16) Block
ft. I (17) Lot
Ncom
I I
Yes Key R No _ I Remarks
I Owner
I (57) Resample?
Last Result
I
1
COMPOUND
PPB I
MG/L
I (223) Aldicarb.................................. < I
(425) Aldicarb Sulfoxide....................... < ,
I (426) Aldicarb Sulfone.. .. . .. .. .. .. .. .. . .. .. ...~ I
<:..1
(224) Carbofuran......... ...... ........ .......
1.(427) 3-HYdrOXYCarbofuran....................~ I
1 (428) Oxamyl.... ..... ..... .............. ......* I
(429) Carbaryl................................. I
1 (554) 1-Naphthol............................... .(., \
<\
(430) Methomyl................................
I
-----
I (431) Metham..........................
-
I (078) Nitrate...........................
I
I
I
11.1112..10111cb
I
I~~ O-.h..
J LABORATORY I
W ~ - (UV
TYPE SAMPLE CO B cl
DATE REC'VD. t//rl...J
I ~II
b\~\\~ ~
LAB NO.
FIELD NO.
I COL. BY
C.
I DATE COL.
NAME. NOT INITIALS
I TIME COL.
_1~Ju~8~
I ~L{o
TIME REC'VD.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA\~F WATER, SEWAGE, INDUSTRIAL WASTE
NAME OR FIRM t;~~",,61~a.: :\ ~e~(""c.e5
I ADDRESSOR LOCATION
POINTOFCOLLECTlON Fi~"-e.~ ~~\~&. \Jo"\4ec-\~ tUe.\\5.
I REMARKS/INSTRUCTIONS
I
I
I
I
I
I
I
I
I
I
I
I
!!!lL. TEST !!!9,
TEST RESULT TEST RESULT liter RESULT lit"
CONDUCT umho X NITRATE-N .57 COPPER .
>< "':,001 >< IRON ...(",-
pH NITRITE ,e!:;)
.. m,g. >< X ?-.,C) J-.
TEST RESULT liter AMMONIA-N ..c.O~ MANGANESE
~
ph.AlKALlNITY TKN CHROMIUM
T. ALKALINITY X O-P04.p - NICKEL
)( CHLORIDE .ld-. ZINC
FLUORIDE 'i( MAGNESIUM 3rS-
CYANIDE TOT. SOLIDS >< CALCIUM 7-.
SUS. SOLIDS LEAD
X SULFATE 15' DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. X SODIUM ID,
~ .....--
T.O.C. POTASSIUM I {oJ
BARIUM
>< FIELD D.O. r" ~
( \-\e\& )( FIELD TEMP 1<6
-C,* >< FIELD pH $9
\:5TW >< FIELD CONDo l&..<;' umho
.
8204.1
38-11
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. TO- . ~~317 SUFFQ[J( <:XX.Jl'ITY
Field No. ~:O-. \ 00""- DE:Pl' OF HEALnl SER\TICI:S
Date \?> ~U~ '8'l\
Time I~ PUBLIC HEALnl
Col. By\oa.O,,", J\~,", LAOORA'roRY
,
Rec'd at Lab I.- ",. 5'i'
Public Water
Pri vate Water
Other
D:lte Completed (~-l(" -";.,<(
Exami ned By 0i: {l, v
. -
DMSICN OF MEDICAL LroAL INVESTIGATICNS , FORENSIC SCIENCES
'mACE ORGANIC ANALYSIS OF WATER
. NellIe G~o~~~('" ~Q5oof~le Tap Obsetv~o~ tJe.\\
Mdress QQ\~O')"'-- ~ks r,~\..Jz..~ -:r:~\~
\)~"'\:\~ l0e\\ ~~ a ~~\ ~\es
Canp:Jurrl ppb Q:mpound ppb
300 chloroform.............. .._'~
324 1,2 dichloroethane ..... "
321 1,1,1 trichloroethane ..
304 carbcn tetrachloride....
294 1 braro 2 chloroethane.. 0.... r:
306 vinyl chloride .........
305 methylene chloride .....
290 braoochloranethane .....
323 1,1 dichloroethane .....
309 trans dichloroethylene..
405 1,2 dichloropropane ....
310 1,1,2 trichloroethylene.
303 chlorodiL..ulouethare ...
293 1,2 dibromoethane ......
420 2 bromo 1 chloropropane
~r, ''7
i' )
1(; ')
'A -
,wj' )
if\. ')
IOS
1.05
"r. C.
. .
L'/" r..
.,. l
/' -
301 bratOfom ............................ ~ I r
311 tetrachloroethylere .... ...
308 cis dichloroethylene ... . ,
320 freon 113 ..M........... ,
292 dibLU.anethane ......... Lt) .;
409 1,1,1,2 tetrachlo'ethane ~0l
295 s-tetrachloroethane .... :'
433 1,2,3 trichloropropane .
450 2,2 dichlorop~ ....
451 1,3 dich1oropropane ....
452 2 ch1oroethy1vinylether
307 1,1 dichloroethylere ...
302 bromodichloranethane ... .
406 2,3 dichloropropere ....
407 cis dichloropropene ....
408 trans dichloropropene ..
322 1,1,2 trichloroethane ..
,!( .--
"
250 benzene .................... LO_S
251 toluene ..................... L'J.,
258 chlorobenzene ..............
259 ethylbenzene ............... Lo,~
254o-xylere ................... L.a"
252 m-xylene ...................
253.p-xylene ...................
255_total- xylenes ..............
257 bLU~nzene ...............
266 o-chlorotoluene ............
La,')
L().')
-
LOS
267 m--chlorotoluene .........'... La. I;
268 p-chloroto1uene ............ 1'15
265 total chlorotoluere ........
419 1,3,5 trimethylbenzene ..... in,S
418 1,2,4 trimethylbenzere ..... Ln,.")
415 m, p-~Uchlorobenzene ........ .l. (
412 <>-dichlorobenzene .......... .l.r
432 p-diethylbenzene ........... L:). <;
435 1,2,4,5 tetramethylbenzere . '<O,<j
437 1,2,4 trichlorobenzene ..... "f
438 1,2,3 trichlorobenzere ..... ~
600 ethenylbenzene (styrene) ... L f
601 1 methylethyl benz'(CIJllere). .If)'>
602 n-propylbenzene ............ ,',0.<;
603 tert-butylbenzene .......... <.'0. ')
604 sec-butylbenzene ........... L. t).~
605 isopropyltoluene(p-cymere) . LO,"
606 n-butylbenzene ............. ~'o,S
607 hexachlorobutadiere ........ 1./
~ll Lab~
"eld No.
1) Dale
ime
Col.By
1
1
1
0688341
( ',..J \r... 01 ) "'-
v~~:~
Rec'd in Lab
Public Water
Private Water
Other
Date Completed
JiJN , Jj 1903
~/~ 4/[& RCfll+
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
PESTICIDE ANALYSIS OF WATER
G '(rA)~t oo.-kr
fl Last Name
"4) Street No.
t) Community
Mailing Address
10)
(9) Street
(In \~DJ~
(2) First
I Sampling Point
Ncom
Priv I (14) District
It. I (13) Section
I I (16) Block
It. I (17) Lot
No _ I Remarks
Pub
i15) Distance to Farm
'0) Map Coordinates I
'1) Well Depth
(57) Resample? Yes Key R
last Result
I Owner
1
1
.1223) Aldicarb................................. .,L I
~4251 Aldicarb Sulfoxide.. .. .. .. .. .... .. .. .. ... L. I
r26) Aldicarb Sulfone.. ... . ... ... .. . .. .. .. ... : :
(224) Carbofuran..............................
1427) 3-Hydroxycarbofuran.. .................. <- ,
Ll
.1428) Oxamyl................. .................
.429) Carbaryl.................................. L. 1
<. ,
Ll
COMPOUND
PPB I
MG/L
1554) 1-Naphthol........ .... ............... ...
(430) Methomyl................. ...............
I
I (431) Metham..........................
I (078) Nitrate...........................
I
I
I
I
I
I
I
1I.1tU..1G1laca
I I FiElD I
FIE LD NO. E:-IJ <>-. "'- "'::>
E. O\~D" A\+~"
NAME. NOT INITIALS
I LABORATORY I
LAB NO. (0 -ffi.-- /0 I
TYPE SAMPLE JJ )B LL
I COL BY
(.
I DATE COL.
TIME REC'VD.
\:'Ju~8~
~~00
DATE REC'VD.
I TIME COL.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA.\~F WATER, SEWAGE. INDUSTRIAL WASTE
NAME OR FIRM (,;'f"O~It'\.61~a..:: ~ '"Ke'SOU~c.e5
I ADDRESS OR LOCATION _r=: V Q\r-... c:::,
"'",., ,",,"enON E i.. \-ef'lO. -:r:~ \ ~& \..\,o",4e ,,~
I REMARKS/INSTRUCTIONS ~''(-\. \r-,.~ \~We_ \
tUe\\5.
I
I
I
I
I
I
I
I
I
I
I
I 0204.1
!!!s.. TEST mq.
TEST RESULT TEST RESULT lito, RESULT lito,
CONDUCT umho X NITRATE.N 1.7 COPPER
pH >< NITRITE ..:::.001 X IRON ..tre) S
~ TEST m.g. >< 4.(l~ ~ r--j
RESULT iiiOr AMMONIA-N MANGANESE ~cC-'
"-
ph.ALKALlNITY TKN CHROMIUM
T. ALKALINITY X O.PO..p .- NICKEL
)( CHLORIDE <if. ZINC
FLUORIDE K MAGNESIUM 7,
CYANIDE TOT. SOLIDS >< CALCIUM ) f.
SUS. SOLIDS LEAD
X SULFATE 19 DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. X SODI UM LJC;:
T.O.C. )( POTASSIUM 3, (
BARIUM
>< FIELD D.O. C~,~
( \-\e\& )( FIELD TEMP 1'5
-e~ X FIELD pH 5:-:;
\1\W >< FIELD CONDo I ~ umho
J8.JJ
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. 'It)-
Field No.
Date 1"0
Time
Col. By
SUFFOLK a:xJN1'Y
DEP1' OF HEAL'll! SERVICES
Rec'd at Lab /..-1'1-5'
Public Water
Private Water
Other
D:lte Canpleted h- tI,-<;f(
Examined By iJC...AV
I I PUBUC HPAL'll!
l-t t"\Cl"'- LABOAA'IDRY
. .
DMSICN OF MEDICAL ~ INVESTIGATICNS r. FORENSIC SCImcES
'mACE O~C ANALYSIS OF WATER
_G...,.,~~ ~~.. T", ~o" LUe\\
Mdress e\Jo...'<"..~ Ienarks r\5~~ -:r:~\~
j)~",~\~ ~~" We\\-1<o-w fJ.. ~~\ ~\es
O::rni;xlurd PID Q:I'np:luncI PID
306 vinyl chloride .........
305 methylene chloride .....
290 braooch1oranethare .....
323 1,1 dichloroethane .....
309 trans dich1oroethy1ene..
LC).'.-:'l
/:), r~
L(JC:
L/" '.'"
~.~ ..
300 chloroform ............. L'J... ::':
324 1,2 dich1oroethare ..... ': (.'
321 1,1,1 trichloroethane .. _.
304 carbon tetrachloride....
294 1 braro 2 chloroethane.. '
405 1,2 dich1oropropane .... La. "l
310 1,1,2 trichloroethylene. 1\).-;
303 ch1orodibLu.u,lethare ... <0.';
293 1,2 dibraroethane ...... .0::,.;
420 2 bt'OTO 1 chloropropane ..'r:. ':
301 b~focm ..............
311 tetrach10r0ethylere ....
308 cis dichloroethy1ene ...
320 freon 113 ...~..........
292 dibLul.:Alethane .........
" -
307 1,1 dichloroethy1ere ...
302 brarodichloranethane ...
406 2,3 dich1oropropere .... _ ",
407 cis dichloropropene ....
408 trans dich1oropropene .. ,r
322 1,1,2 trichloroethane .. . r
409 1,1,1,2 tetrach1o'ethane
295 s-tetrachloroethane ....
433 1,2,3 trichloropropane .
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 ch1oroethy1viny1ether
-: .
o
2.50 benzene .................... "Q.C;
251 toluene .............. ....... L(),5
258 chlorobenzene .............. ~
259 ethyIbenzene ............... LD\~
254o-xyleoo ................... ,,~o.'i
252 m-xylene ................... .lOIS
253.p-xylene ................... ~O.~
255 totat xylenes .............. -
257 b~~uJbenzene ...............
266 o-chloroto1uene ............ LO. <j
267 m-chloroto1uere ........ .". .. La, 5
268 p-chloroto1uene ............ ':'0,<7
265 total chlorotoluere ........ -
419 1,3,5 trimethylbenzene ..... /.0,5
418 1,2,4 trimethylbenzere ..... ":(J "i
415 m,p-dichlorobenzene ........ L'
412 o-dichlorobenzere .......... '-f
432 p-diethylbenzene ........... ~. C;
435 1,2,4,5 tetramethy1benzene . 40.5
437 1,2,4 trichlorobenzene ..... L.f
438 1',2,3 trich10r0benzere ..... Lf
600 ethenylbenzene (styrene) ... ~
601 1 methylethyl benz'(cunene). ~
602 n-propylbenzene ............ 4). "i
603 tert-butylbenzene .......... La'i
604 sec-butylbenzene ........... /0.."
605 isopropylto1uere(p-cymene) . L.O. "i
606 n-buty1benzene ............. ~
607 hexach1orobutadiene ........ ~
_11 Lab ~
Field No.
.~1) Date
'-Ime
Col. By
I
I
I
0688342
ry:~~
Rec'd in Lab ~UN \ it i9;S3
Public Water
Private Water
Other I I
Date Completed (t:) (7.4/ fr); I? riP 1-1
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
PESTICIDE A~ALYSIS OF WATER
G\(-r')V ~(JJQ.k.~ (2) First
~~.J6" - 5
I Sampling Point -t: _J O:..~S
.31 Last Name
~4) Street No.
181 Community
Mailing Address
1201
(9) Street
Priv I (14) District
ft. I (13) Section
I (16) Block
ft. I (17) Lot
Yes Key R No _ I Remarks
Pub
Ncom
.J151 Distance to Farm
.301 Map Coordinates
131) Well Depth
(57) Resample?
I-ast Result
I
I
I Owner
I
I /1
(223) A1dicarb..................................
1425) Aldicarb Sulfoxide....................... L I
1i4261 Aldicarb Sulfone. .. . . . ... .. . .. . . . . . .. . .. ~ )
~224) Carbofuran.............................. "'- I
1427) 3-Hydroxycarbofuran... ..,.............. L I
~I
(428) Oxamyl....... ............................
1429) Carbaryl................................. L I
.554) 1-Naphthol.............................. ~ I
~430) Methomyl................................ I
COMPOUND
PPB I
MG/L
I (431) Metham..........................
I (078) Nitrate...........................
-
I
I
I
I
I
I
'''''152_1lnteD
I I FIELD~
FIELD NO. . 0..\ \
ICOLBY c. O\SO~
(. NAME. NOT INITIALS
I DATE COL. \ 4 JL)~ 8~
t07;;O
LABORATORY
LAB NO. (h ,--t oJ s
TYPE SAMPLE J)~ LL
DATE REC'VO. ~ /Lq
TIME REC'VD. I ~{I/
f_\ \r
DATE COMPLETED ~I]j i ~ vi'
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CHEMICAL~XAMINA\~F WATER, SEWAGE. INDUSTRIAL WASTE
NAME OR FIRM (,;'('O~",61~Q.: ~ ~e'SOU("'c.e5
I ADDRESS OR LOCATION 'Y c\ V o.....\e- VJ e\ \ - ~CA...W v:>~ ...'j,f2.:.{
POINTOFCOLLECTlON _F i~~C2.~ -:r:~\~&. \.Jc'(\J.eC'\~
I REMARKS/INSTRUCTIONS
I TIME COL.
tc.)e\l~
I
I
I
I
I
I
I
I
I
I
I
I
!!!lI.. TEST mQ.
TEST RESULT TEST R.ESUL T liter RESULT liter
CONDUCT umho )( NITRATE.N ,~~ COPPER
pH >< NITRITE . 00,3 l>< IRON If 5'
TEST m.g. >< <:: , O~ ~ , /2,
II RESULTiliIr AMMONIA.N MANGANESE
ph. ALKALINITY TKN CHROMIUM
T. ALKALINITY X O-PO..p - NICKEL
}( CHLORIDE a'il'. ZINC
FLUORIDE >< MAGNESIUM 2r~
CYANIDE TOT. SOLIDS >< CALCIUM (p,..?
SUS. SOLIDS LEAD
X SULFATE fo. DISS. SOLIDS CADMIUM
MBAS SILVER
l>< ) /I
C.O.D. SODIUM d-'
~ . I rL/
T.O.C. POTASSIUM
BARIUM
/ ~ :J..fZS-
FIELD D.O.
( ,"e\~ )( FIELD TEMP 1-:)
.C'x;::\ >< 54
- -:cr-r FIELD pH
/ /\5\00 >< FIELD CONDo r~( umho
8204-1
38.1
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. 'ID-
Field
Date
Time
Co!. By
Rec'd at Lab Ib-' V-Ii Y
Public Water
Pri vate Water
Other
Oate Canpleted ~-\~-<'{(
Examined By (fr JL
SUFFOLK COON1'Y
DEPl' OF HFAl:rn SER\IICES
. z,'"
PUBUC HE'ALTIi
lAOORATORY
, '
DMSICN OF MEDICAL UXiAL INVESTIGATICNS , FORflIlSIC SCImcES
'mACE ORGANIC ANALYSIS Of' WATER
_G.".,~~ ~~. Top ~r'" We\\
Mdress J\Ct\\ -J ~V~_~_ ~ tmarks ri 5~~ ~~\~
~\~ r a ~~\ ~\es
()::mp)und
Wl
():xnpound
ppb
306 vinyl chloride .........
305 methylene chloride .....
290 brooochlorttnethane .....
323 1,1 dichloroethane .....
309 trans dichloroethylene..
250 benzene ....................
251 toluene .............. ,". . ...
258 chlorobenzene ..............
259 ethylbenzene ...............
254o--xylere ...................
<OS
/0,')
~O.S
",0.5
"'-I
",O,()
<o.~
Lr .~
J,-:.
,,-'r..:.,,' ;
300 chlorofonm .............
324 1,2 dichloroethane .....
321 1,1,1 trichloroethane ..
304 carbon tetrachloride....
294 1 brooo 2 chloroethane..
252 m-xylene ...................
253.p-xylene ...................
255 total- xylenes ..............
257 b~u~nzene ...............
266 o-chlorotoluene ............
.,;:0,')
/O,'~
/(-~ ' :
. -. .
<'0.6
<o.s
--
" i)' ~'
-0-"
-'.0. 5'
,."', I.~
-...... ~
405 1,2 dichloropropare ....
310 1,1,2 trichloroethylene.
303 chlorodibt.ull(Jlllethare ...
293 1,2 dibranoethane ......
420 2 brooo 1 chloropropane
267 m-chlorotoluere ........ ..... 4,0. ')
268 p-chlorotoluene ............ .L.Q. 5
265 toW chlorotoluere ........ -
419 1,3,5 trimethyl.benzene ..... LD ':J
418 1,2,4 trimethylbenzere ..... 4Js
.'~', ,
. ~, i
LQ.L,
L:~\ C;
//) "
~ ~ ,
Lf
L.(
L'D.5
La. c;
Lf
301 branofom .............. ,,'J .:
311 tetrachloroethylere .... ,;'
308 cis dichloroethy1ene ...
320 freon 113 ..............
292 dib,:ollt.ll,ethan6 .........
415 m, p-Oichlorobenzene ........
412 o-dichlorobenzere ..........
432 p-diethyl.benzene ...........
435 1,2,4,5 tetramethylbenzene .
437 1,2,4 trichlorobenzene .....
307 1,1 dichloroethy1ere ...
302 brooodichlora1lethane ...
406 2,3 dichloropropene ....
407 cis dichloropropene ....
408 t['ans dichloropc-opere ..
322 1,1,2 trichloroethane ..
409 1,1,1,2 tetrachlo'ethane
295 s-tetrachloroethane ....
433 1,2,.3 trichloropropane .
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 chlo['oethylvinylether
438 1',2,3 trichlorobenzene ..... L (
600 ethenyl.benzene I styrene) ... L r
601 1 methylethy1 benz'(cunene). 4').')
602 n-propylbenzene ............ ../O.~
603 tert-butylbenzere .......... "::0 ~
604 sec-butylbenzene ........... .J C -)
<-;.'~~
.. .
605 isopropyltoluenelp-cymene) .
606 n-butylbenzene .............
607 rexachlorobutadiere ........
L(),"j
./" ;::
"::'l..'. J
if
r
...."-".
r. ,p
~ '.
5'
1(')Lab' ~6B8344
Field No. \ ~ .
1(~1)Date~0'O<a t
Time ~
Col. By \'60 --
I
I
I
Rec'd in Lab JU~\' 4 W;&8
Public Water .
Private Water
Other I ~
Date Completed tP /'241. .t; If'O?1-I
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
1(3) Last Name
(4) Street No.
1(8) Community
Mailing Address
1(20) Pub
1(15) Distance to Farm
(30) Map Coordinates
1(31) Well Depth
(57) Resample?
I Last Result
(2) First
I Sampling Point
$t\
(9) Street
I
I
Priv I (14) District
It. I (13) Section
I (16) Block
It. I (17) Lot
Ncom
Yes .Key R No _ I Remarks
I Owner
I
COMPOUND
PPB I
MG/L
I
(223) Aldicarb.................................. L I
1(425) Aldicarb Sulfoxide....................... L \
1(426) Aldicarb Sulfone......................... : :
(224) Carbofuran...............................
1(427) 3-Hydroxycarbofuran....,............... L I
(428) Oxamyl................... .......... ......~ I
1(429) Carbaryl. ................................. L: I
L/
1(554) l-Naphthol.. ...... .......... .............
(430) Methomyl................................~ I
....---.
I (431) Metham..........................
-
I (078) Nitrate...........................
I
I
I
I
I
1
11. t 152..1(L1t6dl
-
\r\.CDcL.
l-hV\.Q~
~ORATORY L
LAB NO. (p _ ----- tOY:..
,
r, 'lrl LL
-
DATEREC'VD. &!JLJ
/ f.J
~
FIELD NO.
_ COL. BY
(,
_ DATE COL.
..
N E. NOT INITIALS
TYPE SAMPLE
_ TIME COL.
(?JL)~8~
l~~D
TIME REC'VO.
DATE COMPLETED
-NAME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL~XAMINA\~F WATER, SEWAGE,INDUSTRIAL WASTE
'f'O,-,V\61 ~ r ~e~r 5
\
~&
c0pl
_ ADDRESS OR LOCATION
POINT OF COLLECTION
I REMARKS/lNSTRUCTlONS
-
-
-
-
-
-
-
-
I
I
I
I 8204.1
!!!lI.:. TEST !!!!I,..
TEST RESULT TEST RESULT liter RESULT liter
CONDUCT umho Ix NITRATE.N 1.1 COPPER
pH r><: NITRITE ..c . 00 I >< IRON ~<O ::;-
r TEST m.g. >< X .L <of)
RESULT i't AMMONIA-N .:::: . 0.;( MANGANESE
I er
....
ph. ALKALINITY TKN CHROMIUM
T. ALKALINITY >< O.PO.-P - NICKEL
~ CHLORIDE J 1-. ZINC
FLUORIDE X MAGNESIUM '7.2-
>< I -
CYANIDE TOT. SOLIDS CALCIUM 't-rJ
SUS. SOLIDS LEAD
>< SULFATE /4. DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. X SODIUM F[-.
T.O.C. ~ POTASSIUM I(~
BARIUM
X FIELD D.O. 0. \
\.\e\& )( FIELD TEMP 14
-CJr X FIELD pH I(Jt~
\5\VJ ~ FIELD CONDo r':l:~mho
38-11
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
Lab No. TO- "8iJ~
Field No.J.\&.~oc:..
Date I'D ~~L~~
Time I~O
Col. By ~..r . ...
\...~. 51' 7~~ n5t
7~S ,7553
Rec'd at Lab.
Public Water
Pri vate Water
Other
rBte O::I1pleted
Examined By iJ(
SUFFOLK CXXJNTY
DEPl' OF HEAL'lH SERIlICES
/1\1 PUBUC HFALnI
111i1'a.", lABORA'lORY
306 vinyl chloride .........
305 methylene chloride .....
290 braoochlottlllethane .....
323 1,1 dichloroethane .....
309 trans dichloroethylene..
300 chlorofocn .............
324 1,2 dichl0r0ethane .....
321 1,1,1 trichloroethane ..
304 carboo tetrachloride....
294 1 braD:) 2 chloroethane..
.t..() .-=\
.It). '5
(0.'1
Lo.fS
10.')
1,1)."1
/(},.=;
/r., L-:'
II)' ,;
--" \ )
405 1,2 dichloropropane .... ,tei.":
310 1,1,2 trichloroethylene. Le. <j
303 ch1orodib..........aethane ... La. <:;
293 1,2 dibranoethane ...... i().Z:;
420 2 braoo 1 chloropropane !O.'i
301 b~~ ..............
311 tetrachloroethylene ....
308 cis dichloroethylene ...
320" freon 113 ..............
292 dib&.Ouu~thane .........
307 1,1 dichloroethylere ...
302 braoodichloranethane ...
406 2,3 dichloropropene ....
407 cis dichloropropene ....
408 trans di::hloropropene ..
322 1,1,2 trichloroethane ..
L'" <
...... ,
./0., ~-.
UlC,
-,n, C;
.:f},L-;'
~/)\.:;-
..;.....)..c:
.c'} ,,:~
. '~J ":-,
::"0.'::;
.I().~
409 1,1,1,2 tetrachlo'ethane .:0.<
295 s-tetrachloroethane .... LC..L-:.
433 1,2,3 trichloropropane. I.
450 2,2 dichloropropane .... ..c....::
451 1,3 dich1oropropane .... .-
452 2 chloroethylvinylether ..
".N-:n
,,- n-"t.'t
16v'
DMSICN OF MEDIcAL r.e:;AL INVESTIGATICNS , rORmSIC SCIENCES
'mACE oroANIC ANALYSIS OF WATER
_G..,.,--&~.~g.leT" ~_ l.Je1\
Mdress ~ :~ _ th~Coc.k. Ilemarks F'i 5~~ -:L~\~
~~\.:.~a.) We'- \ ~ ~~\ ~\~
Q:mpounj P!;tl --;-- uOO P!;tl
250 benzene ....................
251 toluene .............. .".. ...
258 chlorobenzena ..............
259 ethylbenzene ...............
254 ~xylene ...................
.(1) OS
iO,'5
it
LI),~
Lf),~
252 ~xylene ...................
253,p-xylene ...................
255 total xylenes ..............
257 b~nzene ...............
266 o-chlorotoluene ............
LQ,')
.erAS
-
Ln."
267 m-chlorotoluene ............. !(),~
268 p-chlorotoluene ............ .If),~
265 total chlorotoluere ........ -
419 1,3,5 trimethylbenzene ..... .!()..::
418 1,2,4 trimethylbenzene ..... .! n .,
415 III, ~ichlorobenzene ........ '-I
412 o-dichlorobenzene .......... L (
432 p-diethylbenzene ........... L.'l,"
435 1,2,4,5 tetrarnethylbenzene . In, <;
437 1,2,4 trichlorobenzene ..... .d
438 1',2,3 trichl0r0benzene ..... .(.f
600 ethenylbenzene (styrene) ... L I
601 1 methy1ethyl benz'(CUIlene). L'J.~
602 n-propylbenzene ............ /'} 'S
603 tert-butylbenzene .......... /o,~
604 sec-butylbenzene ........... .L ';, ~~
605 isopropyltoluene(p-cymene) . .(.n, C;
606 n-butylbenzene ............. L(',':::;
607 hexach1orobutadiene ........ 4-
I .
(1) Lab # 0688340
.~~ldD~?~ ~~~~~
-TIme :e
ICol. By rt .-
Rec'd in Lab
Public Water
Private Water
Other I ~
Date Completed t. / '24 ~ l? /? C /( t.I
JUH I lj 1\:l88
I
I
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
13) Last Name
(4) Street No.
IS) Community
Mailing Address
!l20) Pub
PESTICIDE fNALY~S OF WATER
6CC>0,,-J) (~~
(2) First
(9) Street
I Sampling Point
w&-,"'-Cor'L
115) Distance to Farm
(30) Map Coordinates
131) Well Depth
(57) Resample? Yes
last Result
Ncom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
Key R No_ I Remarks
I Owner
I
I
.223) Aldicarb.................................. L I
"425) Aldicarb Sulfoxide. .... .. .. .. .. .. .. .. .... <. I
14261 Aldicarb Sulfone.. .. . .. .. . .. .. .. . .. .. .. . ~ "
(224) Carbofuran.............................. .
1427) 3-Hydroxycarbofuran.................... <. I
.4281 Oxamyl.................................. ~ \ I
~429) Carbaryl................................. I
1554) 1-Naphthol............................... L I
<C.\
(430) Methomyl. ............. .......... ........
I
COMPOUND
PPB I
MG/L
I (431) Metham..........................
-
I (078) Nitrate...........................
I
I
I
I
I
tI.I152..1H6cII
I. I FIELD I
FIELD NO. ~c. ~~'\.Q+
I COL.BY E. O\SO~
Co NAMiiTINITIALS
I DATE COL. I 't-JU~ 8~
(d.OO
I LABORAT~ORY
LAB NO. In ~- ~
.~
TYPE SAMPLE LV ~ Ii-
. D~TE REC'VD. (p;; l.J
IV
TIME REC'VD.
I TIME COL.
DATE COMPLETED
I
NAME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL~XAMINA.\~~F WATER, SEWAGE, INDUSTRIAL WASTE
~~~~ r ~e~r 5
I ADDRESSOR LOCATION .
POINTOFCOLLECTlON~'S~ ~ c:u-..&
I REMARKS/INSTRUCTIONS n . ( I
\J..o",
,
~~
tUe\\~
I
I
I
I
I
I
I
I
I
I
I
I 8204.1
!!!lL. TEST !!!ll
TEST RESULT TEST RESULT liter RESULT liter
CONDUCT umho I~ NITRATE.N ~ 19 COPPER
pH ~ NITRITE ~,OO\ lX IRON I
TEST m.g. ~ ..c. OQ lX .;c ,0 ;..
RESU L T ilie. AMMONIA-N MANGANESE
....
ph. ALKALINITY TKN CHROMIUM
T. ALKALINITY ~ a.po ..p - NICKEL
st CHLORIDE :3..3 ZINC
FLUORIDE ~ MAGNESIUM g,5r
CYANIDE TOT. SOLIDS r>< CALCIUM :;,5
SUS. SOLIDS LEAD
X SULFATE S,b DISS. SOLIDS CADMIUM
MBAS SILVER
C.O.D. I>< SODIUM ji--).
T.O.C. t)< POTASSIUM ) I L/
BARIUM
-:x FIELD 0.0. ~\S
,j \-\e~ )< FIELD TEMP 1'S
~r,* X FIELD pH (,. If
trrW >< FIELD CDND. Irs-a umho
38.J1.
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
SUFFOLK <XXlNl'Y
DEPl' OF IlFALnI SERVICES
Lab No. TO-
Field No
Date
Time
Col. By
Rec'd at Lab t,-''I-;i)
Public Water
Pri vate Water
Other
\);Ite Catllleted b-lt. -'t,(
Examined By ,K e>V'
PUBLICHF.AL1H
u.ooRATORY
, -
DIVISICN OF MEDICAL LmAL INVESTIGATICNS & FORrnSIC SCIENCES
TRACE O~C ANALYSIS OF WATER
_G.-co~~~~le Top ~<>"- !Me"
~ ~~"'-' {s1.- , - F'i:S~"",,, -:t:~'~
M (0J If- Raw (? a ~~\ ~\~
Q:rnp.:lunj
Pllb
307 1,1 dich1oroethylere ... . ' -
302 bro'OOdichlorcrnethane ... _, ' ;
406 2,3 dichloropropere .... . ,"
407 cis dichloropropene ....
408 trans dich1oropropere ..
322 1,1,2 trichloroethane ..
306 vinyl chloride .........
305 methylene chloride .....
290 braooch1oranethane .....
323 1,1 dichloroethane .....
309 trans dich1oroethy1ene.. i.
300 chloroform .............
324 1,2 dich1oroethane .....
321 1,1,1 trichloroethane ..
304 carbc:n tetrachloride....
294 1 braro 2 chloroethane..
405 1,2 dich1oropropare ....
310 1,1,2 trichloroethylene.
303 ch1orodibL,..llullethane ...
293 1,2 dibromoethane ......
420 2 bl:'Cm) 1 chloropropane
301 broooform .............. .;..~
311 tetrach10r0ethylere .... ~
308 cis dichloroethylene ... .. , .
320 freon 113 ..............
292 dibrcmamet~ .........
409 1,1,1,2 tetrachlo'ethane
295 s-tetrach1oroethane .....
433 1,2,3 trich1oropropane .
450 2,2 dichloropropane ....
451 1,3 dich1oropropane .....
452 2 ch1oroethylviny1ether
Pllb
1f),C,
LG\,~
La \ C,
"-. ,-
LG,'~
t..' ~], <~
f .' (), ~"J
,: L\'-:,
~ ':';, '"J
"/"" :"'
<. ;,~, ..l
" ,
. ...... ~.
." -Ci .'
~
..,......,
,or,
~ .
/"' :-
...., ,-'
"o.'~
.':).,
"::0.'-)
./0. r:
"',f::
~. ''';, .
.,; t.:
~'",""'I
.'. ';.. (~
~
250 benzene .................... 11(0.5
251 toluene .............. .'.. ... LC,"5
258 chlorobenzene .............. 4.1
259 ethylbenzene ............... La. 5
254o-xylene ................... LO\S
252 m-xylene ................... ~o. 5
253.p-xylene ................... Las
255 total- xylenes .............. _
257 bromobenzene ...............
266 o-chlorotoluene ............ LD. c:;
267 m-chlorotoluene ........ .'... LOI S
268 p-chlorotoluene ............ ./0 S
265 total chlorotoluere ........ _
419 1,3,5 tri.Jrethylbenzene ..... .:J),-:;
418 1,2,4 trimethylbenzene ..... ':0.')
415 m,~ichlorobenzene ........ ~r
412 o-dichlorobenzene .......... L.f
432 p-diethylbenzene ........... La.S
435 1,2,4,5 tetrame~lbenzene . /0, <)
437 1,2,4 trichlorobenzene ..... .L.f
438 1',2,3 trich1orobenzene ..... L (
600 ethenylbenzene (styrene) ... 4(
601 1 me~lethyl benz' (CIJllene). ,(f).':;
602 n-propylbenzene ............ .('0. S
603 tert-butylbenzene .......... LO.,
604 sec-butylbenzene ........... /(J, '1
605 isopropylto1uene(p-cymena) .
606 n-butylbenzene .............
607 hexachlorobutadiene ........
<:0,5
/0, '5
.L.I
1(11 Lab~ 0688343
1~~:dD~fe ::i't~~t
Time ~o
Co!. By ~,.=:o "'-
I
I
I
J\.JH I -, '''~-
Rec'd in Lab
Public Water
Private Water
Other
Date Completed
(" 114 iu IN J('(..j
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
..3) Last Name
~4) Street No.
18) Community
Mailing Address
120)
. PESTICIDE x:; WATER
b\r-vUvJ) 1;J .
(21 First
(9) Street
I Sampling Point
00'~\N~m-
Ncom Priv I (14) District
ft. I (13) Section
I I I (16) Block
ft. I (17) Lot
Key R No_ I Remarks
I Owner
Pub
..15) Distance to Farm
1r30) Map Coordinates
131) Well Depth
(57) Resample? Yes
I-ast Result
I
I
(2231 Aldicarb.....................................L I
1425) Aldicarb Sulfoxide....................... .::: I
1426) Aldicarb Sulfone......................... ~ "
(224) Carbofuran ...............................
1427) 3-Hydroxycarbofuran................... L I
L.\
(428) Oxamyl...................................
1429) Carbaryl................................. L I
, <: 1
.554) l-Naphthol................... ..... .......
~4301 Methomyl................................ z ,
COMPOUND
PPB I
MG/L
.--.
I (431) Metham..........................
-
I (078) Nitrate...........................
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1'.11U..10f1kD
I~, ~ ~
FIELD NO. ~"'~~ O. .
ICOLBY E.. 0 ~~
C NAME. NOT INITIALS
I D~~E COL. 1:;- JL) h 8 ~
l()\~
I TIME COL.
(7llABOR~TORY L
LAB NO. ~ ~ If i
TYPE SAMPLE _f 0t3t.L
DATE REC'VD. cP/7jl1/
TIME REC'VD. ~~
DATE COMPLETED C, \ 'l,\ ~ ~ -v
"' \~J
I
NAME OR FIRM
I ADDRESS OR LOCATION
POINT OF COLLECTION
I REMARKS/INSTRUCTIONS
<...-
I
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I
I 8204.1
!!!i.. TEST la-
TEST RESULT TEST RESULT liter RESULT liter
CONDUCT umho Ix NITRATE.N 11. COPPER
pH ~ NITRITE . 00'7 >< IRON L,cJ5
- m.g. L>< .oL.f X D~
TEST RESU L T iliOr AMMONIA.N MANGANESE
"-
ph. ALKALINITY TKN CHROMIUM
T. ALKALINITY ~ O.PO..p - NICKEL
'}t CHLORIDE ~b. ZINC
FLUORIDE K MAGNESIUM 0,1-
CYANIDE TOT. SOLIDS r>< CALCIUM 25-
SUS. SOLIDS LEAD
~ SULFATE l~. DISS. SOLlOS CADMIUM
MBAS SILVER
C.O.D. . - . Lx SODIUM JO(
T.O.C. ~ POTASSIUM 3.Z;
BARIUM
X FIELD D.O. +,(()
\-\e\& )< ,'t' · f-5
FIELD TEMP
-r.,* '>< FIELD pH 6:-:t-
\:rrW >< FIELD CONDo ;z.~umho
J8.lJ;
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~
Lab No. 'lO- 6 fg S.J~ l'
Field No. ~~r"
~ B~~~ I~
....J'. d
Rec'd at Lab b;'i'/J?[{
Public Water ' I
Private Water
Other
Date Catt>leted ("-dO-~'C
Examined By 0C P:N
SUFFOLK roJN1Y
DEPl' OF HFAL'lH SERVICES
l'UBUC HFAL'lH
IM()RATORY
. -
DMSICN OF MEDICAL [.mAL INVESTIGATICNS " FORENSIC SCIENCES
'1'R/\CE OIGflNIC ANALYSIS OF WATER
....G,..,,,~~ ~~"Top ~"" l<le\\
--~~'\. ~\~~~~~-.Q
, ..p", j\-'f-a~ ~ ~~
Q:mpoun:I oob ~ oob
306 vinyl chloride ......... .<.0.'5
305 methylene chloride ..... Ifl.")
290 braoochloranethare .....
323 1,1 dichloroethane ..... ! t, ..,
309 trans dich1oroethy1ene.. 1/")
300 chloroform.............. ff,; .:::
324 1,2 dich1oroethare ..... .. {; .::;
321 1,1,1 trichloroethane .. ':'),",\
304 carlxn tetrachloride.... / ", .::;
294 1 brau::> 2 chloroethane.. ." .;
405 1,2 dich10r0propane .... -< o. '5
310 1,1,2 trichloroethylene. .( o. S
303 ch1orodil.......u:ll,.ethare ... / O. "'
2931,2 dibraooethane ...... .11'1.':;
420 2 brooo 1 ch1oropropane La. "i
301 b~focm .............. 'G.~
311 tetrachloroethylene .... L () C,
308 cis dichloroethy1ene ... ./'-,1 .::;
320 frecx\ 113 .............. .L~)'::
292 dibL<::uu-=thane ......... ./(l,-)
307 1,1 dichloroethy1ere ... L().5
302 brau:xiichloranethane ... LO.';;
406 2,3 dich1oropropene .... 4).')
407 cis dichloropropene .... LoA
408 trans dich1oropropene .. .m."
3221,1,2 trichloroethane .. .If).:;
409 1,1,1,2 tetrach1o'ethane <0':;
295 s-tetrachloroethane .... L0':;
433 1,2,3 trich1oropropane . ./() '"
450 2,2 dichloropropane .... ./0, "
451 1,3 dich1oropropane .... LO, ')
452 2 ch1oroethy1viny1ether L0.~
250 i:)erlzere ....................
251 tollJell9 .............. .......
258 chlo~ene ..............
259 ethylbenzene ...............
254o-xylene ...................
252 m-xylene ....... ......... ...
2S3.p-xylene ...................
2SS.tota.l- xylenes ..............
257 bL~nzene ...............
266 o-chloroto1uere
........... .
267 m-ch.lorotoluene .............
268 p-chlorotoluene ............
265 total ch1oroto1uell:l ........
419 1,3,5 trimethylbenzene .....
418 1,2,4 trimethylbenzene .....
415 m,p-dichlorobenzene ........
412 o-dichl~ene ..........
432 p-die~lbenzene ...........
435 1,2,4,5 tetramethylbanzere .
437 1,2,4 trichlorobenzene .....
-<0"'\
4)')'
il
1....,),':;
LO.<\
""!).,,
.t().~
L.-::1.~
..::a.'i
L.D~ ~
"'-C.~
Ll),"')
.((
L(
Ln ~
~!')
d
438 1',2,3 trich10r0benzere ..... L(
600 ethenylbenzene (styrene) ... L..(
601 1 methy1ethy1 benz'(CIJllene). PJS
602 n-propylbenzene ............ LC;.~
603 tert-hutylbenzere .......... LOS
604 sec-butylbenzene ~.......... LQ,4)
605 isopropy1to1uene(p-cymene) . LO.';
606 n-butylbenzene ............. j~ ~
.L;{'
607 hexach1orobutadiene ........ _
I
(1) Lab It
~'eld No.
1) Date
ime
tOI.BY
0688427
~~
JUN 15 ;:J:;. 3:30
Rec'd in Lab
Public Water
Private Water
Other 'z:
Date Completed "P.H /. ~
I
I
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIENCES
PUBLIC HEALTH LABORATORY
II Last Name
(4) Street No.
II Community
Mailing Address
10) Pub
IS) Distance to Farm
~) Map Coordinates
.1) Well Depth
~7) Resample?
1st Result
PESTICIDE ANALYSIS OF WATER
B "'{) 1_) L'\. JJ ~\
(21 First
(9) Street
I Sampling Point
~-;;?f*?, =2a~~,
Ncom
Priv I (141 District
ft. I (13) Section
I I (16) Block
ft. I (17) Lot
No _ I Remarks
I Owner
I
Yes
.Key R
I
COMPOUND
I
W31 A1dicarb.................................. ~ f
~5) Aldicarb Sulfoxide... ...... .. .... .. ... ... L.. I
f6) AldicarbSulfone.. ............ .......... ~ I
(224) Carbofuran.............................. -=-L I
J7) 3-HydroxYcarbofuran................... ~ I
Ll
W8) Oxamyl.................................. <. I
~9l Carbaryl........... .... ....... ...... .....
ftl l-NaPhthOI...............................; :
(430) Methomyl............... ... ..............
I
PPB I
MG/L
I (431) Metham..........................
-
I (078) Nitrate...........................
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I
1a.1152..1CWI6cb
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Ground Water, Inc.
REPORT
Your sample 10 '87-13/Fishers Island
EHL sample 10 80616-GWR
L ~.()~ ~~
~T DEP'T MEAL"~
\! CERTIFICATION ~ ~
~ I!:l'fVlJWl'DIENTAI. 'N
",." ),IONI'I'ORlNO ~
~I U,BORATOR\", IN..... ~
~ WALLlNGFOIfO. ~
~;#
:Of) f,' PI t.1~'C:: rt-.,I""'IC,TQlt.. P.10V
OF RESULTS
Date submitted 06-16-88
Page 1 of 1
Date(s) analyzed 06-16 to 07-05-88
lf0.
1 " I F>----
Ana yst ~ ',' , ' ,
, 1!!
I - I" fP
ReViewe:-t I Jl"-" (J; ,
1-\'/,1 I I"J~;:-r\pn r:nl\ll\lI=rTI("l IT '1&;.100
DttL-
~
ENVIRONMENTAL MONITORING l..ABORATORY,INC.
I?il,\ ?Plln:;<:<:
I I FIELD I
INO. ~dp..\\- b(S
. Y ()\~O""
NAME, NOT INITIALS
ICOL I
LAB NO.
I LABDRATORYl
JI - i'I - .J'S-
FvJ
II J IY J !j'[
y, -IS
,I
\\\1A\<tb. -N
. I K7l
TYPE SAMPLE
DATE REC'VD.
TIME REC'VD.
tOL
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CAL EXAMINATION OF WATf{l. SEWAGE, KDUSTRIAL WASTE
EOOR~ ~\~ ~
less OR LOCATION .~ LU ~e"S 00 ,rP .....
iOFCOLLECTlON ~\~pJL - \.
~KS/INSTRUCTlONS
I mq. !!!JL
TEST RESULT TEST RESULT liter TEST RESULT liter
I I::ONDUCT ~ -
umho NITRATE.N <:: I 0::::' COPPER
r>< ~ /. :l
pH NITRITE _ OO~ IRON
I TEST m.g. ~ G.O~ IX ..( ..:{
RESU L T liter AMMONIA.N MANGANESE
I >h. ALKALINITY TKN CHROMIUM '. .
. ALKALINITY ~ Q.PO,,'P -<:: . 00:;- NICKEL
j I:HLORIDE I~.
I ZINC
I rx ~.6
FLUORIDE MAGNESIUM
I:YANIOE TOT. SOLIDS )( CALCIUM 3.9
sus. SOLIDS LEAD
I &.1
ULFATE DISS. SOUDS CADMIUM
tnBAS SILVER
C.O.D. [)( SODIUM 10-
t.O.C. )( POTASSIUM /.7
~ BARIUM
lHe\& C [X ~.-:r
FIELD D.O.
I I~ +- l ~ {p':f- D< FIELD TEMP jC1
(p. (P-::r- [X FIELD pH W.'r+
I OOO,^~eJ) 1--=1-: I X FIELD CONDo I O~mho
3S.JJ 2:
Rec'd at Lab I/'I"'~S'
Public Water
Private Water
other
Date Corrpleted 11_1',_<,;>
Examined By ,T ~'I It
DIVISICN OF MEDICAL ~ INVESTIGATICNS & FORENSIC 9:IENCES
'l'RACE OIlG!\NIC ANALYSIS OF WATER
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.;
Lab No. '10- ~&.J.O'
~:dn.~ if:
Time '1~~f
Col. By ~O~
,
-f: 'i )
'SUFFOLK CXXJN:N
DEPT OF HFAL'lH SERVICES '
PUBUC HFAL'lH
LlIOORA1ORY
Name F\~~e.r~ r~. Sample Tap
h:ldress 6\..0 ~"&oon:~.ell~rks
~o~ . 'oo\\-\e. hvn~\r\
, V'\,.
~ns'\+ - cQo wl.a..-\
'C~'\.
~~\,
Can~
PlD
PlD
306 vinyl chloride ..... ~... L,i) '-')
305 methylene chloride ..... L I) c:;
290 b....I..A~hloraoethane ..... --
323 1,1 dichloroethane ..... L {) :'i
309 trans dichloroethylene.. .: /)"i
300 chloroform ............. ~ () c
324 1,2 dichloroethane ..... /./),",
321 1,1,1 trichloroethane .. /!) ";
304 carOOn tetrachloride.... .:" il' -
294 1 braro 2 chloroethane.. .,'..Y ~
405 1,2 dichloropropane .... 1. 0 ~
310 1,1,2 trichloroethylene. L.O.'"',
303 chlorodibran::methane ... LJ). <;
293 1,2 dibranoethane ...... .! I) ~)
420 2 braro 1 chloropropane /.() ",
301 braroform .............. i..'l=.)
311 tetrachloroethylene .... .t' ~ ~
30B cis dichloroethylene ... L. () <;
320 f~ 113 .............. ~
292 dib.Lulll~:~nethane ......... ~
307 1,1 dichloroethylene ... ~n")
302 b~ichloranethane ... LOt)
406 2!3 d~chloropropene .... ~ll'l
407 C1S dlchl<?ropropene .... .:.. () "
40B trans dichloropropene .. ./,',: :;
3221,1,2 trichloroethane .. ~,f)L)
409 1,1,1,2 tetrachlo'ethane ':0:1
295 s-tetrachloroethane .... L.ne:.
433 1,2,3 trich1oropropare . .(0"')
450 2,2 dichloropropane .... La'";
451 1,3 dichloropropane .... L () '"'
452 2 chloroethylviny1ether .en ""l
Canpouro
250 benzene .................... t.. ~..')
251 toluene .................... ~
258 chlorobenzere .............. ~
259 ethylbenzene ... ............ LO ~
254o-xylene ...................
252- ~xylene .. ..... ............
253 p-xylene ...................
255 total xylenes .............. ~
257 branobenzene ............... -
266 o-chloroto1uene ............ i.. ".....'"
J )
267 m-chlorotoluene ......... .... - if) ")
268 p-chloroto1uene ........... .'. .: -.') '")
265 total chlorotoluene ........ _
4191,3,5 trimethylbenzene ..... .to")
41B 1,2,4 trimethy1benzene ..... O.to
415 m,~ichlorobenzene ........ft;=:
412 o-dlchlorobenzene ...........:...
432 p-diethylbenzene ..........; n .,
435 1,2,4,5 ~etramethylbenzene .~
437 1,2,4 trichlorobenzene ..... ~
438 1,2,3 trichlorobenzene ..... ., t
600 ethenylbenzene (styrene) ... ~
601 1 methy1ethyl benz'(cumene). "C')
602 n-propjlbenzene ............ ..(O,"'~
603 tert-butylbenzere .......... L;)-"
604 sec-buty1benzene ........... -". 0 fi
605 isopropy1toluere(p-cymere) . .. I:.~
606 n-butylbenzene ... .......... ~.()~
607 hexachlorobutadiene ........ .:.. I
I llii:LD I l .
INO. L0~ l --- 6t D
Y (")\~o~.
"'AME. NOT INITIALS
14-
0~:)"'
10L.
10L.
LAB NO.
I LABORATORY I
1/ '- :':a' - ~.j
TYPE SAMPLE
~ ,
f. l-J.
i/ /;-/Ju
<j . If r" -
~
I II _])6 '.v
\ I
DATE REC'VD.
TIME REC'VD.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CAL EXAMINATION OF WATf(!. SEWAGE. V\DUSTRIAL WASTE
E~R~ ~\~ ~
,~::c~::::' ~~c~.;srr~~'i,y~
IKS/INSTRUCTlONS '.
If
TEST
RESULT
~NDUCT
pH
I TEST
.h.ALKALlNITY
~. ALKALINITY
umho
m.g.
RESU L T iile;
,
tLORIDE
FLUORIDE
IYANIDE
IULFATE
01 'i.:l.
II,
/.'"f
W1BAS
1:.0.D.
I:-O.C.
~\&
~oT
n\ \U ?:q~
POLlV\~.o!\ 30. f)
10
';2.0-;)'
,TEST
I>< NITRATE.N
I)< 'NITRITE
I>< AMMONIA.N
!!lJL.
RESULT liter
_~.O
~ .O~
COPPER
TEST
mo.
R ESU L T jft;;"
,003 '"
, 00 I P IRON
.o:r")(
, (\ 8 , MANGANESE
1.
/-4
TKN
X o.p04.p
CHROMIUM
,
..:: . 00.5"
NICKEL
TOT. SOLIDS
ZINC
>< MAGNESIUM
D< CALCIUM
19-
2> I.
SUS. SOLIDS
LEAD
/.Lt
DISS. SOLIDS
CADMIUM
~
>(' FIELD D.O.
~ FIELD TEMP
X FIELD pH
X FIELD CONDo
SILVER
C>< SODIUM
~ ~OTASSIUM
BARIUM
cR'l.
t. . <t'
i.~
IJ,.
(p.7
~a umho
.is.J! 2:
I
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I
Lab No. 'ID- /I S' i .1 6 Y.
=~.".
COl. By .
SUFFOLK <nJNry
llEPT OF HFAL'lH SERVICES .
Rec'd at Lab
Public Water
Private Water
Other
Date COmpleted
Examined By
'PI ~-
"-''1-59"
PUBLIC HFAL'DI
IA8ORA'roRY
11-1(.-1' S:'
--..;( \~. J ~
DlVISIrn OF MEDICAL ImAL INVESTIGATIrns & FORElfSIC SCIm<:ES
'.mACE O~C ANALYsIS OF WATER
Name F\~"'e.r~ r~. Sample Tap
Mdress 6W ~~OOr~ks
Can]XlUrXl
PIX>
ppb
306 vinyl chloride ......... <'0 ~
305 methylene chloride ..... LJ)~
290 braoochlOI'Clllethane .....
323 1,1 dich1oroethane ..... .(,')~
309 trans dichloroethylene.. 4.1),,";
300 chloroform ............. .(1)C)
324 1,2 dichloroethane ..... Lf)"i
321 1,1,1 trichloroethane .. ..e'l",)
304 carbon tetrachloride.... LOS
294 1 braro 2 chloroethane.. ..:::'.oS
405 1,2dichloropropane .... (Ot)
310 1,1,2 triChloroethylene. .(!)'S
303 chlorodibratanethane ... .. a.4
2931,2 dibraroethane. ...... i:~}:i
420 2 brtm:) 1 chloropropane .( 0"')
301 braroform .............. .t... -0 .E:)
311 tetrachloroethylene .... .L 0 ~
308 cis dichloroethylene ... LO~
320 freon 113 .............. Lo~
292 dibs..u'Qu:::thane ......... .t:...Q ";
307 1,1 dichloroethy1ene... ,(0').
302 brall:xUchloraoethane ... L I) ')
406 2,3 dichloropropene .... "0"::)
407 cis dichloropropene .... ~O _-:;
408 trans dich1oropropene .. L 11 ~
322 1,1,2 trichloroethane .. .! ,; =~
409 1,1,1,2 tetrachlo'ethane ~() ~
295 s-tetrachloroethane .... "{).,
433 1,2,3 tric:hloropropane . Ln~
450 2,2 dichloropropane .... L. D--;
451 1,3 dic:hloropropane .... .. r -=;
452 2 Chloroethylvinylether .e:{J.J"
Q:Jnpound
250 benzene .................... ~.
251 tolueoo ....................
258 chIorobenzene .............. L. .
259 etqylbenzene ............... ,
254'o-xyl~re ................... .
252 ~xylene ...................
253 p-xylene ...................
255 total xylenes ..... ......... \ ,
257 b4YI~ene ...............
266 o-chl.oroto1uene ............ L.')~.
267. m-chlorotoluene.......... .'.. ~
268 p-chl.orotoluene ............ ~
265 total chlorotoluene ........ __
4191,3,5 trimethylbenzene ..... LO~
418 1,2,4 t:ri.methy1benzene ..... -L-
415m, p-dichlorobenzene ........ ~
412 o-dichlorobenzene .......... .L\-......
432 p-diethylbenzene ..........;. ..r"()""')
435 1,2,4,5 tetramethylbenzene . I')"=;
. 437 1,2,4 trichlorobenzene ..... 4--.
438 1,2,3 trich1orobenzene ..... A
600 ethenylbenzene (styrene) ... :;r::::=
601 1 methy1ethy1 benz'(CUDene). ~:,~~
602 n-propylbenzene ... ~........ ':::i
603 tert-butylbenzene .......... ,,' .-i<:.
604 sec-butylbenzene ........... ..c,).C:;
605 ~lto1uene(p-cymene) . tgZ;
606 n-buty1benzene ............. ~~
607 hexachlOrobutadiene......... -4--
I COL.
I r~IELD I
INO. D~l \-'"3
-. v (')\~O~
NAME. NOT INITIALS
10
lOGO
LAB NO.
I LABORATORY I
-
11-6'".(- t./{
rU
/lIll/S' I
'f: oj f ar-r
\'
\\\r \~\'v-~p
TVPE SAMP1.E
DATE REC'VD.
. TIME REC'VD.
ICOL.
DATE COMPLETED
I
iIIE OR FIRM
lESSOR LOCATION
NT OF COLLECTION
IRKSIINSTRUCTlONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF W~\ SEWAGE~USTRIAL WASTE
&:.. (.U ~e.'\S OQc-t"~ ~
0e -s
70~& 35 &"\
l mo. !!!L
TEST RESULT TEST RESULT lite, TEST RESULT lite,
fONDUCT umho X NITRATE.N , i '-/ COPPER
~ . CJ CL~ )( /.;f .
pH NITRITE IRON
J TEST m.g. tx >< .~
RESULT iiier AMMONIA.N : 13 MANGANESE
t' ALKALINITY TKN CHROMIUM
~. ALKALINITY ~ O.P04.p - i39 NICKEL
i ~HLORIDE ~'% . ZINC
FLUORIOE X O.
MAGNESIUM
.tv ANIDE TOT. SOLIDS ><: CALCIUM 9.9
. SUS. SOLIDS LEAD
j 1.5
~ULFATE DISS. SOLIDS CADMIUM
i f.1BAS SILVER
C.O.D, )( SODIUM ~ /.
J If.o.c. ~ POTASSIUM ~.
~
] BARIUM
LH.e.\& X '2,0.
FIELD D.O.
I ,C-oT )( FIELD TEMP 14
D\ \IJ 1'3.90 X FIELD pH (0.(0
JI~u~~ ~058 X FIELD CONDo ~\ umho
. , ;;S.JJl:
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N/t?/f3'
Lab No. TO- / (JlJ'-;J'13
Field~
Date -
Time ~
Col. By 0'(., ~
'SUFFOLK <XXJNn
DEPr OF HEAL'IH SERVICES -
Rec'~ at Lab
. Public Water
Private Water
Other
Date O:I1pleted .1\_.',_ ".'
Examined By 'oJ :.v
PUBLIC RFAL'IH
IABORA1ORY
DMSICN OF MEDICAL IJ'.X;AL INVESTIGATICNS & FORaSIC SCUNCES
TRACE O~C ANALYSIS OF WATER
Name F\~~e..'r5 r~. Sample Tap
kldress _(OW l~e..~oo~~
Wp ( (-- '<S
o:mp:lUn:l
306 vinyl chloride .........
305 methylene chloride .....
290 b............:hloranethane .....
323 1,1 dichloroethane .....
309 trans dichloroethylene..
Q:InpouOO
ppb
ppb
250 benzene ....................
251 toluene ....................
258 chlorobenzene ..............
259 ethylbenzene ...............
254 o-xylene. ...................
<o.~
~o.6
. ,
. L r .~.-
"/
<I
I
'(D.~
"-O.~
300 chlorofonm .............
324 1,2 dichloroethane .....
321 1,1,1 trichloroethane ..
304 carbon tetrachloride....
294 1 bran::> 2 chloroethane..
252 ~xylene ...................
253 p-~lene ...................
255 total xylenes ........... ...
257 b~\A'~ene ...............
266 o-chlo~boluene .........:..
<n.~
<.0.5
.(.C">,S
40.5
<0.5.
/t.
..:. C .
405 1,2 dichloropropane ....
310 1,1,2 trichloroethylene.
303 ch10r0dibLu,auethane ...
293 1,2 dibromoethane ......
420 2 braro 1 chloropropane
267 m-chlorotoluere. .......... ~..._
268 p-chlorotoluene . ~ . . . . . . . . . .
265 total chlorotoluene ........
419 1,3,5 trimethylbenzene .....
418 1,2,4 trimethylbenzene .....
<'o.~
.c.o..":;
o(.o.S
"'f:'l.~
.c. o.C
"n ~
":('1."'-:
~. ;"\. .-:-:
1
301 branoform ..............
311 tetrachloroethylene ....
308 cis dichloroethy1ene ...
320 freon 113 ..............
292 dib.l.uu::A&a::thane .........
415 .m, p-~iichlorobenzene ......... < I
412 o-dich1orobenzers .. e'. .". . ~ .. . <. I
432 p-dietlwlbenzene ........... ~ ~"" :. :J
435 1,2,4,5 tetramethylbenzene. d'l ~:~
437 1,2,4 trlchlorobe.~ne ..... < I
~ """l.-;--"
~
.' '-'.:.,
-fn.-:
<.o.~
<lO.~
307 1,1 dichloroethylene ...
302 bmacdichloraoethane ...
406 2,3 dichloropropene ....
407 cis dichloropropene ....
408 trans dich1oropropene ..
322 1,1,2 trichloroethane ..
438 1,2,3 trich1orobenzene .....
600 ethenylbenzene (styt:ene) ...
601 1 methy1ethy1 benz'(c:unene).
602 n-propylbenzene ... ~. ........
603 tert-buty1benzene ..........
604 sec-buty1benzene ...........
<n,S
..:: 1)..:5:
<. \
~.l
<o.~
.':r-..-:=.
..:0 .~
..::n. <'
.("'.~
..oCo..6.
"::0.':::
<(\ '
409 1,1,1,2 tetrachlo'ethane
295 s-tetrachloroethane ....
433 1,2,3 trichloropropane .
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 chloroethy1viny1ether
<o..t;'
<o,~
<t).~
<D.~
<D.:"
"'O..~-::;
605 isopropy1toluene(p-cymene) .
606 n-butylbenzene .............
607 hexachlorobutadiene.........
.(O.~
-
. ., .~.
-'I
,
I [:ClEW I
LD NO. -1JJe\ l- L.\
Iv (')\~O~
NAME. NOT lNITIA1.S
[~
l~ \5
LAB NO.
I LABORATORY I
11-8$- '/3
;::'v'
II/'Jt(,f
/
</: </..!
\\\151 \ 'c# ~ 1'-/
\ , V
TYPE SAMPLE
ICOl.
DATE REC'VD.
TIME REC'VD.
tOL.
DATE COMPLETED
I
~E OR FIRM
lESSOR LOCATION
llT OF COLLECTION
IRKS/INSTRUCTIONS
\
/2. (o~
k)."i
1 !!!.!L TEST !!!L
TEST RESULT TEST RESULT liter RESULT liter
I lcONDUCT ~ NITRATE.N ('i"'- COPPER
umho . -.J
pH ~ NITRITE . 0"+8 ~ IRON ~S'.
I TEST m.g. ~ .'-/ ,13 [)< 3.1
RESULT liler AMMONIA.N . I MANGANESE
] ph. ALKALINITY TKN CHROMIUM .
~ 18 Co .
T. ALKALINITY O.PO..P . NICKEL
1 CHLORIDE ('6. ZINC
FLUORIDE ~ MAGNESIUM k.b
YANIDE TOT. SOLIDS >< CALCIUM 5"1.
I SUS. SOLIDS LEAD
~ULFATE /,;). , DISS. SOLIDS CADMIUM
i MBAS SILVER
C.O.D. ~ SODIUM 19.
I [)( . '<1,
IT.O.C. POTASSIUM
~
] LHe~ BARIUM
~ FIELD D.O. :;t.~
r_di D< IL ~
1 FIELD TEMP
l"S\ W l.o.4~ D< FIELD pH -=1:~
~Soo~ 44.":{ rx FIELD CONDo :1-1 umho
- . 12:
3SJ
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I
'SUFFOIX o:xJNn" Rec'd at Lab 11-'", "f(
DEPT OF REAL'lH SERVICES . 'Public Water
Private Water
PUBUC HEAL'lH Other
LAOORA1ORY Date Cl:ln1?leted ,'-I'l~:; 7
Examined By ~ ~/, ,,\
Lab No. 'lO-
Field No
Date
Time
Col. By
DIVISICN OF MEDICAL IJ;X;AL INVESTIGATIOOS , P'ORWSIC SCIENCES
'l'Rl\CE ORGANIC ANALYSIS OF WATER
Name F\~~e:r~ r~. Sample Tap
Address 6W ~:&OO("~ks
CanpouOO
ppb
ppb
306 vinyl chloride ..... ~... ~
305 methylene chloride ..... ~
290 Ll.ullochloranethane ..... ~
323 1, 1dichloroethane ..... L ()<;
309 trans dichloroethylene.. L n')
300 chloroform ............. ~5
324 1,2 dichloroethane ..... 05
321 1,1,1 trichloroethane .. L<')1:)
304 carboo tetrachloride.... L(J'l
294 1 braro 2 chloroethane.. L~ 0-")
405 1,2 dichloropropare .... l.() 5
310 1,1,2 trichloroethylene. L:1'\C:;
303 chlorodibu"'Llaethane ... L. ~)'c.
2931,2 dibranoethane ...... Lf"\<;
420 2 braro 1 ch1oropropane <()o::,
301 bratOform .............. L.I'\~
311 tetrachloroethylene .... ~~
308 cis dichloroethy1ene ... '.
320 freon 113 .............. ().~ .
292 diL.LUlQy;,thane ......... Il) :.."
307 1,1 dichloroethylene ... -'15
302 bnm:xiichloranethane ... 2 o~
406 2,3 dichloropropene .... 11';;>
407 cis dichl<?ropropene .... L 11"1
408 trans di~oropropene .. L /) ).
322 1,1,2 trichloroethane .. ~/)::)
409 1,1,1,2 tetrachlo'ethane ~!)5
295 s-tetrachloroethane .... L{)"')
433 1,2,3 trichloroptopane . L..a"'l
450 2,2 dichloropropane .... L(lc,
451 1,3 dichloropropare .... /.,.,....
452 2 chloroethylvinylether .(0:,
O::mpoun:i
250 benzene .................... t'-
251 toluene ....................
258 ch1orobenzene ...............
259 ethylbenzene ............... "'-0:)
254o-xylene ...................
252 tn-Xj"leJ'le ...................
253 p-xylell9 ...................
255 total xylenes ..............
257 bLVU~ene ...............
266 crchlorotoluene ............
;J
-
~ (1 ""
267 m-chlorotoluere .......... ~.... ./ J")-=)
268 p-chloroto1uene ........... ""_ ",'/) "'>
265 total chlorotoluene ........ -
419 1,3,5 trimethylbenzene ..... ~
418 1,2,4 trimethylbenzere ..... --+-
415 m, p-dichlorobenzene ........ -LL-
412 o-dichlorobenz~re ............ ~
432 p-diethylbenzene ~.........;" I
435 1,2.4,5 tetxamethylbenzene . .{()",\
437 1,2.4 trich1orobenzene ..... ,,: \
438 1,2,3 trichl~ene .....~
GOO ethenylbenzene (styrene I ... L..
601 1 methY1ethyl benz'(cumenel. J
602 ~~lbenz~ ...~........
603 tert-butylbenzere ...........t.!l J
604 sec-butylbenzene ........... .('0:)
605 isClpropyltoluene(p-cymene) ..!. n'"')
606 n-butylbenzene ...............:.. () .~
607 hexachlorobutadiene......... .:.. (
,
. . J'.. ~.... .. ~ , . - . ... ,,' ";. , .... +'
.
I ~:LD I
LDND. _/,00\\- G
IBY C)\~O~
NAME-,~T INITIALS
16'
ICDL.
LAB NO.
I LABORATORY I
1/-6'.[ - Yo
FtJ.
II //rH;:;
y. . v.J.-" -.
. \
\\\'1j1.\~~
\ \
TYPE SAMPLE
DATE REC'VD.
I COL.
lO~
TIME REC'VD.
DATE COMPLETED
I
ME OR FIRM
lESS OR LOCATION
(NT OF COLLECTION
IRKS/INSTRUCTIONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF W~\ SEWAGE~USTRIAL WASTE
G~~~~c-r.e~
TEST
RESULT
TEST
mq. TEST !!!L
RESULT liter RESULT liter
.3', COPPER
~ '0 ), (.
. 0'7 . b
CHROMIUM
, II (p NICKEL
ZINC
1/,
~~.
LEAD
CADMIUM
SILVER
SODIUM .38.
POT ASSIU~,1 ( 3.
BARIUM
umho
NITRITE
TEST
m.g.
RESULT iiier
AMMONIA.N
T. ALKALINITY
3,
TOT. SOLIDS
SUS. SOLIDS
33.
DISS. SOLIDS
... ~ ~ ~-
---
\.
I
l.o ' '5
I 0 umho
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD CONDo
lS.JJ2:
I
~
--
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I.
I.
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Lab No. m-
Field No
Date
Time
Col. By
Rec'd at Lab
Public Water
Private Water
Other
Date Ccnp1eted
Examined By
SUFFOLK CXXlNj;Y
DEPT OF HEAL'IH SERVIa:s '
II., ')"- ~ .(
PUBUC REAL'IH
IABORA'roRY
1/ - J.) - ;; ~-'
::'"( ~".' Jl.
DlVISIOO OF MEDICAL LmAL INVESTIGATIOOS & FOROOIC SCIENCES
TRACE ORGANIC ANALYSIS OF WATER
Name F\~~e..r5 r~. Sample Tap ( 0e\\- Co
-
Address GW ~~OO("~ks
Canr:ouncl
ppb
306 vinyl chloride ......... -<0 ")
305 methylene chloride ..... .( r) ')
290 b,,,,...,.;I.loranethare ..... _
323 1,1 dichloroethane ...... z:: I) ")
309 trans dichloroethylene.. -"'}""';
300 chloroform. ............. LJ)....S
324 1,2 dichloroethare .....~
321 1,1,1 trichloroethane .. ~
304 carbon tetrachloride.... L.OS
294 1 bratX) 2 chloroethane.. L'. "l~)
405 1,2 dichloropropane .... '::l.t:)
310 1,1,2 trichloroethylene. .{ n~
303 chlorodib~........uethare '" L () , ,
293 1,2 dibratX)ethane ...... .( 1'lC:;
420 2 bratX) 1 chIoropropane L I) "'}
301 brCnoform .............. ~ ,,~
311 tetrachloroethylene .... ~,")
308 cis dichloroethylene ... ,
320 freon 113 ~.~ ~.......... ()r:.,', "
292 dib.Lu,ul.I::thane ......... <~.(} .5
· 307 1,I"dichloroethylene ... .ln5
302 b~ichloranethane ... <-I) '5
406 2!3 d~chloropropere .... L.,)~.J.
407 C1S dlChloropropene .... ..:'{;-,
408 trans dichloropropene .. .~ ( j ..:;
322 1,1,2 trichloroethane .. ..::: ,} ''',
409 1,1,1,2 tetrachlo'ethare .(1)")
295 s-tetrachloroethane .... .tn.::;
433 1,2,3 trichlOropropane . LnS
450 2,2 dichloropropane .... ..{")-;
451 1,3 dichloropropane .... /,,-;
452 2 Chloroethylvinylether ,,/\ ""
0:Il1p0urd ppb
250 benzere .................... j '::l .'=)
251 toluene .................... --J-----
258 chlorobenzene .............. ~,: \.
259 ethylben~~ne ............... ....0~
254o-xylene' ...................
252 nt-xylerle ..... ..............
253 p-xylere ...................
255 betal xy1enes ..............
257 b~nzene ...............
266 o-chlorotoluene ............
'-0 "'i
-...
tol " ~
267 m-chloro uere.......... .--.. ....1')..')
268 p-chlorotoluene ............ .t' '1~'-;
265 total chIorotoluene ........
419 1,3,5 trilllethylbenzene ..... Lf)O::
4181,2,4 trimethylbenzene ....../,"i.
415 m, p-dichlorobenzene ........ ..6..\-,
412 o-dichlorobenzene.......... ~
432 p-diethylbenzene. ~. ~ . . . . . . . ~ . ~,1 ":)
435 1,2,4,5 teb:amethylbenzene . L f)")
, 437.1,2,4 trich1orobenzene ..... .: \
438 1,2,3 trichlorobell~ene ..... ~
600 ethenylbenzene (styrene) ... <. I
601 1 methylethyl benz'(cunene). /')4-
602 n-propylbenzene ... ~ . . . . . . ... ./.)':'.
603 tert-butylbenzene .......... ~ 1'5
604 sec-butylbenzene ........... /1)_,
605 isopropyltoluene(p-cymene) .L (\ "",
606 n-butylbenzene ............ .~f ,I'::?
607 hexachlorobutadiene......... .:. \
I [:IELDl
[0. We \\ -4 A-
()\~O~
NAME, NOT 1N1TIALS
LAB NO.
IlABORA TORY I
11- Y?- 'It,
Fw
/1/1{../ !i cf
...-
'1.y.s,o,......
\\\1f,\~ ,oJ
\ \ VI
TYPE SAMPLE
10L
tOL l0'30
DATE REC'VD.
TIME REC'VD.
DATE COMPLETED
I
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF W~\~AGE~USTRIAL WASTE
~ tu -"Re-sO<.:>c-rP,
:: OR FIRM
Iss OR LOCATION
~F COLLECTION
IKS/INSTRUCTIONS
40~ '1v ~e
TEST !!!.9..,.
RESULT TEST RESULT li'er
umho .03
NITRITE v o.~~
m.g. v 9~
TEST RESULTiitOr AMMONIA.N
h.AlKALlNITY
. 100
1& .
TEST
!!!!L....
RESULT liter
COPPER
IRON
b
-33
MANGANESE
CHROMIUM
NICKEL
ZINC
TOT. SOLIDS
MAGNESIUM
.
CALCIUM
. t.
SUS. SOLIDS
LEAD
<1.~
DISS. SOLIDS
CADMIUM
SILVER
SODIUM
o.
POTASSIUM
.
~ ~' :'
---
BARIUM
FIELD TEMP
umho
FIELD pH
FIELD CONDo
38.llZ'
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
\ \.._... I ~.' _ \ Lj, "--\ ~ '-' , J,. ( '\ i
~J '
I,,':..
. . '" -1 ,'" \ .~ \
-J .
'IIJI/if
'-";-'''''' \'1:.
,'- ;
,;;- 'SUFFOUC CXJJm'Y
OEPT OF HE'AL'lH SERlJICES .
FUBUC flFAL'lH
IABORAroRY
Rec'd at L<lb
Public Water
Private Water
Other
~te O:xIt>leted
Examined By
1;;'--~-~:,{
<1f -J...I JL
Lab No. 'ID-
Field No.
Date
Time
Col. By
DIVISICN OF MEDICAL ~ INVESTIGATIOOS &FClRmSIC SCIENCES
1.W\CE ORGANIC ANALYSIS OF WATER
Name ~\ ~'-'e."~ r ~. Sample Tap ,/A)e ~ ~ - 44
Mdress (bW ~~CX)(~
pJ;t>
CaI\p:)urXi
306 vinyl chloride .........
305 methylene chloride .....
290 b(o...cx:h1oranethare .....
323 1,1 dichloroethane .....
309 trans dich1oroethy1ene..
.t 0 ")
<0"5
L I) .""\
<' 0,")
300 chloroform .............. L.n.-=)
324 1,2 dich1oroethare ..... .t a ")
321 1,1,1 trichloroethane .. ":::I)~
304 carbon tetrachloride.... "-n""'i
294 1 brcm:l 2 chloroethane.../..,"')
405 1,2 dich1oropropane .... ,l h;:;:;
310 1,1,2 t:ichloroethy1ene. -",05
303 chloro(hb~.....QQethane ... '-.I\~
293 1,2 dibrcm:>ethare ...... ..';0'-,
420 2 brcm:> 1 ch1oropropane ":,,"t "i
301 b~form ..............
311 tetrach1oroethy1ena ....
308 cis dichloroethy1ene ...
320 freon 113 ..............
292 dib.Lu,Qoethane .........
307 1,1 dichloroethy1ena ...
302 brcm:x1ichloraoethane ...
406 2,3 dich1oropropene ....
407 cis dichloropropene ....
408 trans dich1oropropena ..
322 1,1,2 trichloroethane ..
409 1,1,1,2 tetrach1o'ethane
295 s-tetrachloroethane ....
433 1,2,3 trichlorop~na .
450 2,2 dichloropropane ....
451 1,3 dich1oropropane ....
452 2 chloroethy1vinylether
< () ..<:;;
<6,:::
<('1,<
<.n.~
<0.':::
~ "), '5
. ..-
~~. .
..,... t':
~~.<
"-f""'l."::
<D,S
<.(\, ~
'<0. ~
co.S'
<0. ,I(
<.,.., r:
..:n.~
Ca\Ip:)Urd
ppb
250 benzene ....................
251 toluene ....................
258 chIorctbenzene ..............
259 ethylbenzene ...............
254o-xylene .........:.........
. {J.7
"" 0 '5
....,
'"' o,~:
..:...~ =.(
252 m-xylel'le ...................
253 p-xylene ...................
255 total xylenes ..............
257 boomobenzene ...............
266 o-chloroto1uena ............
< o~.
..;:: :"). ').
<0. ~
267 m-chlorotoluere .......... ~....
268 p-ch1orotoluene ........... .....
265 total chlorotoluene ........
419 1,3,5 trimethylbenzene .....
418 1,2,4 trimethylbenzena .....
... 0 .<:
'" Co""
<11.:$
<-n .$
415 m, p-dichlorobenzene ........ ~ I
412 o-dich10r0benzene .......... <. I
432 p-diethylbenzene ..........; . ~ 0 -:
435 1,2,4,5 teb:amethylbenzena. ..:: C> ,~
437 1,2,4 trich1orobenzene ..... '"
. '.1
438 1,2,3 trich1orobellzene ~.... .<. ,
GOO ethenylbenzene (styrene) ..." I
6011 methy1ethy1 benz'(CI.IlIE!ne). <0,$
602 n-propylbenzene ... ~........ oat: n ~
603 tert-butylbenzene .......... _ r. c'
604 sec-buty1benzene ........ ... _ 0.-(
605 isopropylto1uene(p-cymene). ...('1 ~
606 n-butylbenzene ............. ...,...., '5
607 hexach101:dlutadiena ........ < I
., "., .r'<' , ."..~ ~,"'..~"'.II'f"l!I!-1!".-..r\~~""'.!!".~/I!>.._."'..lf.'.,.. ~~..
I . . ~) l) ,,,, f
I ' 10 ., ,
~~~~::=;~;l ~~
I ":.'ice ~
Col. 9y \~~'"'
I
I
3,ec'd in :'al:
?ublic Water
P:iva-:e wa-ee:
O:he:'
Date COmple1:11C
NOV I 6 l~:jcl 4 So
'2/-21Hf?OY?H
SOFFOLK COONTY DEPARTMENT OF R~ALTR SERVICES
DIVISION OF MEDICAL LEGAL INVESTIGATIONS . FORENSIC SCIENCES
POBLIC HEALTH LABORATORY
Last Name
PESTICIDE ~::~ ~ WATER
6~~~ -:t:'S (2) First
tUel(-44-
I' (3)
( 4)
S-c:'ee~ No.
(9)
Stree1:
I (8) Communi ty
Hailing Address
Ie 20) PUb'
I Sampling Point
.J8J.u ~e"SOc.)-rCp~5
,Ncom P::i v
-
- -
1(15)
(30)
I (31)
1(57,1
.:'a s t
Distance to Farm
..~ I
- ~.
Map Coordinates
1- 1_ I
Well Depth
..~ I
- ~.
Resample?'
Yes
Key !.
:10
Result
I.
I
COMPOOND
Pi'S .1
HGIL.
1(223) Alaicar~ ............. LI I
(425) Aldica:::b Sulfoxide . . . LI I
I( 426) 'A.ldica:::b Sul!~ne . . . . . <I. I
,
Ll
(224 ) Ca:-bo!uran ........... I
I( 427) 3-Hyd:::oxycarbofuran . . LI /
I( 428) Oxalllyl ............... ~1 /
..............~ ,
(429 ) Carbaryl I
I( 554) l-Napnthol ........... 'I I
I~ 430) Methomyl ............. L ,. I
I
I
(14) Dist:::ict
(13) Section
( 1 6) Block
(1 7) !.o t
I' Remarks
I Owne:-
( 4 31) Me tha= ............
-----,
( is) Nitrate
.....
. . . . . . . . . . .
..
I I '.'ELDJ Il,---
INO. t e\ J
. Y C)\~O~.
NAME. NOT INITIALS
LAB NO.
I LABORATORY I
II -&'f- S-O.
TYPE SAMPLE
---
/:- t.J.
.
ICOL
DATE REC'VD.
DATE COMPLETED
/1 I II"I U
.
'I: Is
~
,tOL
1~15"
TIME REC'VD.
I
~E OR FIRM
lESSOR LOCATION
NT OF COLLECTION
IRKS/INSTRUCTIONS
TEST
RESULT
TEST
mq.
RESULT liter
TEST
ms...
RESU L T liter
umho
.c:.oS
COPPER
NITRITE
,O~3
.13
IRON
~.
~.5
TEST
m.g.
RESULTiitOr
AMMONIA.N
MANGANESE
TKN
CHROMIUM
T. ALKALINITY
Q.PO .p
,a'-l!:?
NICKEL
c:?o.
ZINC
TOT. SOLIDS
MAGNESIUM
/3.
30.
CALCIUM
SUS. SOLIDS
LEAD
,,~~
DISS. SOLIDS
CADMIUM
SILVER
~
SODIUM
/.
I
.
.. _' _JO
--
POTASSIUM
BARIUM
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD CONDo
38-112:
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Lab No. ~~.fJ'dcfY
~~d~ ,~
. Time lEiri
COl. By <:)\rOlo,.
1:)"\
. It)6/ff
.
'SUFFOLK <XXJNrr
DEPl' OF HFAL'lH SERVICES .
FUBUC HFAL'lB
LABORAToRY
Rec'd at Lab
Public Water -
Private Water
Other
Date Conpleted {I.,:'f...,'
Examined By crt~.' I 2L
DIVISICN OF MEDICAL LEX;AL INVES'l'IGATIoos , FORENSIC SCIENCEs
TRACE OIG\NIC ANALYSIS OF WATER
Name F\~"'e..r$ r~. Sanple Tap
Address GW ~~oor~
O::m(X>urx:I
p
306 vinyl chloride ......... "'/)"'\
305 methylene chloride ..... 4.')"")
290 bL.........:hloranethane .....
323 1,1 dichloroethane .... ...:;:'....,--)
309 trans dichloroethylene.. .( f) ....,
300 chlo~form ............. ~ ~5
324 1,2 dlchloroethane ....., \ "
321 1,1,1 trichloroethane ../ !y,
304 carbon tetrachloride.... ...(.1)5..
2941 bratl) 2 chloroetbane.. /f)~
405 1,2 dichloropropane .... ~
310 1,1,2 trichloroethylene. /.
303 chloro:libL.......uethane ... ~
293 1,2.dibratOethane ...... ~
420 2 braro 1 chloropropane L" S
301 braroform .............. .1.'.115
311 tetrachloroethylene .... ...:- g ~
308 cis dichloroethylene ... ~ ,
320 freon 113 .............. Ln ~.
292 dibraocmethane ......... ..(./1 S
307 1,1 dichloroethylene ... L.ry5
302 brauodiChloranethane . ~. < n:::::.,
406 2,3 dichloropropene .....c. 09
407 cis dichl<;lropropene .... /' n~
408 trans dichloropropene .. /" n':;;
322 1,1,2 trichloroethane .. ,:-'oS
409 1,1,1,2 tetrachlo'ethane L..... "'"
295 s-tetrachloroethane .... ",< f) ""
433 1,2,3 trichloropropane . ../ () S
450 2,2 dichloroprop:me .... /" '1 ~~
451 1,3 dich1oropropane ....... n"-'~
452 2 ch1oroethylvinylether ...-"f)";;-
~ ...
l>
.
,to
We\\- 5
():rnpouOO
PDb
250 ber1zere .................... ~
251 tol1Je11e .................... ~
258 chlorobenzeD! ...........~... <. ,
259 ethylbenzene .......... .......... I
254o-xylene ...................
252 m-xyleJle ......................................
253 p-xylere ...................
25S total xylenes .............. , I
257 b~ene ...............
266 o-chl.orotoluene ............ '- 0 .":;
267 a-ch1orotoluene .......... ~...._ ~ '=\
26$ p-chlorotoluene ............ <I)~l
265 total chlorotoluene ........
4191,3,5 trimethylbenzene ..... .("'"
418 1,2,4 trime~lbenzene .....I::
.;.
415 m, p-dichlorobenzene ........ -i. f
412' o-dic1110r0benzene .......... L-.I
432 p-diethylbenzene ..;.......;.....:L-...: .
435 1,2,4,5 tetramethylbenzene . ~
437 1,2,4 trichlorobenzene...... L I . .
,
438 1,2,3trichiOrobenzene' ..... .d
600 ethenylbenzene (styrene) ... < I
601 1 methylethyl benz'(Clnene). ~Ir::;;
602 n-propylbenzene ...~........ L /.j':=;
603 tert-butylbenzene .......... .-', 1"'"
604 sec-butylbenzene ........... .~.! i~
605 isopropyltolueneCp-cymene) . . ;.)_
606 n-butylbenzene ............. .z;::;s-
607 hexachlOrobUtadiene......... .t.. I
:~ --~~'.- ...
4_"'id
I I FIElD 1
oLD NO. _UJe\ \ - '8
IBY (")\~O~
NAME. NOT INITIALS
I
LAB NO.
I LABORATORY I
/1- N - ,J I.
,::::tr.l .
lI)d)U
.
y: </J
\\
\ \. \, 1/~ \ '!;i Ien-'"'
TYPE SAMPLE
. COL.
DATE REC'VO.
I COL.
I aDO
TIME REC'VD.
DATE COMPLETED
1 CONDUCT
pH
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
I CAL EXAMINATION OF W:'Ef.;:~AGE. ~DUSTRIAL WASTE
OR FIRM -g\~ 01.
IESSORLOCATION ~LU ~e-sO(,)('""rP~
NTOFCOLLECTION 6o\~ ('OO\::R O~.
IRKS/INSTRUCTIONS Wp.\ \ ~ 4~ ~O~
:J../-I qc.. \ \>Ui<l. e~ - ( 'n.J
I TES';. . R~ULT . \ TEST
umho I>< NITRATE.N
I>< NITRITE
m.g. ""
RESULTilte; !;\. AMMONIA.N
!!!9..,.
RESU L T liter
TEST
!!lL
RESULT liter
TEST
. I~
. ~ 18
. I~
COPPER
I)( IRON
1)( MANGANESE
014-
"'.7
TKN
~ O.P04.p
CHROMIUM
. ~o8
NICKEL
~3.
TOT. SOLIDS
ZINC
IX MAGNESIUM
X CALCIUM
1.2. .
1/-
SUS. SOLIDS
LEAD
.
ULFATE
~1.
DISS. SOLIDS
CADMIUM
BAS
10
J.4~
)(__00<
......
~
>< FIEl~D.O.
r>< FIELD TEMP
IX FIELD pH
[)( FIELD CONDo
SILVER
}( SODIUM
)( ~OTASSIUM
1:J.o .
1.
.0.0.
to.C.
i lHe.\&
~~\U
1t
BARIUM
C).. b
18
7-.4
41-Jf-umho
33.U2:
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Lab No. TO-
Field No. W
Date
Time
Col. By
.If: 1~
. 'SUFFOLK <XXlNrY
DEPT OF HFAL'IH SERVICES .
Rec'd at Lab
Public Water
Private Water
Other
Date Calpleted
Examined By
/1-1'/- H'
I'OBUC HFAL'lH
IJ>.BORAroRY
'l -\:-. - '.
1\ 'J" "'TI
, ..' ~4'
DIVISICN OF MEDICAL ~ INVESTIGATIOOS , FORENSIC SCIENCES
'mACE O~C ANALYSIS OF WATER
Name F\~~e.r~ r~. Sample Tap GO\~ CQX>;::e Q;:)
Address GW ~"'&OOr~ks
O:mpouOO
PIX>
PIX>
306 vinyl chloride ..... ~... L.O,~
305 methylene chloride ..... .( () ")
290 br\.&uochloranethane ..... _
323 1,1 dichloroethane ..... L-t1'-)
309 trans dichloroethylene.. .(()"i
300 chlorofoIlU ... ........... L../).'-:::;
324 1,2 dichloroethane ..... L.o,'")'
321 1,1,1 trichloroethane .. //)'.,
304 carbon tetrachloride.... //)")
294 1 braro 2 chloroethane.. .'/1."-,
405 1,2 dichloropropane .... "',f) ")
310 1,1,2 trichloroethylene. LO"')
303 chlorodibran:methane ... .(. () <:;
293 1,2 dibraooethane ...... L,~~
420 .2 braro 1 chloropropane .L.:..._
'v
, I:::
301 braooform ................ "'0_,-,
311 tetrachloroethylene .. ...(,1)"'1
. 308 cis dichloroethylene ... .:',,"'-1
320 freon 113 .............. "--n S'
292 dibl........""thane ...; ~ .... <"0 '5
307 1,1 dich1oroethylene ... LO")
302 braoodichloraoethane ... ~ (j "i
406 2,3 dich1orop~ .... .(~:"l
407 cis dichl<?rOpropene .... ~ /)4
408 trans dichloropropene .. .('6.")
322 1,1,2 trichloroethane .. -<'(1 ':5
409 1,1,1,2 tetrachlo'ethane .L!)") .
295 ___...... .... ~~
433 1,2,3 trichloropropane . '.,
450 2,2 dichloropropane .~.. 0.:;
451 1,3 dichloropropane .... 1)5
452 2 chloroethy1vinyletber L (). ~
0:mp0u00
250 benzene .................... ~-
251 toluene ....................
258 chlorobenzene .............. _ .
259 ethylbenzene ............... a
254o-'XY1ene ...................
252 tlt-xylene ...................
253 p-xylene ................... --
255 total xylenes .............. ~
257 b~nzene ...............
266 o-chlorotoluene ............ t... {) '5
267 m-chlorotoluer:e .......... ;~~ / r'::;
26f;J p-chlorotoluene ............ ~." 0 ~
265 total chIoroto1uene ........ _
419 1,3~5 trimethy1benzene ..... -"oS
418 1,2,4 trimethylbenzene ..... ,rr
415m, P:diChlOrobe. nzene.... ........ iF" .
412 o-Olchlotobenzene ........... ...~
. 432 p-diethylbenzerwa ..~~..~~..~..;... ,
435 1,2,4,5 tetramethylbenzene . ... 0 "i
437,.1,2,4 ~chlo~n~~..~.. 4-
438 1,2,3 trich10r0besaene ..... ~
GOO etheny1benzene (styrene) ... ~
601 1 methy1ethy1 benz'(CUllene). <:.0,1
602 n-propy1benzene ...~........ /0"1
603 tert-butylbenzene .......... ~ (J')
604 sec-buty1benzene ........... .:0")
605 isopropy1to1uene(p-cymene) . LI) ~
606 n-buty1benzene :............ ~
607 hexachlorobutachene......... ~
"
I fFIEU) I l a
LD NO. LJel - I
Iv (")\~o~
NAME. NOT INIT1ALS
14
l ~'50
LAB NO.
I LABORATORY I
II -N- - Jr
':::w.
III ,., I rr
'f"{J
\'
I, \\ y1, \}.It. f...-. -1 '"'
,~
TYPE SAMPLE
ICDL
DATE REC'VD.
TIME REC'VD.
tOL
DATE COMPLETED
'OR FIRM
lESS OR LOCATION
NT OF COLLECTION
IRKS/lNSTRUCTIONS
SUFFOLK COUNTV HEALTH SERVICES LABORATORV
CAL EXAMINATION OF W~\~AGE~USTRIAL WASTE
~tu -"Re~O(.),,.p~
L\:5 5 1v~-:Je a" \
1 mQ. !!!!L....
TEST RESULT TEST RESULT I.iter TEST RESU L T liter
X _ ..0"-..1
ONDUCT umho NITRATE.N .,O~ COPPER
pH ~ NITRITE . O~& ~ IRON t..r
I TEST m.g. >( [)( '43
flESUL T mer AMMDNIA.N. , 0'1 MANGANESE
ph. ALKALINITY TKN CHROMIUM ,
] IT. ALKALINITY X O.PO 4.P .030 NICKEL
HLORIDE 11, ZINC
~LUORIDE ~ MAGNESIUM 5:s
YANIDE TOT, SOLIDS X CALCIUM rJ...
SUS. SOLIDS LEAD
.
ULFATE ~..;) DISS. SOLIDS CADMIUM
ltv1BAS SILVER
[\..0.0. ~ SODIUM Ib-
I ~o.C. POTASSIUM If..~
...
~
- BARIUM
~ lHe\& ~ FIELD D.O. 'J..O
1 f'..rr ~ FIELD TEMP It{
r m'\A.:. t4..~4 ~ FIELD pH -:J-. \
1 t ~()V\.~ <68,~ ~ FIELD CONDo l/) ~ umho
38.112'
llec'd at Lab "-''I-Ii ~
Public Water
Private Water
Other - "
rate O:xipleted I 1.1l.' ZY
ExaIIIined By iJ:.. ;','J JL.
DIVISIQl OF MEDICAL LBiAL INVESTIGATIOOS & FOlWlSIC SClmCES
TRACE OROANIC ANALYSIS OF WATER
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Lab No. TO-
Field,tlo. Lu
Date ,Il\-
Time
Col. By
'SUFFOLK o:unY
DEPT OF HEAL'lH SERVICES .
PUBLIC HFAL'lH
LABORAmRY
Name F\ ~~e.~~ r~. Saa\)le Tap
Address GW ~~OcJ(~ks
O:mr-oun:1
PP>
PP>
306 vinyl chloride ......... LO ~
305 methylene chloride ..... i. 05
290 b~.........:h1oraoethare ..... __
323 1,1 dichloroethare ..... ~,
309 trans dichloroethylene.. ~
300 chloroform ............. ~
324 1,2 dichloroethare ..... ~
321 1,1,1 trichloroethane .. /:1:):
304 carbon tetrachloride.... / f) ")
294 1 braro 2 chloroethane.. ':::"1 "') .
405 1,2 dichloropropare .... <0"')
310 1,1,2 t~ichloroethy1ene. ~
303 chlorcxhb(I.&'Lluethare ... ~
293 1,2 dibraroethare ...... L {).~
,~20 2 braro 1 chloropropane L/)<\,
. " '.!' . .~
301 b~form ........ ...... LOS. ,-
, 311 tetrachloroethylene .... L i) -") >
308 cis , dichloroethylene ... .c.t)<=) -,
320 f~'ec;:)I'l'113 ..... ......;... .{_~~:)';
.292 ~ib"""",.....",==thane ......... L,n ~\ _
307 1,1 dichloroethylene ... ..(:><'
302 braoodichloraoethane ... .t: () C)
406 2,3 dichloropropere ...../ ~'7i
407 cis dichlC?ropropene ... .of") 'i
408 trans dichloropropene .. ~ ~).'.',
322 1,1,2 trichloroethane ....: (j"
409 1,1,1,2 tetrachlo'ethane Ln:J '
295 s-tetrachloroethane .... L- 0 "'i
433 1,2,3 trichloropropane . .L{)c; .
450 2,2 dich10r0pr0pane .... "'-::0.5
451 1,3 dich1oropropare .... L 05,
452 2 chloroethylvinylether /. fJ c.;
Cc:Inp:lurxi
250 benzene .................... ..nR
251 toluell9 ........... ...... ... E
258 chlo~nzene .............. ~ .
25~ ethylbenzene ...............
254 o-Xi'.~E\!re ...................
252 m-xylerae ...................
253 p-xylere ...................
255 total xylenes .............. 10
257 bDOmObenzene ...............
266 o-chlorotoluene ............ .c.. 0 ,So
". _267 m-chlorotoluene .......... ~.... Ly.)~
268 p-chloroto1uene ... ......... .L' n")
265 total chloroto1uene ........ _
, ,419 1,3,5 ~Illethylbenzene ..... L~;:
" 418 1,2,4 tnmethylbenzene .....' .
~ ',!.
" 4l5",~~iCh1orobenzene .......;. ~
.:.412:,,;~lchlorobenzene . ...... ... .:.....\ .
:<;,432p..diethylbenzene .;........;; ,l' '
'}435 1,2,4~5 teb:cmlethy1benzene . LO~
',il'437 1,2,4 trichlorobenzene ....~ ;: I
'~~ {'. . .:' . . ", - y .
,'438 1,2,3trichlorobenZene ..... tt=' ,
600 ethenYlbe, nzene (styrene) ... '
6011 methylethyl benz'(CUDene). / .
602 n-propylbenzene ...;........ ~ a ")
603 tert-butylbenzene .......... .' () ""i
604 sec-butylbenzene ........... .:: n~~)
605 isopropyltoluene(p-cymene) . ~,5
606 n-butylbenzene ............. .L.D':"i
607 hexach1orobutadiene......... ~
,
;j:'1J
,
"
I @LEJ I
INO. L0 e.\ \-- \ 0
.. Y (')\~O~
NAME. NOT INITIALS
ICOL. l b
.tOL. \d-OO
LAB NO.
TYPE SAMPLE
DATE REC'VD.
TIME REC'VD.
I LABORATORY I
1/ - K'ci - tic;
hU.
I//Ioa'
. .
'11/ ,J,-
~
\\\-0;\ 'l1> ,-J
\ \ \VI
DATE COMPLETED
I
~E OR FIRM
lESS OR LOCATION
I OF COLLECTION
RKS/INSTRUCTlONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF WATEf. SEWAGE. ~DUSTRIAL WASTE
~\~ Cl .
~LU ~e'Sou,rp~
lA)P, ~~ \ 0
1
TEST
~ !cONDUCT
pH
I
mq.
TEST RESULT liter TEST
I>< NITRATE.N ..., ~.,j. COPPER
::>< NITRITE ./ .)..;..}'-P ,..r- i)( IRON
)(' AMMONIA.N ~ MANGANESE
RESULT
umho
TEST
m.g.
RESULT iiiU
Ih. ALKALINITY
~. ALKALINITY
TKN
IX O.POA.p /
C" p ^^ ,.tl" (
ICHLORIDE
FLUORIDE
3 -
Q
YANIDE
TOT. SOLIDS
SUS. SOLIDS
ULFATE
DISS. SOLIDS
'"
~r",BAS
C.O.D.
J T.O.C.
~
>< FIELD D.O.
IX FIELD TEMP
>< FIELDpH
X FIELD CONDo
9.0
IL
. ~ (IJ.~
I (}
\\Dumho
11.!eS~
~ I''''\-
~\U -:1.\0
IfnUh~~ ~r;).~
CHROMIUM
NICKEL
ZINC
">< MAGNESIUM
>( CALCIUM
LEAD
CADMIUM
SILVER
)( SODIUM
')(' :~TASSIUM
BARIUM
!!!!L
RESULT liter
,;J8.
4'~
OI..~'
37
4.f
/7.
:;S'1I2,
SUFFOLK o:x.JN1Y
DE:PT OF HFAL'lH SE:RVICES .
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. Lab No. 10- //f'R'd-<l,j
~~~
Rec'd at Lab
Public Water
Private Water
Other
[\:Ite Conpleted I, . .:. " ..
Examined By ,:., v ~-.....
PUBUC HFAL'JH
LABORA1\:lRY
DIVISI<N OF MEDICAL IJ;X;AL INVESTIGATIONS , FORmsIC SCIma:s
TRACE O~C ANALYSIS OF WATER
Name F\~~e..'(""'"''5 r~. Sample Tap
Address (OW ~~OO(~kS
Canpourxl
306 vinyl chloride .........
305 methylene chloride .....
290 bLo.......hloranethane .....
323 1,1 dichloroethane .....
309 trans dichloroethylene..
300 chlorofoDm .............
324 1,2 dichloroethane .....
321 1,1,1 trichloroethane ..
304 carbon tetrachloride....
294 1 braro 2 chloroethane..
405 1,2 dichloropropane ....
310 1,1,2 trichloroethylene.
303 ch1orodibrarauethane ...
293 1,2 dibraroethane ......
420 2 braro 1 chloropropane
301 bPOmOfocm ..............
311 tetrachloroethylene ....
308 cis dichloroethy1ene ...
320 freon 113 ..............
292 dibLQll...loethane .........
307 1,1 dichloroethy1ene ...
302 brcm::dichlorauethane ...
406 2,3 dichloropropene ....
407 cis dichl<?ropropene ....
408 trans dichloropropene ..
322 1,1,2 trichloroethane ..
409 1,1,1,2 tetrachlo'ethane
295 s-tetrachloroethane ....
433 1,2,3 trich1oropropane .
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 chloroethy1vinylether
PIX>
<C"). S
<0 .~
.(.C"I.~
..:: ....." :~.:
..! ~.:...
... .r
.. ...J
,(0."5
.(0.:5
~O.~ .
,() ,':
<.0.<
..:.c.c
,
<n.",,:.
<0. ~
,
"'" ~)
40.5
"'O.~'
~o .~~
r.
<Ln. :
LO,~-:
, . '"
... (). < ,
4n.::
,
<,(-, ".:')
,
.1 Ii :::....
....:rl ....:
~~.!:
,.
.~ f"' .j
.:.~..c
..:.n.':::
.(r> C
<c....
Cal\p::)uOO
PIX>
250 benzene ....................
251 toluene ........~...........
258 chlorobenzene ..............
259 ethylbenzene ...............
254o-xylene ...................
252 m-xyleoo ....... ... .........
253 p-~lene ...................
255 total xylenes ..... .........
257 b~ene ...............
266 o-chloroto1uene
............
267 m-chlorotoluene ............~
268 p-chlorotoluene ............
265 total chlorotaluene ........
419 1,3,5 trimethylbenzene
418 1,2,4 trimethylbenzene .....
. -l'r..... ~<"
.....(") ..C..
-".1
":r\.~
~o,:'.
~.,...., <'
,: ~-~.::;
"':0.5
,
<f',:
'''':':'-0 .:"
<o.~
<n .c.
415 m, p-dichlorobenzene ........ .( \
412 o-dichlorobenzene ~.... . . . . .. "'- I
432 p-diethylbenzene ..........;. .,('o.~
435 1,2,4,5 teb:amethylbenzene. ':0,"-
437 1,2,4 trichlorobenZene ..... -< I
'.
438 1,2,3 trich10r0benzene .....
600 ethenylbenzene (styrene) ...
601 1methy1ethy1 benz' (curene).
602 n--propylbenzene ... ~........
603 tert-buty1benzene ..........
604 sec-buty1benzene ...........
605 isop~lto1uene(p-<:ymene) .
606 n--buty1benzene .............
607 hexachlorobutadiene.........
-<.1
. ...,
<0.:::
.:(').c
~.t"l <
-:(i ~
...:....... -,
....:: 0 .c-
.<1
_~. ::i;.
. "':.... ....: ,~".. ..... , ,: ,., ~',,_Jti, 4 j, .. .
~:._...._',:to__(: "~_ ...
'.~
I r - El) i I LABORATORV I
_~NO. lDe\ \ -\\ LAB NO. J)- if- 3 '1
Iv C)\~O~ TVPE SAMPLE rvJ
NAME. NOT tNITlALS
10L. l-S DATE REC'VD, IJ / I ("/ if
TIME REC'VD, 'I.' </.f'"Lu,-
Oq~o i\\ ~\ ~l, f'
10L. DATE COMPLETED
I , ,
SUFFOLK COUNTV HEALTH SERVICES LABORATORV
CAL EXAMINATION OF W~\~AGE~USTRIAL WASTE
~W ~e-s~("'rp~
l,,}e\ ~- \
3~~ 1().~eJ)
IlR FIRM
'ISSOR LOCATION
IT OF COLLECTION
IKS/INSTRUCTIONS
l !!!!I.,. TEST !!!!L
TEST RESU L T TEST RESULT liler RESULT liler
~ fONDUCT umho )( NITRATE-N .CJ9 COPPER
~ NITRITE . O't.~ )< IRON A.r;
pH
I TEST m.g. ~ . ;<3 ~ r, 'J
RESULT nt.; AMMONIA-N MANGANESE
[.ALKALlNITV TKN CHROMIUM
~ .
. ALKALlNITV O.P04.P . O~L, NICKEL
~ HLORIDE {).S, ZINC
LUORIDE )( MAGNESIUM t. 't
_IVANIDE TOT. SOLIDS X CALCIUM I R.
:lULFATE SUS. SOLIDS LEAD
43. DISS. SOLIDS CADMIUM
Ii1BAS SILVER
.0.0. )( SODIUM 4/.
.o.c. ~ " .4..7
POTASSIUM
~
1He\& BARIUM
~ FIELD D.O. rn. oS
rdr i}( FIELD TEMP \3
I a\ UJ l55.\D >< FIELD pH :):q
LJ~~ ~5:r5 )( FIELD CONDo 134 umho
33-J 12:
1/
1
1
1
1
1
I'
I'
1
1
1
1
1
1
1
1
1
1
1
'SUFFOLK <XX.lNrYRec'd at Lab I/-/S'x,?
llEPT OF HFAL'lH SERVICES' Public Water
Private Water
PUBLIC HFAL'lH Other
I.ABORIcrORY Date Ccnpleted /I_ 7.3- . ,;
Examined By 1\ ~\ ~
DlVISIW OF MEDICAL ImAL INVESTIGATI<NS & FORmSIC SCIENCES
TRACE ORGANIC ANALYsIS OF WATER
Lab No. '10-
Field No.
Date
Time
Col. By
Name F\~~e.:rs r~. Sanple Tap
Address GW l<e.~OO('~ks
We\~-l \
PIll>
O:mp)UOO
306 vinyl chloride .........
305 methylene chloride .....
290 t:.,:.....oO<.:h1oranethare .....
323 1,1 dich1oroethane .....
309 trans dichloroethy1ene..
~'} .:;;
.:: :)"'i
-
.::' I}~-)
.(') ;;:;
300 chlorofonu ............. ~
324 1,2 dich1oroethare ..... ~
321 1,1,1 trichloroethane.. L..O.~
304 carbon tetrachloride.... L O.
294 1 bratO 2 chloroethane.. .!. Q') .
405 1,2 dichlol:opropane .... LOS
310 1,1,2 trichloroethylene. .:: 0_':'5
303 chlorodit>t....uuethane ... L').~
2931,2 dibranoethane ...... ,.(')~1
420 2 bratO 1 chIoropropane L.. ()~
301 braroform .............. i..O'~1
311 tetrachloroethylene ..... <:.f\~ .
308 cis dichloroethylene . ~. ~ 05
320 freorLl13 .............. ..(O~
2~2 dibratanethane,~........ ~ {l S
307 1,1 dichloroethylene ... <fl.')
302 braoodichloranethane ... .( '1 "')
406 2,3 dichloropropene.... <"no;:::;
407 cis dich19roPropene .... L ;'~l ."
408 trans dichloropropene .. L.:} '"";
322 1,1,2 trichloroethane .. /,')C;
409 1,1,1,2 tetrachlo'ethane <J"t~
295 s-tetrachloroethane .... 5'1"'\
433 1,2,3 trichlor:opropane. I)~
450 2,2 dichloropropane .... ~.'1"'\
451 1,3 dichloropropane .... ..:' I) .,
452 2 Chloroethylviny1ether L..O-,
" .~' "flY ~~. ,~~ 1.- .,-~. .:.,.- '"r.
O:mpound
250 benzene ....................
251 toluene ....................
258 chlorobenzene ..............
259 ethy1benzene ...............
254o-xylene ...................
. 0:7
n. t.
~ I
~o. 5-
~ o. j-
252 tn-X}'leJ'le ...................
253 p-X}'lene ...................
255 total xylenes ..............
257 b~ene ...............
.L .,. j-
~(', '.-
266 o-chlorotoluene
............
" o. S-
267 JIH:hlorotoluene ..... ~.... ....~ L,/}."')
268 p-chloroto1uene...... ....... .( :1')
265 total chIorotoluere ..~...... _
4191,3,5 trimethylbenzene,..... L'()'':;;
418 1 ,2,4 trimethylbenzen,e"'~.... / ().~
:;;~, '., :~~ :?i~-~
:g ~~=~~~~:::::.fr=
432 p-diet:hYlbenzene~....,;:?.:i...,;:<I)C) .
435 1,2,4,5tetramethy~ene .'.(.0")
437 1,2,4 tric~...,;.... ~
;' ,- ','- .',.", ,', .!'_ '-'_.:-~~zi
4381,2,3 trichlorob..,lZene..... ~
GOO ethenylbenzene (styrene) ... -4L.=
601 1 methylethy1 benz'(CUDene). LO.c.;
602 n-propylbenzene ... ~........ L .1..:;
603 tert-buty1benzene .......... I( l};::,
604 sec-butylbenzene ........... ./1.....)
605 isopropyltoluene(p-cymene) . Ln. c:;
606 n-buty1benzene ............. <.I").t:)
607 hexachlOrobutadiene ...\..... ~
~,,:' "~ ,...:..:, 1,; '. '-."
I~a" if
~'!l~d No.
Da~e
I~
,1. !ly
I
I
I Las t Name
4l S1::'eet No.
I Communi ty
Rec'd in :"a~
?ub1ic Wa':e:'
P:,ivate Wa1:e:'
q~he:'
Da:e Comple~ed
rz I B/~"?(/?I.)..
SUFFOLK COUNTY DEPARTMENT OF HEALTH SERVXCES
DXVISXON OF MEDICAL LEGAL INVESTIGATIONS & FORENSIC SCIE~CES
PUBLIC HEALTH LA30RATORY
PESTICIDE ~~.2!. WATER
6csWt~ -:s:S\ (2l ='i:'s1:
I Sampling Point
-.6 LU 1te.~oO~c.P~5
( 9l
Street
fli::1q Addr.ess
20 l Pub
ISl Distance 1:0 Farm
III Map Coordinates
31) Well Depth
.Ncom
priv'l
ft. I
1- 1_ I
17) Resample? Yes Key !. ':10 I
-
1st: Result I
I COMPOUND ./ PPB 01
uJe\ \ - \ ~
(14l
Dist:,ict
(13)
Section
(~6l !llocx
ft. I
(17)
!'ot
Remarks
Owner
'.
KG/I..
<:::1
L\
<.1
Ca:bofu-ran ........... <. 1
3-Hydroxycarbofuran .. < I
L.l
OXAmyl ...............
.~ 1
Carbaryl.............
'N 0 h ~ ,
.- apnt 01 ...........
.. ............. L I
..30). Kethomy1
123)
{42S)
126;
Aldicar!:l
.............
Aldicarb Sulfoxide ...
Aldicarb Sul:one .....
124l
(427)
128l
"29)
!lSS4)
I
I (431)
M~tha~ ............-
---'
:,<
).~ ..-
/ ( 78)
Nitrate
. . . . . . . . .. . .
I
I
I
I
I
I
I
. .i~lfii:?
''-:f~~.
-;",:?\W;,.
I ~IELD I I LABORATORY I
LONO. Lh\\ - t d- LAB NO. II - g.!- 'II
Lv (")\~O'" TYPE SAMPLE I- c-J
NAME. NOT INITIALS
I COL. l~ . DATE RECVD. III Ie lit
TIME REC'VD. Y'yJ;;'-
ICOL. \l45 DATE COMPLETED \ \\ ~\ ~ (t?l;./
\ \
I
iolE OR FIRM
lESSOR LOCATION
NT OF COLLECTION
IRKS/INSTRUCTIONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF W~\~AGE~USTRIAL WASTE
6;lA) ~~~~~
q ~ 1>0\~
TEST
RESU L T
TEST
mo.
RESULT liter
TEST
mL
RESULT liter
ONDUCT
umho
. 93
COPPER
NITRITE
" O..ll
TEST
m.g.
RESU L T iit;;
AMMONIA.N
~ i I
5'-1
CHROMIUM
. ALKALlNITV
.038
NICKEL
.9
ZINC
TOT. SOLIDS
MAGNESIUM
3.0
b-o
CALCIUM
SUS. SOLIDS
LEAD
(3 .
DISS. SOLIDS
CADMIUM
SILVER
SODIUM
I~.
3.
POTASSIUM
.. ~.' ::
~
BARIUM
FIELD D.O.
<6.<:+
d..loO
Coo. Q...
FIELD TEMP
umho
FIELD pH
FIELD CONDo
;is.ll2'
I
I
I
I
I
I
I
I'
I
I
I
I
I,
I
I
I
I
I
I , "
t J;~~'a,..I.'!R_ ."__._l l_il..I_JI,.;.....___..~__________,_
Lab No. TO-
Field ~.
Date ~
Time
Col. By
'SUFFOLK WlNl'Y
DEPT OF HEl\L'lH, SERVICES '
PUBUC HEALni
LAOOIlATORY
DIVISICN OF MEDICAL LIiXW.. INVESTIGATICNS , FORalSIC SCIENCES
'mACE OR:;ANIC ANALYSIS OF WATER
Nmoo F, ~~e.r3 r~. Sani>1e Tap -lNe \ l
Address.!6W ~~OO("~ks
Rei::' d at: Lab
Public Water
Private Water
Other
Date OJnp1eted
Examined By
I!-/')-y/
~', ~ ~. r I
'::1'\ f' 1.71.,
\~
O:mpourxi
ppb
ppb
306 vinyl chloride ..... ~ ... l (J,C)
305 methylene chloride ..... ,( It':">
290 bl.o.l&A.<hl0r0uethane ..... _
323 1,1 dichloroe,tllane ..... .(~')
309 trans dichloroethylene.. L D''')
300 chloroform ............. ':'1)5
324 1,2 dichloroethane ..... 7 {J "1
321 1,1,1 trichloroethane .. ,t>"}
304 carbon tetrachloride.... .C~ '"'i'
294 1 brano 2 chloroethane.. .:. <=)
405 1,2 dichloropropaoo .... <0.S
310 1,1,2 trichloroethJllene. -CJ) "")
303 chlorodibtu1Olletllane ... ~. ' .
293 1,2 dibranoethane ...... L,
420 2 bri:mo 1 chloropropane Ln..
301 bratOform eo_. ....~. .0_ .".. .L...(} ~
311 tetrachloroethylene:~... ~tJ :')
308 cis dichlorOethylene' .'.. Ln S
-320 f~_113 ........~..-~... -'..n5:.
292 dib4ulLl~tllane .......... .L ().~
307 1,1 dichloroethylene:... Ll'l.";
302 b.....wdichlorauetllane ... .(n."'i
406 2~3 d~chloropropene .... L 0.5
407 ClS dlChl<?ropropene .... .(<1 '-J
408 trans dichlOropropene ...t i1 ':")
322 1,1,2 trichloroetllane .. <( n. ")
409 1,1,1,2 tetrachlo'ethane ..(n")
295 s-tetrachloroetllane .....(-0 "=j
433 1,2,3 trichloropropane ..L. ()~
450 2,2 dich1oropropane .... .to S
451 1,3 dichloropropaoo .... L/,:)
452 2 chloroethy1viny1ether L_'}~
O:mpound
. 250 benzene .........~.......... .5(.
251 toluene .................... ~
258 chIorobenzene .............. -&-
259 ethylbenzene ............... .(!)~
254 ~xylene . .................. .(.()"J
252 m-xylene ................... L().&:"i
253 p-xylene ....... ............ ~ (}";)'
255 total xylenes .............. ._
257 b~ene ...............
266 o-c~orotoluene .......~~... ~QS
o 267 m-chlorotoluene .......... ;... ~ L F) <:;
26~ p-chlorotoluene ............ 2~ I\-=)
265 total chloroto1uene ........ _
419 1,3,5 trimethylbenzene ..... "'I":;
418 1,2,4 trimethylbenzene ..... .:'Os
415 m'P:<iichlorobenzene ........ .kL-'
412 o-dlchlOJ:\Jbo:"lZene .......... 4---:-'
432 p-diethylbenzene ..........; LO-:) :'
. 435 1,2,4,5 tetramethylbenzere . /'),9
437 1,2,4 tric~nzene .....4-
' .
438 1,2,3trich1orobenzene ..... LL-
GOO ethenylbenzene (styrene) ... ~
601 1 methy1ethy1 benz' (CI.IIlene). /'0:-;
602 n-propylbenzene ....,........ L ,') <5
603 tert-butylbenzene .......... .1:,,&-,
604 sec-buty1benzene ............(") ..,
605 isopropy1toluene(p-cymene) . L 0:=;
606 n-butylbenzene ............. L. . .OJ &=:)
607 hexachlorcbutadiene ........ .:::L.:...
I I FIEL~
DNO. GCe(\~l3
Iy C)\~O~
NAME. NOT INITIALS
\61
\ '2cx)
LAB NO.
I LABORATORY I
I) ... 5' J - c.h...
Fw.
11/lj/S.!'
--
s/.'y,S
\\\~\~~
TYPE SAMPLE
tOL.
DATE REC'VD.
TIME REC'VD.
10L.
DATE COMPLETED
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF W~\~AGE~USTRIAL WASTE
ISSORLOCATION ~tu ~ou,("P~. .
T OF COLLECTION e.. \ - ("3 ( La-..J} ~ \ \;
IKS/INSTRUCTlONS -00.:.., \eJL 1-\. ~5
I
E OR FIRM
I !!!9..,. !!!L
TEST RESULT TEST RESULT liter TEST RESULT liter
tONDUCT umho lX NITRATE.N ...::.. 0:;- COPPER
X NITRITE ~ 00'+ )< IRON dl.
pH
l TEST m.g. ~ - 0'7 ><lMANGANESE 1(',
RESULT j[j;,' AMMONIA.N
ph. ALKALINITY TKN CHROMIUM
. ALKALINITY ~ Q.P04.p .008' NICKEL
HLORIDE 55. ZINC
LUORIDE >< MAGNESIUM h'7
~ANIDE TOT. SOLIDS ><: CALCIUM 10.
SUS. SOLIDS LEAD
LFATE (,/. DISS. SOLIDS CADMIUM
BAS SILVER
'-.0.0. ~ SODIUM ~#.
lo.c. f)< ,. /1.
POTASSIUM
~
BARIUM
~\j. >< ';i .\
FIELD D.O.
f)( 13
~ FIELD TEMP
10. -S-s X FIELD pH ~ 0:5
DoJ,^l\o. 1) IQ.5" X FIELD CONDo 'Q.'81 umho
3S.1l2'
~
I
I
I
I
I
1
I
I
I
I
I
I
I:
I
I
I.
I"
I
... -
'Rec'd at Lab 1/./,,' ,~!?
Public Water
Private Water.
Other
Date CoRpleted II' 't.'.. ,'-;'-
Examined By ~ il-, I :II-
DIVISICN OF MEDICAL LJ;X;AL INVESTIGATICNS & FORmSIC SCIENCES
'!'RACE OR:;ANIC ANALYSIS OF WATER
'SUFFOLK CXXJNl'Y
DEPT OF HEAL'IH SERVICES .
Lab No. ~
Field No
Date (
Time
Col. By
FUBLIC HFAI:IH
LABORA'lURY
Nmne F\~~e.r~ r~. Sample Tap
Address 6W ~~OC)(~ks
O:mp:ll.lrd
306 vinyl chloride .........
305 methylene chloride .....
290 L~UluOChloranethane .....
323 1,1 dichloroethane .....
309 trans diChloroethylene..
PIX>
P!:b
Ln,~
\
-
La,")
L ~_~~
300 chlorc:>form ............. .::;..1)~
324 1,2 dlChloroethane ..... ~ /),
321 1,1,1 trichloroethane.. LI)"";
304 carbon tetrachloride.... L.0,."-;
294 1 brcm:> 2 chloroethane.. ..(O.~; .
4051,2 dichloropropane .... ~I)C:;
310 1,1,2 t:ichloroe\hylene. ~~
303 chlorochbt'CllCl1lethane ... .
293 1,2 dibraooethane ...... L()")
4 20 2 brcm:> 1 ch1oroPropane .I () "1
301 braroform .:..... ."....... L,()'==;
311 tetrachloroethylene .... L 0.;
308 cis dichloroethylene ... OS:
320 freon 113 ...............-L !,,)..a-j
29 2 dibl.uu....&uethane ......... ~ ..l) ~)
307 1,1 dichloroethylene. ...~.
302 bI:tm:ldich1oranethane ... L
406 2,3 dichloropropene .... n"')
407 cis dichloropropene .... .:()")
408 trans dichloropropene .. .<: :y:::,
3221,1,2 trichloroethane .. -,',1'::';
409 1,1,1,2 tetrachlo'ethane ~()C;
295 s-tetrachloroethane .... L-n~
433 1,2,3 trichloropropane . LCY'-:"
450 2,2 dichloropropane .... L n ~
451 1,3 dichloropropane .... -6)"':;
452 2 chloroethy1vinylether LI) ,.S ....
-
-
Cat\p:)UOO
250 benzene ....................
251 tolueoo ....................
258 chIorobenzere ..............
259 ethyIbenzene ...............
254 o-xy-lere ...................
. o:~(
I
-1.1
J-o. :,-
.1.1') . ~
252 ttt-xylere ........ ...........
253 p-xy-lere ...................
255 total xylenes ..............
257 b~nzene ...............
266 o-chlorotoluene ............
.J- (}.,:,.
.J- (), J-
oLD, ~-
267 m-chlorotoluere .......... ~...- '- f).'~:'i
268 p-chloroto1uene ........... ~'-L. 0 r,
265 total chloroto1uene . . . . . . . . . --
. 419 1,3,5 trimethylbenzene ..... L(J.5
418 1,2,4 trimethylbenzene ..... LO."l
. "
. . 415 m,p-dichlorobenzene'.~...... L I .
412.o-dich1o~en! ~~.~....... .zr=:
432 p-diethylbenzene . '. . "~'. . . . . .; .Li.,-....l .-
435 1,2,4,5 tetJ:amethylbenzene . L)!')
4371,2,4 trichlorobenzene ..... ~I
. .'. .
. t, '"
. 438 1,2,3 trichlorobellzere ..... #;;=
GOO ethenylbenzene (styrene) ... .(..
601 1 methy1ethy1 benz'(CIJllene). /).j
602 n-propylbenzene ... ~........ .L ~ O}
603 tert-butylbenzene .......... "I)' ,
604 sec-butylbenzene ........... L 0 . i
605 isopropyltoluene(p-cymene) . '- O~
606 n-butylbenzene ............. Lx.")'i
607 hexach1orobutadiene......... . -'. I
--
~._-'
I~
[NO. LO--I1^- \:>aD.{' 8-
Y (")\~O"'.
NAME. NOT INITIALS
I COL. to
ICOL. l t L{ 0
LAB NO.
I LABORATORY I
/I - if - i./f
FW.-
JIll t.I t..f
.
C/.. Vs;,-
.
\\\~\ ~{j. ,J
, \ V'
TYPE SAMPLE
DATE REC'VD.
TIME REC'VO.
DATE COMPLETEO
\
I
VIE OR FIRM
lESSOR LOCATION
NT OF COLLECTION
IRKS/INSTRUCTIONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF W~\~AGE~USTRIAL WASTE
.~ lU -"'Re-soorcJe ~
TEST
RESULT
TEST
mo. TEST
RESU L T liler
3.5' COPPER
<.'. 00 I
.03
CHROMIUM
~ .OOS' NICKEL
ZINC
MAGNESIUM
CALCIUM
LEAD
CADMIUM
SILVER
SODIUM
I POTASSIUM
BARIUM
!!!!L
RESULT liler
umho
NITRITE
~.oS-
TEST
m.g.
RESULT iit;;
AMMONIA.N
...c::. 0 :l-
TKN
. ALKALINITY
O.PO .p
~lo .
TOT. SOLIDS
SUS. SOLIDS
I (.Q .
DISS. SOLIDS
~ ; ~ .::-
---
/9.
;/.
FIELD D.O.
FIELD TEMp.
FIELD pH
FIELD CONDo
;S., J2,
I
I
I
I
I
I
I'
I'
I
I
I
'1
I
I
I
I
I
I
I
I
Lab No. TO- II t.f' ~ F 'l
Fie1d~"",. ~
Date O'oJ . .
Time II D
Col. By l)\ !.~wo...
'SUFFOLK <;XXlNlY
IlEP1' OF HFAL'lH SERVICES'
FU8UC HFAL'lH
IA8ORAroRY
Rec'd at Lab
Public Water
Private Water
Other
Date Ccxtp1eted
Examined By
ftl,,'/Y8
(' I
11."-.,,,:
:rr P >101
DMSICN OF MEDICAL UX>AL INVESTIGATIOOS & FORalSIC SCIENCES
'l'RlICE O~C ANALYSIS OF WATER
Name F\~~e.r5 r~. ~leTap L'o..,",,'oo'\\-....f? ~
Address GW ~~OO(~ks
O:rnpouro
PIX>
PlXo
306 vinyl chloride ......... <{),")
305 methylene chloride ..... ..(I)~
290 b1:ou.o..:h1orauethane ..... _
323 1,1 dich1oroethane ..... ~.
309 trans. dichloroethy1ene... ~
300 chloroform ............. L l)~
324 1,2 dich1oroethane ..... "':J)_
321 1,1,1 trichloroethane .. ./ ()"';
304 carbon tetrachloride.... ~. ~-=>
294 1 braro 2 chloroethane.. ..(.'1, '
405 1,2 dich1oropropane .... ..(1)"]
3101,1,2 trichloroethy1ene..(r.ij
303 chIorodibran:ruethane ... LOL-)
293 1,2 dibromoethane ......
420 2 brano 1 chloropropane "'"0"
301 brcrrofoon ............ .'. ~/1.~
311 tetrachloroethy1eoo ...../ () -::;
308 cis dichloroethy1ene .....( rJ7)
320 freon 113 .............. L'/l~
292 dib.,..ua...uJ;;:thane ......... /11;';;
307. l,ldichloroethy1eoo ... <0"')
302 brauxlichlorcmethane.. ~ . . L n :1
406 2,3 dichloropropene ....,,(f):=1
407 cis dichlC?J:'OPrOpene .... /f) C;
408 trans dichloropropeoo .. /,').4
322 1,1,2 trichloroethane .. /o:S
409 1,1,1,2 tetrachlo'ethane LI)S
295 s-tetrachloroethane .... [()C)
433 1.2.3 trichloropxopane . L!l"')
450 2.2 dichloropropane .... /f)=-'
451 1.3 dich!oropropane ...../ IV-<.,
452 2 Chloroethy1vinylether L!)~
Q:Inp:)und
250 benzene ....................~' '
251 toluene .................... L I
258 chlorobenzere .............. ..::..
259 ethylbenzene ............... .((~'......;
254o-xylene ................... Ll~
252 m-xylene ~......... .......... .((',C,
253 p-xylene ................... _/(!l:...:
255 total xylenes ..............
257 b~nzene ...............
266 o-chlorotoluene ............ ..::.r':.......
267 m-chloroto1ueoo .......... ;-". L.[) S
268 p-chloroto1uene ~........... ~ () <::;
265 total ch1oroto1ueoo ........ _
419 1,3.5 trimethylbenzene ..... /(."S
418 1,2,4 trimethylbenzene ..... /r-.o=:;
415 m, P';dichlorobenze.~ ........ ~
412, o-dlchlorobenzere....lo...... . ... ~
432 p-diethylbenzene,~~........~ ./1)")
435 1,2,4.5 tetrame~lbenzeoo . .'/i'1
437 1.2.4 trichlorobenzene ..... ~ \
". . .1fl.ii. ' .
438 1,2.3 trich1oJ:ObeiU;ene .....1t=.
600 ethenylbenzene (styrene) ... ..(
601 1 methy1ethy1 benz'(CUDene)..< -:::;
602 n-propylbenzene ... ~.... .. .. ./iV=:
603 tert-butylbenzene .......... . .'1' -i
604 sec-buty1benzene ........... .' !'l-"')
60S isopropy1to1uene(p-cymene) . -' .1:-":
606 n-butylbenzene ............. _ n.'
607 hexachlorobutadieoo ..... .. .. .: I
.
.
- ---.-
.-Li _______
IIfIELDl
) NO. ---.G"\J (}... ~
I (")\~O~
NAME. NOT INITIALS
tv
\A36
LAB NO.
I LABORATORY I
11- $-6-- L/-r
rr.../
11/ ILI~.Y
cj:VJ,~
,
~
TYPE SAMPLE
IOL.
DATE REC'VD.
TIME REC'VD.
fL.
DATE COMPLETED
IR FIRM
t OR LOCATION
r OF COLLECTION
I<S/INSTRUCTlONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF WATIf. SEWAGE, ~DUSTRIAL WASTE
. 1:>\Q.l 01.
~tu ~e-sou,rP'
'E"~)~~
TEST
RESULT
TEST
mo.
RESULT liter
TEST
!!!L
RESULT liter
umho
NITRITE
" CO(
TEST
m.g.
RESULT -I't
I er
AMMONIA.N
, 0'7
IRON
. 0 (,
ph. ALKALINITY
MANGANESE
4.0.:1-
CHROMIUM
ALKALINITY
<::,005"
NICKEL
LORIOE
'?o.
ZINC
ANIDE
TOT. SOLIDS
MAGNESIUM
7,0
fo .
UORIDE
CALCIUM
SUS. SOLIDS
LEAD
LFATE
14.
DISS. SOLIDS
CADMIUM
SILVER
.0.
SODIUM
.;l.
.$
.C.
POTASSIUM
.. - ~ :"
---
BARIUM
FIELD D.O.
FIELD TEMP
FIELD pH
FIELD CONDo
umho
38.112:
I
I
I
I
I
I
I.
I
I
I
I
I
I
I
I
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Lab No. TO-
Field No. .
Date
Time
COl. By
~'d at Lab
Public Water
Private Water
other
IiBte ~leted
Examined By
'SUFFOLK <XXJNlY
DEPr OF HFAL'llI SERVICES .
PUBLIC HFAL'llI
LAOORATORY
((P~/(8
\1'.:16 - rS'
J\ ~)\I :rL.
DIVISICN OF. MEDICAL ImAL INVESTIGATIOOS , FORmSIC SCIENCES
'llW:E OR:W<<C ANALYSIS OF WATER
Name F\~~e.r3 r~. Sanple Tap
Address.6W K'.e~OCJr~ks
E' u 0- "'--=~
Q:mpouncI
\
O:rnpound
ppb
ppb
306 vinyl chloride ......... 40.':)
305 methylene chloride ..... (. 0...-'5
290 b~"".....:hlorouethane .....
323 1,1 dichloroethane ..... ~.()..'5 '..
309 trans dich10r0ethylene.. .(Q5
300 chloroform ............. L 0.....5
324 1,2 dichloroethane ......( Q':j
321 1,1,1 trichloroethane .. Lo5
304 carbon tetrachloride.... LO.~
294 1 braro 2 chloroethane.. <fJ.':J
405 1,2 dichloropropane .... Lon 5
310 1,1,2 trichloroethylene. LO;i
303 ch1orodib,o,u4ethane ... L 0. J
293 1,2 dibrcmoethane ...... <0.:5
420 2 braro 1 chloropropane <0 OS
301 b~for.m ..............
311 tetrachloroethylene ....
308 cis dichloroethylene ...
320 freon 113 ..............
292 dib...UIlClllt:::thane .........
307 1,1 dich1oroethy1ene ...
302 b~.....:x1ich1orcmethane ...
406 2,3 dich1oropropene ....
407 cis dichl<?ropropene ....
408 trars dichloropropene ..
322 1,1,2 trichloroethane ..
409 1,1,1,2 tet.rachlo'ethane
295 s-tetrachloroethane ....
433 1,2,3 trich1oropropane .
450 2,2 dichloropropane ....
451 1,3 dichloropropane ....
452 2 chloroethylviny1ether
~o.G
<~.S
<.o.S
;c.o ..:r
<'0.5
<'0,:::;
. ,
<'0 ~>
<0,5
,.-
<o..\..J
<('),6
<0. ::;
,0.5
'<.0.6
,0.6
<.C> !::
<.C.~
<o.~
250 benzene ....................
251 toluene ....................
258 chlo~ene ..............
259 ethylbenzene ...............
254o-xylene ...................
252.m-xylene ...................
253 p-xylene ...................
255 total xylenes ..............
257 bl.\,Al~lZene ... ......... ...
266 CH:hloroto1uene
........... .
"<0:5
,(05
<I
<o.~
<.O.~
<.0.5
~o .!:
<0.<
267 m-chlorotoluere .......... ....-.'---J:.. o. S
268 -p-chlorotoluene ............ <.0. ~
265 total ch1oroto1uene ........
419 1,3,5 trimethylbenzene ..... < O. S
418 1,2,4 trimethylbenzene..... <.0.;0;
415 m,p-dichlorobenzene ........
412 o-dichlol.ob.::.lZene ..........
432 p-diethylbenzene .~........~.
435 1,2,4,5 tetrclmethylbenzene .
437 1,2,4 trich10r0benzene .....
438 1,2,3.trich10r0be.lZene .....
600 ethenylbenzene (styrene) ...
601 1 methy1ethy1 benz' (CI.Illene).
602 n-propyl.benzene ............
603 tert-buty1benzene ..........
604 sec-buty1benzene ...........
605 isopropy1to1uene(p-qmene) .
606 n-butylbenzene .............
607 hexach10rcbutadiene ........
<. \
.....1
<.O.~
<n.5
....1
<ol
<.1
<n,5
<D.S
.c:: Q. '5
<0."5
"'O.~
~
<..O.~
<.1
~FI~~k-
[ (')\~O'"
lol. tCT INITIALS
10l. \4~O
LAB NO.
I LABORATORY I
/i-J}f;--I'I
F-t-J.
III I.s-I S~
.
TYPE SAMPLE
OATE REC'VO.
DATE COMPLETED
--
'I: {J ..
\~'I)>\,qf, ~
\ \
TIME REC'VD.
I
E OR FIRM
ISSOR LOCATION
'T OF COLLECTION
IKS/INSTRUCTlONS
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CAL EXAMINATION OF ~\O:;AGE~USTRIAL WASTE
e::.~ "'R~~("'rP:"
~ Coc... I
mq. TEST !!!!L
TEST RESULT TEST RESULT liter RESULT liter
tONDUCT umho ~ NITRATE-N (.~ COPPER
pH >< NITRITE . DO;;!.. )( IRON .:?
TEST m.g. X- . 03 )( .02-
RESULT liter AMMONIA.N MANGANESE L.
h.AlKALINITY TKN CHROMIUM '.
. ALKALINITY X O.PO 4'P ,6/<-1 NICKEL
I ;2:;.,
l i:HLORIDE ZINC
FLUORIDE ~ MAGNESIUM 4-';
~ I:y ANIDE TOT. SOLIDS ~ CALCIUM 7'f
lUlFATE SUS. SOLIDS LEAD
/4, DISS. SOLIDS CADMIUM
I fIIBAS SILVER
C,O.D. [)( SODIUM ~.
J t.O.C. ~ POTASSIUM /.)
] ~ BARIUM
lHi\&. ~ <3,~
FIELD D.O.
I Ir_~ 1)< FIELD TEMP J?-
0\ \.U X FIELD pH ";jro
I ~ FIELD CONDo ~~=1mho
38 112.
'SUFFOLK 0XJNrlr ~'d at Lab II-/<(-JU
llEP1' OF HFAL'lH SERVICES' Public Water
Private Water
PUBUC RE'AL'lH Other
I.ABORA1ORY DIIt.e OJnt>leted 1/- If'- ~
Examined By ;:r~ bl! JL
DIVISICN OF MEDICAL LmAL INVES'l'IGATIOOS , f"ORmSIC SCImcES
''mACE ORGANIC ANALYSIS OF WATER
NallIe F, ~~e..r~ rt!>. Saaple Tap ~~o~ L
Address _6\.0 ~-&OO(~
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Lab No. ro-
Field No
Date
Time
COl. By
1:'1-::'-
():mpourxi
ppb
306 vinyl chloride ..... ~... ~
305 methylene chloride ..... ~
290 bu..l&A.tiloranethane ..... _
323 1,1 dichloroethane ..... ~
'309 trans dichloroethylene.. ~
300 chloroform............. ~~5
324 1,2 dichloroethane ..... ~
321 1,1,1 trichloroethane ..
304 carbon tetrachloride....
294 1 b= 2 chloroethane.. ,Q~.
405 1,2 dichloropropane .... i()5
310 1,1,2 trichloroethylene. .(()~
303 chlorodit,~""Qllethane ... .(() =)
2931,2 dibraooethane ...... ~
420 2 bran::ll chloropropane ~
301 b=form ................ ~-
311 tetrachloroethylene .... -
308 cis dichloroethylene ... t):;
320 fDeon 113 .............. L~~
292 dib~......o...thane ......... LaS
307 1,1 dichloroethylene ... ~
302 b~.....Aichlorcmethane ... ~
406 2,3 dichloropropene .... ~.~
407 cis dichloropropene .... L
408 trans dichloropropene .. ..1) "\
322 1,1,2 trichloroethane ...Nl:')
409 1,1,1,2 tetrachlo'ethane ~.
295 &-tetrachloroethane .... .~
433 1,2,3 trichloropropane .
450 2,2 dichloropropane .... ~
451 1,3 dichloropropane .... ~
452 2 chloroethy1vinylether .l.()...,
o...~
PIX>
250 benzene .................... ta
251 toluene ....................
258 chlorobenzere .............. L
259 etqylbenzene ...............
2S4 o-~lene ...................
252 ~xylene ................... lDf)
253 p-~lene ................... L()7)
255 total xylenes .............. -
257 btaDObenzene ............... ....--
266 ~oroto1uene ............ L 0 I::;.
267 m-chl.cxotoluere ...... it . ~ . ~"'.. "O~
268 p-chlotOto1uene ............ .{ n:"5
265 total chlorotoluene ........
419 1,3,5 trimethylbenzene ... ... ~
418 1,2,4 tr.UDe~lbenzene ..... ~ .
415 m,~ichlorobenzene.;....~..d .....
412 o-<iichlOl:obe.lZene .......... ~.,.
:~ ff:,.:et.~~~~~~.':' . ..,.,
437 1,2,4 tric~ ..... \..' .~ .
. '-'0"..' . ..-
~ ~='t"';i'::: ~:>
601 1 methy1ethy1 benz I (C\IlIE!ne) . -
602 n-propylbenzene ...;..... ... ~
603 tert-butylbenzene ..........
604 sec-buty1benzene ...........
605 isoprcpy1toluene(p-cymene) . ~
606 n-butylbenzene .............~
607 hexachlortbutadiene......... ~
-- --------
I [FIELI?J 1ABORATORf -
\I
FIELD NO. _Ct'-l ..} ~. LAB NO. -J0 ~ y
IL. BY ~ Q" . ~~R"'\ TYPE SAMPLE It' )r?,cL
NAME, NOl INITIALS DATE REC'VD. ?!::J:::;
'\-~-8f1
.t-- COL. :~.- (c)
TIME REC'VD.
rE COL. l\ ~l~ DATE COMPLETED 1118'
lME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL EXAMINATION OF WATER, SEWAGE, INDUSTRIAL WASTE
(\I\ld -\\
rDRESS OR LOCATION
POINT OF COLLECTION
IMARKS/INSTRUCTIONS
~\~ -r T\.........\
l~\\
.,
/..-00) F/&LD
Pf2B9.
I mQ. TEST !!lL
TEST RESULT TEST RESULT liter RESULT liler
I CONDUCT umho -....d NITRATE.N /.5 COPPER
-
pH ')( NITRITE .e~q "'x" IRON 4. l'
TEST m.g. V 39 "5< .4'
. RESULT liler AMMONIA.N . .MANGANESE
,-
, ph. ALKALINITY TKN CHROMIUM
l T. ALKALINITY Q.PO...p NICKEL
r CHLORIDE ,;( b' . ZINC
FLUORIDE ~ MAGNESIUM ,S. '8
CYANIDE TOT. SOLIDS ~ CALCIUM IS-
SUS. SOLIDS LEAD
II>< SULFATE ;2 I. DISS. SOLIDS CADMIUM
MBAS SI LVER
I C.O.D. <: ~ SODIUM <<7-
I T.O.C. " [I POTASSIUM 3'7
t,-\-.~o ~ BARIUM
I FIELD D.O.
FIELD TEMP
1- 6.9 ,
FIELD pH
1 ""0' I FIELD CONDo Zit umho
.,,;;
, I FIELl::i-j
IELD NO. (\'\. 'J-' Z
Rol'\ Po.",hl'"(\
NAME, NOT INITIALS
liME CDL.
IZ:~
'.
DATE COMPLETED
1~~7'1 ~
u ?rJt.L
7/;) ~
,;.-(0
'3' I, 18"~
LAB NO.
10L. BY
TYPE SAMPLE
I~'C COL.
'"\- z...~ -gq
DATE REC'VD.
TIME REC'VD.
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL EXAMINATION OF WATER, SEWAGE, INDUSTRIAL WASTE
lAME OR FIRM
.DDRESS OR LOCATION
'OINT OF COLLECTION
(\(\ "'-) _ \ "Z.....
~\ f Gun-
I J..nol\
t!JC) FIG?L.U
F. ~~l"('3
)
::t'Sw.
IEMARKS/INSTRUCTlONS
Pf>3:7-
II !!!!l.. TEST !a...
TEST RESULT TEST RESULT lit.r RESULT lit.r
./.. ,. ~
CONDUCT umho NITRATE.N COPPER
I. pH C(; NITRITE .011 X IRON .31
TEST m.g. ~ .0S Ix
t RESULT liter AMMONIA.N MANGANESE 'Oi?
ph. ALKALINITY TKN CHROMIUM
1- T. ALKALINITY O.POA.p NICKEL
"- CHLORIDE I ~. ZINC
I FLUORIDE X MAGNESIUM .;1,.7
I CYANIDE TOT. SOLIDS :J'- CALCIUM b'?
SUS. SOLIDS LEAD
)( SULFATE '1,5 DISS. SOLIDS CADMIUM
MBAS SILVER
.... .,t., I~,
C.O.D. SODIUM
- K
T.O.C. POTASSIUM /.'7
~."'t ~
BARIUM
1 FIELD D.O.
FIEL,D TEMP
I FIELD pH ,(.Q
q{
FIELD CONDo umho
18:'1)-11
I [FIELD I
FIELD NO. (V'\ l~' - l '3
I L. BY ~ (\ R>....... \ <; .....r--
NAME. NOT INITIALS
t~c COL.
" -~...~~
1~']rr-;~
TYPE SAMPLE ~ Je c..(
7-/ 'k-
DATE REC'VD. U-J-
b.-Ie)
LAB NO.
TIME REC'VD.
IME COL.
<"'00
,
..
DATE COMPLETED
IME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL EXAMINATION OF WATER. SEWAGE. INDUSTRIAL WASTE
fDRESS OR LOCATION
POINT OF COLLECTION
N\I>~-"
~e~P
Lle..\\
}..JC> frE-L,[) ff?C?SI
r ~\. ~",\
(lON>~ r. \~
tMARKS/lNSTRUCTIONS
[ !!!S.:. TEST !!!9...
TEST RESU L T TEST RESULT lit.r RESULT Iit.r
r CONDUCT umho X NITRATE.N . '10 COPPER
pH ~ NITRITE ' 0.;1. \ )( IRON .~t
TEST m.g. X ,03 tx:'
l RESULT iiiTr AMMONIA.N MANGANESE 3.S-
ph. ALKALINITY CHROMIUM
- TKN
I T. ALKALINITY O.POA.p NICKEL
I ~
CHLORIDE 31. ZINC
I FLUORIDE 2S MAGNESIUM /1- .
I CYANIDE TOT. SOLIDS X CALCIUM Ol 3.
SUS. SOLIDS LEAD
It<' SULFATE ~tl DISS. SOLIDS CADMIUM
MBAS SILVER
I < ~ SO .
C.O.D. SODIUM
I T.O.C. X POTASSIUM 3.y
\-"'>TI. \ <6.9() BARIUM
I FIELD D.O.
FIELD TEMP
~ 6,J::; I
FIELD pH
tJ /7 umho
FIELD COND.
-
I ~204'1
IE LD N:'--~ fI1 to ~ I Y
COL. BY ~Qf"\ BJ~-
NA , NOT INI TlALS
l.cCOL. ~-zg-g~
LAB NO. 1-:::Jl.f -Z60
TYPE SAMPLE ~ cL
DATE REC'VD. 7.;;~
C~fD
TIME REC'VD. .d
DATE COMPLETED JJ I I ~ 7
IME COL.
..
I
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL EXAMINATION OF WATER, SEWAGE, INDUSTRIAL WASTE
~~
[ME OR FIRM fr\W- \ L1
DRESS OR LOCATION M~L,.ro<
=T:-;-W
'iNT OF COLLECTION
REMARKS/lNSTRUCTlONS
( LJOll
f\'!':
/J0 FI(.?LU (7~S'~
J !!!i... !!JL
TEST RESU L T TEST RESULT lit., TEST RESULT lit.,
[ CONDUCT umho >> NITRATE-N 1.0 COPPER
- . 0 lo'6 "':X /0'
t pH / NITRITE IRON
TEST m.g. is ,03 Z /. r-
RESU L T iiI.' AMMONIA.N MANGANESE
t ph.ALKALlNITY TKN CHROMIUM
T. ALKALINITY O-PO A'P NICKEL
Its- CHLORIDE 30, ZINC
Il FLUORIDE ~ MAGNESIUM 9. (,'
CYANIDE TOT. SOLIDS 1\ CALCIUM ~3-
SUS. SOLIDS LEAD
>( SULFATE II. DISS. SOLIDS CADMIUM
I MBAS SILVER
'><
C.O.D. SODIUM .:<~,
I T.O.C. ~ POTASSIUM 3.4
I -''''-ll. \ l3\.\< BARIUM
FIELD D.O.
I FIELD TEMP
,
FIELD pH
I FIELD CDND. umho
R20~' 1
:- .!-
I
I [~IELC?J !}LLA1R~ld:/ I -
FIELD NO. mIll-IS LAB NO. -~- ~ /
~.... (.Y"(") ,
Ix. BY eon \ TYPE SAMPLE u)eLl
NAME, NOT INITIALS 7p~
I-E COL. '(-25 -gC; DATE REC'VD.
I TIME REC'VD. S <~ / 0
\<.30 ~ 11~9
IME COL. DATE COMPLETED
lME OR FIRM
fY'\W- \5
~~
v.Je \ \
J0C/
.
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL EXAMINATION OF WATER. SEWAGE. INDUSTRIAL WASTE
. - ....)o\\.C'l,SO')
:::t dr-Jf'Pl
rDRESS OR LOCATION
POINT OF COLLECTION
IeMARKSIINSTRUCTIONS
r:, ~ t-U
f (28::5-
mq. TEST !!!lL....
TEST RESULT TEST RESULT liter RESULT lit.,
CONDUCT umho 1,.,( NITRATE-N L.DS COPPER
I >< .00s I X .06
pH NITRITE IRON
m.g. 'X ' D3 >( . at
TEST RESULT I"., AMMONIA.N MANGANESE
~ ph.ALKALINITY TKN CHROMIUM
I T. ALKALINITY D-PO A'P NICKEL
I ~ CHLORIDE I L.{, ZINC
FLUORIDE I~ MAGNESIUM /. I
I CYANIDE TOT. SOLIDS I?S: CALCIUM ~. 'i
SUS. SO LI OS LEAD
1 ~ SULFATE CD.I DISS. SOLIDS CADMIUM
MBAS SILVER
I C.O.D. !K SODIUM 'i! .d(
I T.O.C. 0- POTASSIUM {.O
\::::>\W -So '75 BARIUM
I FIELD 0.0.
FIELD TEMP
FIELD pH 59-.
I FIELD CONDo 5R umho
11;>04-1 -- ..-
I ~~~J
FIELDND. _~vJ~QO
IL BY enA ~. \s-...
NAME. NOT INITIAl~
LAB NO.
TYPE SAMPLE
I~{E COL
'l. -"2-C;-~9
DATE REC'VD.
\
TIME REC"VD.
IME COL
z.. ... "10
..
DATE COMPLETED
IME OR FIRM
SUFFOLK COUNTY HEALTH SERVICES LABORATORY
CHEMICAL EXAMINATION OF WATER, SEWAGE,INDUSTRIAL WASTE
fV\~AJ (CO
fDRESS OR LOCATION
POINT OF COLLECTION
IMARKS/INSTRUCTIDNS
Fid..er -ts-W
( ~ VO_U
o c) F{~L-{) pp~,.
l ~ TEST !!!L
TEST RESULT TEST RESULT lit.r RESULT liter
CONDUCT umho .,.: NITRATE.N .310 COPPER
pH ~ NITRITE . 001 ~ )(' IRON -0"1
TEST m.g. ~ .c . O.;t ~ L, O:J-
RESU L T iiie. AMMONIA-N .... MANGANESE
- ph. ALKALINITY TKN CHROMIUM
I~, T. ALKALINITY O-PO 4-P NICKEL
CHLORIDE c2~, ZINC
I FLUORIDE / MAGNESIUM 3'7
~ ~ CALCIUM 6.s-
I CYANIDE TOT. SOLIDS
SUS. SOLIDS LEAD
II'~ SULFATE 10, DISS. SOLIDS CADMIUM
MBAS SILVER
I C.O.D. 05 SODIUM /~.
I T.O.C. '\t POTASSIUM /...3
. BARIUM
FIELD D.O.
FIELD TEMP
I FIELD pH
FIELD COND. umho
I t1.-'04.1
SUFl:OU< cx:um
Dfl>T 01:' 11UI.I:m SERVICES
, hl.BL:l:C HEJIL'l'H ~
DIVI:m:u OF ;.a)IClu. U::CIIl. Il....t:.:;TICI\:1.ICi..a.:; , ~IC SCI:El-O:s
'nlJlO;: Qf<CIINIC J.t-lALYSI:; OF WI~'I.::n.
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I.;.b No. '10- 7$ 7 if/ ~
~'i"lcl No. ~~I \
1h.c.u "\ ""
'I.'iI.,: ~ \~
Col. lJy 9-. \......
N.:.l~ _Mo.] _ \ j
. .
~:.o 1:1~
.:r~\n...~
S"'lpl.. T..p Ki.t _ lith _ or_
4 Viala.1:/ :2 Via..L:;, _ ~ _
:J
CQ,(.>.)un.:t
r->r-b
JOG vinyl.~ ....... <05
30S ho.::c:ny4:&, duor:i,d.: ... < rf'i
323 l, 1 d.i.chl.oro.:th;;u-... '" <n~
J09 t.r;,n:,o 1,:2 didU'",t:h.:.nc~
300 du.o.:ol:"onn ........... S:lS..:
324 1,:2 cl.i,chJ.Oro.:than.;, '" < <l~
. 321 1, 1,1 'trichl.oco.:c:hat~ <<'I <::
30'1 rc"iJon t"t.c'"...chlocid." . ..:::.at'>
294 1 ~1I0 :2 du.oro.:~ ~
40S 1,:2 aichJ.Cl.I;O{)COpil.n.: " ..~
310 tr~l:h...ln.o ...... <oS
30J du.ocOdib.a:III""'II.:~ . .c::...ns
293 1,2 d.iJ:lrClloO<:d~ .... .I. 0 '0;1..
'120 :2 UL-CIoIlCl 1 chl.ocopcop..n:.c ftS
J01 brauofODIl ............~~f\
311 tetr"<I.Chlo.co.:t.ll<:r\a .... ~
30u c:i:.o 1,:2 W,du.oco..t:h..:n....::SaS:
J:.!O fr.:.on 113 ............ ~
2n dilJC"'lCIo'-.:U>;ulo..l ....... ~
3u'/ 1, 1 d.i.ClUoc",-,Ul<.:l\u .;. .:5-oF\
302 brCllIOdichl.OCCloI""~ . i'
40G 2, J w'd\l.ocO{)cop.;n..; '..c "'
40'/ c:i:.o ai.ClUO=I:..cO(~ .....L
400 "t..I:"...t\:.o W.Ch.l..,c"flcop..;n...
3:.!:2 1, 1,2 l;riCh.l.ocu.:.:c.l~ ""'-<I
409 1112 t.;;tr"...chJ.o'..thane: ~.
29:i :.o-r."'~....ctuocr=tl~ " ~
433 1,2,3 t.rictl.l.O=pcop<u....
'ISO 2,:! aiclu.oLO["'Ol~ " ~
4~1 1,:J (i.;j.Ql.l.ocO!:'.l:UI~ ..
4S~ :l d\l.o' <;l:hy1v:i..o:tl.:l:.h..L' '-'
./""'- .
'.\
Ih.'
P:/~
'"
. ,..:".{,......'...)
P.ec'c1&t Lib ?/.;2.fI~;I.j;1~i,i,'
PubJ.J..o Wir.cu.I:" . .,.' ...... . "(t~[
"""~'f:~l\
l>rivato w..u . ":~"'i:'j,,'
"/."j"
/"\ro,",-..._ '..1 ". ).~J:~ ..~.
"""""'IQIO '....~., -: I,,'
~. 8y \(t "\1 iT! 611\ . r::i.~:N~:
, .'.;~:,
. ".;
i .~}.
.
"';
. '.' J~~%
: ~ ~~: !.:....(r
~'''i~
,.,;;~~~
'."',' 'f;:t..~~~~
~ <~ }"?l~:!'!l'
-',l'\(\/j.
.:,~'~~3~~t~
~:;~~~~;~l'
Q:lt). .-,r:. ;,j ,
Ocher (_ IIc>\\
-I
i
"
COIl~
..
2.50 ~ .................... ...0.'1 .
251 tol~ ....................~.
2~U chloc~ .............. ~_ .
~9 ':C.hy~CI'),Q ...............
2.:)4 o-JiCY'.lc:nia ...................
\,,1
. .
, .
I-n
.,"
'. ~:.
252 ~xylene ...................
=:;~ ~~~,::.................~-. .
~ CO...... XY""'IC ...... ......... .'
:!CC 2-chlocuto~ (0) ........ <. .
::....-/ Ju-cIllo.:ocoJ.l.Iend ............ L.
2GO 4~ (P) ........ L~~
::!GS toc.al c:::t\l.oroto'~ ........ _
419 1,3,5 trill"'c:ny~ .....~.
'1.10 1,2,. trill"c:ny~ ..... ~
'llS lIl,p-aid\l.oc~ ........ ~
412 1,2 ~ (0) ....4-
J., .--.Lth n....__ _ ..
.l ... <1- -.. y~~ ...........
'l?~ .1,?, oj, S t..:r..c.......thy~ . -A.:l.-
'J... J 1,., oj r..c.a.dUocQbc,~ ..... ~
'l::tU 1,2,3 ~ ..... ':1
COO (It:heny~ (atYhN) ... t
';01 1 l""'tllY.l.cOt.llY~ (CWlilnu) .
~02 n-~~ ............
~03 ~-Duty~~. .......... ~
';0'1 ~b.ll:y.lb..,o,z~ ........... <c..(\~
COS ~optOpy1to1ueno ~) ~
.;O~ n-kluty.u:.....l>:_ ........... .... ~
CO/ ~u.orabul:~ ........ ~
(;00 .1,2 rllh 0.00 3-~ LO'I'{;;l
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~~:a li;.$}f~~
'l'.l.II'::~
Col. Oy ~o....\__
j':/l
l\ec'd at I.b -p -( I~
PUbJJ.c w..c...:-
l' c:i.VMl:4i w...u.
~
Elwua. Ily ;It ,,\1 m. <i iii '}-31-(?
SfJf1:Ou< o:x.tm
Du>T 01:' tIlW.'nl smvIa:s
hlOLl:C tIEI.I.'1U ~
Dl:VI::IQ/ OE" rU>IOu. u:ou.. I1"'J:::;'tICll:rIQ~ , FORENsIc sc::D:lQ:s
, 'nlAC:; ClllCIIN!C JIl'll\.LYSIS OE" W/\:I.l:n
.,
NGlne fu ~ \ _\ z...
~:J l-i1;.be~
t s \""..1
lith C1r
S""plg T"P Kit
4 Vi<.l:! / :! =1:1
-
-
.,
.
(~l~ en.. r:)
Ocher
.
. .
-
-
Large -
~
Cal~
1=lr".b
30G vinyl c:hJ.acicl.;, ....... ~
305 Do:Chy4:l1.., chJ.on.o., ... ~
323 1, 1 aid1.l.0I:C.:ch;vld '" ..c:..o~
30!l tran., 1,2 dich.l' "'~ <.o~
300 ChlocoiOLln ........... <::n~
324 1,2 did1.l.oI:C.:thanco ... ~
. 321 1, 1,1 trid1.l.oco.::t.h.:uo.: .
30-1 rc.'i:lon t<.:l:.r'..cI\!.oc:W... .
2!14 1 bmllCl 2 ct\l.oro..:t:h.:.,~ :<1:\....
405 1,:! dich.l.OC"1)cop..n.: .. <.o~
310 trich1oz:c.:~ ...... ~ (\6
JOJ ct\l.ocOdib.."a.o:..o:th:.n., . ~'5
2!13 1,:! di.bcOllo..:c.rwn., ......:::.0:2-
'I:!O 2 UcOlIlCl 1 ct\l.o.c~Cf.o..l\ =~~
J01 W:OIllOiOZlIl ............ ~
3U tctrach1orccth.:.n.e .... i
JOO ci", 1,2 C1iCh.l.oco..l:h=.. ~
J:!o fr.;;on 113 ............
~~2 d.i.1.U:ClllUIlL:t.tWUU. .. . . . . .
:J/J'J 1, 1 a.i.cI'\!.o.c""'Uk:l1u ...
J02 W:CdlOd.icn.l.orccl""thasl.a . ~
40G 2, J diChlocop.c~ " .'
40'/ ci", C1i~COj)cO{..oo:n...o ".
400 t.r..t\:l C1iChJ.o4"1)cOC-..tlu
J:!2 1,1,2 c.riclw,cu.;;cn..n... ~,~
409 1112 t~tr-AChlo'~thanc <
2!lS a-c"'tr-.adU.o.cf"'c.n..n... .. .c:
4JJ 1,~,J c.ricl~c~
"l':;a 2, 2 (lid1.locO[",.cUL~ .. -::
4~1 1,:J Cl.i.Cl~"OI)4VI"""" ..
4~:! 2 ~. o::a.y.1.V'U':/4:C!l..:L_ __
/"_.
'.\
I
Ca'r-oound
.........
2.50 benzene .................... l..~S
~1 r^l~ .................... ~
25U chloc~ .............. ~
2:i9 ..thyll:.:.nz_ ............... nf\
~~ ~~1cnQ ...................
2S~ ~~lenB ...................
~4 ~~~ ...................
...... ~... ,,-'_. ~
~ CO-..4w. xy.cua ...............
~" 2-~"to~ (oj ........ .( ,
2",-} 111-_ ............
. <nl::;
~~~ 4-_ /PI ........ .~
-~ totAl c:h.loI:oto 1 uc.n.a ........
-U~ 1,3,5 ttial....thy~ ..... ~
-11u 1,:!,4 ttial..thy~ ..........l.-
'I~ III,P"dL::h.lcu:~ ........ ~
-112 1,2 ~ (0) .... .( I
'l?:! P"C:Iic~y~ ........... ~
'/.J~ 1,~,...,5 t.:1:.C......thy~ .
,,:n 1,:!,... l:.C,i.Cl\lo.c~ ..... .(
'I~U 1,2,3 t...~ ..... <I
coo ethenylbenzeno (.cYhn6) ... ~
';0.1. 1. ut.::Chy~Ch~~(Q.lIlliIlot) .<n~
"0" n-""""""........._., r ~
w - r-~~I~~ ............
~O~ ~-Duty~~ ..........
1.0-1 >lCC-bucy~CI\Q ........... ....t;;
G05 UCIf'-"\-./ltolueno~) LO~
';Oci n-buty~_ .............. / "n
CO'/ ~Obu..:...'fI.,.. ........ ""',
coo 1,2 ",':" 0.00) 3-~ <'02...
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SUfL'OU( o:un'1
Dl:J.'T 01:' llCJ-r,'L1! SUlVICES
': ,~'
L.:.b No. '10- 7c.r..? '-1/ 1-
~'i"la I~. ""'~\3 -
IJ~~ ''I;.z~
'I'il..;: l...~
Col. Uy ~ Ch.. \~"'I
S:/.QI;
,-?,,!.,,'
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f'u.bJ.i.c WAw.r I ,
l'riv..tla w....u.
~
~.. lty JC}l\l "i1LqM.
?(
7-'61-) )
l'uauc IIl::JJ:l11 LIIOC:lRl.:roR:
OIVI:;IQ, 4lF rUJIClu. U::O\L llNt::;'l'lCiU'lQ-l.:.l ~ f'CIRl:NSIC sc::nN::::€s
'UIIICl;: OhClIl<l<: J\I'UI,l:r.:a:; 01:' W/\.'l'Ul.
Ni.lre --...tG..L. \ ... \ 3
. .
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.,
.
S4il'pl..l'l'i1P Kit lith CJr Ocher (.A ~ \\
-
.c VW:J_JL 2 V iaJ.." targe_
~~
:J Cco'p..:ll\(\.j f-l':b i Cco'pound JllXl
30G vinyl ch.I.orid.; ....... l" ~~
305 n~c.hyl.:i\u du.orido, ... <:()~
323 1, 1 dich.l.oro.;l:h.u... '" <(\~
309 tran:.. 1,2 clich.l.'",~ L ,~
300 du.o>:oioL.n ........... ~
324
,321
30'1
2!l4
.c05
1,:! dichlo.co..:t:han.o ... ~
1,1,1 c.riClu.o;;O":c.J...."" ~
r.,n-on tct:.C.u::lLlodu... . ~ ~)<c.;
1 bc(.uo 2 dLlo.co..:tJl.:u\..l ~
1,2 aich.l.o.:ul'rop....)..: " ~
310 tric:hloro..:~ ...... 41'S
303 dLl.o4oa.i.b...'U.ur..:tJlJ.l.... . 4/'0<::::
293 1,2 dibrOIlOo,;c.TIJ.l.., ....~' <>
'120 2 bcOt.o 1 dU.OLOfJJ:Of""'\ (
30.1 brylloion" ............ ..I!v-
311 tcc.r-4Chlorc.;tJl<:nO .... ~ {)~
300 c.b 1,2 clidLlOJ:OutJ~....~.
320 tt"<ll\ llJ ............ .
....I.~ ....:t tJ
-:-J-:- ......;r""o,..I.:u.... ....... .
JO I 1,1 <l.1.CJLloJ:"'-'Ulo.:t.... .:. "";::Ot;
302 brC<lIOC1id\lorC<'~th.w\.., . .!.o.S.....
.cO~ 2, J a.i.d\lorOj>ropCl\.. " ~
'10 I CJ." Q.\.CJUOrol>J:O{........ " .L()l).
'100 t.r~ aiclu.oL0jorOj~ Ll"l~
322 1,1,:> c..ridu.oJ:Out.h.J.t\... ~
409 1112 tcc.r-<oChlo' c:thane; ...(()~
2% a-c...tr-..aU.OLf""c.J"",,-> " ~
4JJ 1,2, J c..riau.o"'pcOf........ ~
"l:>0 2, ~ Cli.~\lorO{.J:o,......... " ~~ _,.
4~1 1,.J d.i.Ch.l.o<&:""lJ.L.uJ.~' .. . ,
<4~~ 2 ch..Lo"";;cl.'ylv.uIY~Llw.a" ~......~
,/"_.
'.\
.
250 benzena .................... ~
~51 tol~ ....................--l....
2~U chlor~~ .............. ,
2~9 ~tJly~c.I'\G ............... <"f\~
~",L o-xyl~ ...................
~2
~.J
~:..i
:!CC
::'u-1
a.-xy~ ...................
P-.xyl~ ...................
t.Ot.....l .xy~ ............... ....J...::
2-chlorutoll.lerlu (0) . . . . . . .. ~
ILrCJ:l.l.orot.olu.:.nu ............ ~
2ClJ 4-chloroto~ IP) ........ .:-:O.~
~ ~ toc..;a,l c::hJ.omto.luct\u ........
'1l~ l'2,S ~I""t.l\ylbo.luenoa ..... ~
.110 1,_,4 t:.n.Illo:Cl\y~ ..... ~
'11~ 1r..P'-dichl.:l.:~ ........4....:
-112 1,:2 ~ (0) .... ~
.1:J~ ~thy~ ........... 'l
'1:;:; 1,:"...,5 tcCC"""t.l\y~ . #=
.~:.J-J 1, -,'" l.:.r.l.dLl.o.rQl;)G.u.~ ..... <.
. ,... . . ,l^~.~____ I
".I..JU -,..,:.1 t..rJ.A.:J_~~ .....
coo ethenYlbenzetIQ (~YJ:'ClM) . . . 1.1
';01 1 ""'c.J\yJ.c:c.J\y~_(CUIllill\u) ~
~O~ n-prQpy~~ ............ ~
';0:" ~-I:lucy~""" .......... < rI 1
';0'1 :l<.-C-};:>'.Il:Y~_ ........... E ()~)
G05
';0';
LO'}
;;:=~..~~. ~
)~ioloCObur;.Ii;'~..... ........ ~
coo l,::! <1LbcCllllQ 3-~ -'/?'''O-
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L:.b No. '10- 7 J 7'1/ g
~'i...la No.. i6",;; I q.--
l.l~t.u '\.... _ '\
'!',u.,;: I Z .,!"..CG
Col. lIy e W...J--.
~'d at LiIb f%/?'1
1'ubUc w..c...:- ,
l'riv..t4a w..u
Oc.Iloar
t:.lwla. fly
SUffOu( ~
Dt:1"r 01:' tll::1\L'mSl::rmCES
.~ ...x.A,
Jri~\Ii11 ~M~:,.:"'_i'~H.
.,.'.,',..'.,,'
hJl3LIC liEI.t,'11l ~
OIv.I:::IQ' OF l"UlrClu.. La:IIL Il.Ve:;TrCll:l'rQ~ , FClRDlSXC SCll:N::Es
'!l1ilCl:: ar<Ol/irC JIl.w:.YSr::: 01:' W11.1'lm,
~Q..-\a
~re JI\~ _ ~
~:J F{~~
I_~\ r_^~
~~~
.
S""pl~ T..p Ki.t _ bth _ at_
.( vw:! L :! Vial..! _ ~ _
.. . ~I'
..~i,l,\;~:';;r.
" .~",i"_":::'''::'1\_:
t:Q) . -:j;:'./';y
o..ue It
Ocher
:J
Pr-h
Canf.lOo.M\d
Ca'().)un.j
300 vinyl Chlori.cl.;, ....... <<:1':'\
30S lI..,thy4n., dl..Lori.d.: ... L. ()"\
32J 1,1 eJidUoro.:l:h.;u..., '" O.'~
309 \:.ran:. 1,2 d.idU' "'~ ~
JOO ClI.l.o.:otann ...........-L-
324 1,2 d.idUoro.:th.:.an.;, ... <.(\~
. 321 1, 1,1 \:.rictl..Lo.:o.:t!...... -.O.i.:..
30'1 C:""ton t..:t.:.r.,.chlOl.-i..-J.." . ~
. 2~~ 1 ~~o 2 dl..Loro.,;tt~>..l ~
405 1, _ (l.j,dUoroprop..n... " ~
310 tri.dUoro..:t:h..:n.; ...... 4( (\ ~
30J d1.l.orCX1ib.."U..;,..o.:t.h;,c..., . L. oS
.,,,-, 1 '. .",,- "
... J... I -. -.w..M.Qlo..:~ .... L /) . " .::z..
'120 2 beono 1 Cil..Lorop.cOfJ.o.[\ L {)h
301 brCl'lOioJ:lll ............ ~'!:.,
311 tctr-4ChlorC<:t!~ .... ~~
JOU ci" 1,2 d.iCil..Loroul:hc..... ~
~~O tL~~ 113 ............ ~
2~2 d.il.lrc.IOI"'U~l<J ....... ~.c:;
~O', 1,1 aiCJl..Lorc...:ulo.:.r\y ... ~S
302 brc"llOd.ich.lorCcI';~ . ~a5
40G 2,3 d.ich1.arClp4O[.l<:l\o.) " ~
'10', ci" aichloCOI:.cO(~ ".
'IOU t.r..ol\.:l C1i.CiI..Lo":Cof'ror-..:n...
322 1,1,2 =iCil..Luru.;,c:.n..n... ~i5
409 1112 t<:tr<loChlo'''~ ~ {};C:
2% "'-t."'tr-,'ch.l.orr:~ . 'fi< ~'
.JJ .I.,:!, J =ictl..LoruprOj.\iY.... ~._:
'1:;0 2,:! CliCll..LorOf,ro1:>.:.n... "
.(~l l.,:" a.iCJ\lo.cOL~.L'"\:ll~ .. _< .
4~~ :.! chJ.o" .;;chyl"'-in.:l.1.cL.h..:L~ ,~ ..
.,..-'
\
I
250 ....... ....................~. :
~l t^l~ ....................< _
2~U chloc~ ..............
2::i9 uthy~ ............... <. .
2S4 ~~~ ................... ,
2.5:> ....xy1enot ................... ~
~J ~xyl~ ................... ~
...... r^~.' xy' ."_ . _
~................. oIoQ"lQ ...............
....., ""'--t 1..~_. ( , ~
...~L .-'ooC~u O~1Ui 01 ........
2~-J II....cnlO'COC'O.1.u.c:caa ............~. _.
2(;0 .c-~ (P) ........ ..(O.~
~c:5 tot4l c:t\.Lo.r::oto~ ........ _
-ll~ 1,J,5 t.ti.Ilo.:thy~ .....~.
.JlU l/~,.. t..ri"...thy~ ..... '
..!~ In,~~ ...........::::.....
.112 1,2 ~ (0) .... <'1
'I?~ p-ai..,~y~ ........... [;E
"!.J:.a 1,~,..,5 t...oc..r"'I..atby~ . <
.,:.JO, l,:!,. triCi\loc~ ..... zr::<'
. 1" -, t:rU-.hI^_"..-. --
'".,JU ,..,... ____~ ..... ~
coo ethenyJbenz_ (~yqno) ... < I
';01 1 1/.;t!IYl.:th.v~ Ia.anan..) ~ 0 S"
';O~ Il-~~ ............ -<,~."
~O.J ~-I:lut:ylbunzo:n.. ..... . . . .. <. a .~
1.0'1 :k:C-b.lt.vlbunz~ ........... '. n "
Gas i:aopt'Opyltc1ueno~) .(. ..\~
';Ou n-b.lt:y~ ............... Ie (If\"
CO') ~\locObur:,Ii. ~nu ........ " I
coo l,:! IiH'<CI>...:l3~ .t.n,q.;t
Ai'~
. ". ~."I:'
'_ tt~ .
-: ...~'~I!' ~
~ ):~t t::~i
" ~ ;;;;.~1tf
.
. ;....,..'
'X{i!:~:!
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I.,
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U3 No. '1'0- 7S7 i/~
l:~.i.~ No. VV\\...., -I ~
o....c.u ,., .. -Zs- gq
'1'ill~ \~ SUFIi"Ol.K CXXNrr
C4l1. Uy v.o:: ~,l",",", 0El"r 01:' tlIW.'11t sr::nvICES
P<J8I.IC HEIIL'ftl ~
DlVISICN OF HmICAr. WCIIL D-/IJEST~m-lS , FClAENSIC SCtEta:S
'l'lv.o;: 0l1C.l\NIC JINlILYSIS OF ~
~~II\-\'-:;
. .
~ f\\I it\...<Q(t\
(~~f'\.'hl'\.)
I.<.\"""r\.
~.:I
~~
S"'lplo T"[l/ Ki.t _ I1th
. Vial:! vi 2 ViaJ.:I
-
CJr
La.rcJe _
:l Co.p.:lI.l/\d Pr.b
306 vinyl c:hloridril ....... ~
30S ...t.hylClw ch.I.ori.I:Iq ... ~
323 1, 1 w.~~ ... .(..,,~
309 tran:. 1,2 dichJ.'..~ ~
JOO dUOI:'oioal ........... ~
32. 1, 2 ~l:hane ... .( "C:;
. 321 1,1,1 tr.i.chloro.:t.hanfo ~
30-1 <:"m.n t.l:tr..c:hJ.o.cido . ~
2!1ol 1 ~1I0 2 ctWlro.:th<an.) ~;:::
40S 1,2 c:1i.c:h.I.onlpOpiInG .. "'-<l ~
310 td,c:hlo~o..:~ ...... -( no::,
303 c:hloc<Xl.i.b.a:o'oOI....t:hiI.nQ . L ^~
293 1,2 c1i.b.:QIIO",c.hiAtIg .... "::-.0-'
'120 2 lJcQIIQ 1 ChloL"OPCopi&l\ ~
:)01 bl:QllQrOD&L ............~
311 tetra.c:h1.oxoethena .... i
30U c.i..l 1, 2 ~ClatheN L.
~O ~ 113 ............ <.' .
2~2 ct.i.brCIIQIU.~ ....... <'
30'1 1, 1 dichJ.o.co.::thc:na . ~ . .
302 ~llC'-thlt.no . i
406 2,3 dic:hlorop.c~ ..
40'1 c.LI a.:i.cnlQI:Oj:>Cop..n.. ".
'100 t.r"...tI:I dich.I.o.:opc~ _ .
322 1,1,2 crichlo.co.::cn.o.n.. ..
409 U12 tGb.-..chlo'..thi:lM
29:i :I-Ub.-..chlol':f"'t.ha.n.a .. L .
4JJ 1,2,3 cr~~ ~..(
'1:>11 2,~ ~copco~ ..
4:>1 1,:l aicn.lo"'flRlpon.. " ..c.
4s:! 2 chl.o' c:d.~J.vi.n:(l..;tho;r
,-,.
-
Ot.her I ....p \ \
"
.
Co,ipOUOd
=
250 ~ .................... ,3.
251 tQ"~"'" ..........;......... ~.t) ..
25U chJ..or~ .............. <.
259 ethy~ ............... <"n~
254 o-xylc:.t\G .... .......... ..... ~
','l'i..
~~;:.,
. .".~
,. .~-.~~
252.-xyl.et\Q ................... ~
253 ~~~ ................... ~
25S ~ xy1.ene ............... _
::lee 2-chl.ocotohe.lllli (0) ........ ~.,>i;'..
201 ~ ............ ~
268 .~ (P) ........ LOS
,..~_.. .
2GS toc.Al c:h.Lorot.o~., ........ _
419 1,3,5 trib..t.hy~_ ..... ~
41U 1,2,4 ~~~y~ ..... <
415 m,p-cIi.c.h.l.or~ ........ <
.u2 1,2 ~ (0) .... ~
4~ p-d.ic.thy~ ...........
43S 1,2,4,5 t..tc"'llOthy~ .
43'Ll,2,4 ~~ ......4l-
430 1,2,3 ~ ..... ~
600 .t:heny~ (atynM) "'1
GOl 1 lIlIiilt.hylOll:1W~_ (Q.aAiIlu)
~02 n~~ ............
GOJ ce&c-~y~~. ..........
G04 ~~ty~ ........... .
~~ ~~~:::~.~~.. ~.. .":.::..::,,.
r01 ., __A'- It, "- .'.1. "'f' ".
... ~WoIoN.."V1~;" A'\eit ........ o;.~..f;tyt~
GOO 1,2 ~ 3-~ ~. Q.2.:~}~;:::~.':
...: .
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APPENDIX D
Kerfoot and Horsley Method for
determining the zone of influence for private wells
-------------------
PRIVATE
WELL
PROTECTION
by
William B. Kerfoot
President, K-V Associates
and
Scott W. Horsley
Senior Scientist, I.E.P.
Edited by
Victoria Lowell
Graphics by
Gloria McKeown and Janet Moller
February 1988
INFORMATIONAL BUllETIN NO. 10
Association for the Preservation of Cape Cod
Box 636, Orleans, Massachusetts 02653
-------------------
TABLE OF CONTENTS
Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 2
Existing Regulations. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 4
The Contamination Threat. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 4
This publication was made possible
through a grant from
The Mares Pond Study. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 8
NEW ENGLAND TELEPHONE
An Explanation of Short-Circuiting ............................10
Delineating the Zones of Contribution for Private Wells ...........18
A Simple Procedure for Private Well Protection. . . . . . . . . . . . . . . . . .24
Summary and Recommendations. . . . .. . . . . . . . . . . . . . . . . . . . . . . .26
References . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .29
-------------------
INTRODUCTION
Cape Cod residents rely entirely on groundwater for their drinking
water. The groundwater is derived from precipitation (rain and snow)
which seeps down through the sandy soils to the water table and
recharges the aquifer.
Public water supply systems, consisting of large, gravel-packed wells or
tubular well fields and extensive distribution systems, provide drinking
water to approximately two-thirds of the Cape's population. However,
the remaining third obtain their water from private on-lot wells. Eastham
and Wellfleet have no public water systems and rely entirely on shallow
private wells. Although a portion of Mashpee is served by a private
water company, most Mashpee residents have private on-site wells.
(See Figure 1; LeBlanc et ai, 1986.)
Except for the limited municipal sewer systems in the Towns of Barn-
stable, Chatham and Falmouth, Cape Cod residents rely upon on-site
septic systems for wastewater disposal. Although many older systems
consist only of cesspools, newer systems include septic tanks, which
serve to separate the solid and liquid phases of sewage, and leaching
facilities, through which the final wastewater is dispersed. The vast ma-
jority of lots served by private wells also have individual on-site septic
systems. An emerging development is the installation of small commu-
nity wastewater systems, commonly referred to as package wastewater
treatment systems.
While municipal regulations and the state environmental code for
locating on-site septic systems have emphasized placing the septic
leaching facility away from the private well, there are no comprehensive
guidelines for private well construction and protection.
The situation is different for municipal water supply wells. Two major in-
cidents, a gasoline spill in Truro and a sewage plume in Falmouth from
the Otis military base wastewater treatment plant, which forced the
closing of municipal wells distant from the contaminant source, led to
action to increase protection of public water supplies. With the en-
couragement of the Cape Cod Planning and Economic Development
Commission (CCPEDC) most towns with municipal wells have identified
the zones of contribution (ZaC) to their public water supplies,
developed protection plans and placed limitations on locating large
volume sewage discharges within such zones.
The purpose of this report is to review current regulations for the place-
ment of private wells and septic systems and to propose how the
knowledge of Cape Cod's hydrogeology, which has been the basis for
the development of protective strategies for municipal wells, can also be
the basis for increased protection of private wells from contamination
by septic systems.
FIGURE I.-Black areas are served by
municipal water supply systems.
PUBLIC WATER SERVICE AREAS
,
2
3
-
-
-
-
-
-
-
-
-
EXISTING REGULATIONS
There are no state laws governing the siting of private wells relative to
septic systems. Current state laws govern only the siting of septic
systems relative to private wells and are quite limited. They are inad-
quate to ensure protection of drinking water sources from chemical
pollution. The Massachusetts Environmental Code (Title V; DEQE, 1977)
is the primary law governing septic systems. The code requires a four-
foot vertical separation between the bottom of a septic leaching facility
and the maximum water table height, as well as a minimum l00-foot
horizontal distance between the leaching facility and drinking water
wells. The rationale for setting the horizontal separation distance was
based largely on the migration of indicator bacteria.
THE CONTAMINATION THREAT
The family of microorganisms known as coliform bacteria is a common
indicator of pathogenic (i.e. disease-causing) pollution. Coliform
bacteria are attenuated (largely through natural die-off and some filtra-
tion) as they move from a septic leaching facility through the soil into
the groundwater and then with the groundwater through an aquifer.
The Massachusetts Department of Environmental Quality Engineering
(DEQE) considers 100 feet a sufficient distance to remove coliforms.
Most towns on Cape Cod have supplemented at least some of these
Title V requirements with more stringent separation standards, but there
has been no systematic effort to develop standards based on regional
andlor local conditions of groundwater flow. (See Table I.)
In addition to bacteria, there may be viruses in domestic wastewater that
flow into the household septic system from which the leachate mixes with
groundwater. Since tests for the presence and concentration of bacteria
are simple, while tests for viruses are complex, mandated separation
distances between well and septic system are generally based on bacterial
indicators. However, in contrast to the rapid elimination of bacteria in
soil, inactivation of viruses is a matter of weeks or months.
Two non-biological components of septic system effluent are major
threats to private wells: nitrate-nitrogen and organic chemicals.
The effluent from a typical household septic system with a mean flow of
65 gal/day has an average nitrogen concentration of over 30 ppm
(CCPEDC, 1979). Typically this nitrogen reaches the aquifer as nitrate-
nitrogen (NO,-N). In concentrations of more than 10 ppm, NO,-N is
4
-
-
-
-
-
-
-
-
-
-
TABLE I
SUMMARY OF TITlE V SUPPLEMENTS
PaU_Clers Hini...... Disunc:es fro.: Perio<iof Luchini Arn 51 ~e-
Coverned a. ...11 rear tor Flow Calcul;atlons
by Title V b. surhce ...Uer supply Soil Tut
C. water C:OUf5.
d. drain
.. slope
Title V Septic Tank I.uchin. hcility Any n.. Are. Varl'CS Wi tn
Requlre_cnts a. 50' .. ,00- of Year Percolation Rate.
b. SO' b. 100' Desl," Flow-
,. >S' ,. SO' 110 lal/b.dt'll/day
d.-25' .. >S'
.. 1$0'1 slope .. 150'1 sJope
aarnsuble ,. ,00- .. 150' Wettut
,. '00- Seuon or
uses Guideline
Bourne ,. 100' ,. 100'
Brewster ,. 100'
.. 100'
Chath.. b. 100' When GrOund I or 2 bedroo.s-Z8S rtT
,. SO' ,. 100' Water is It 3 bedroo.s-18S ftZ
Hi,hest 4 bedroo.s-4'S ft 2
E1eution S bedrooas~Sas ft2
Dennis .. 100' ,. 100' Any flU "'Hh I J 2S ,!Ub~droo.
e.SU' uses Guideline ",hen haehin, field used
Easth_ .. 100' Any Ti_e
.. 100'
.. 100' c. 100'
.. 100' .. 100'
Fal~th c. :.0 e. 100'
Harvieh b. 100' c. 100 .140 ,aJ/bedrooa
MaSh,.. a. 100 c. 15 Any Tift "'ith US ,al/bedrOOll
sin,te f..il.. USGS Guideline ",hen le.chin, field used
100'
..ltlple f...
e. SO'
Or laans c. SO' .. ISO'
.. 50' ,. 100'
d. 100'
proYIiieetown e. 100'
S.nelll1ch e. .100' ~6 feet to
.. 100' ;roundwater'
Truro
Welmect c. SO' ,. 100'
Ya~uth .. 100' .. lSD' Nov..June: Pen; rate slower than
b. 100' ,. '00' Or"IO' to 20 _In/inch unsultable
,. SO' .. '00' ,roundwater
d.- SO' Or USGS
Guideline
July 19M-Cape Cod Planning & Economic Development Commission
5
-------------------
known to cause oxygen deficiency in infants being breast or formula-fed.
Physiological effects similar to exposure to low-level carbon monoxide
poisoning can be observed on a continuum to about one ppm.
Even minute amounts of organic chemicals in drinking water present
serious health hazards. Such chemicals have been shown to cause
many types of cancer, especially cancers of the digestive system and
liver, kidney diseases, diseases of the nervous system, congenital
malformations and fetal deaths (Tardiff and Youngren, 1986).
TA8LE II
Quantity of organic materials disposed through a home
septic system sufficient to achieve critical concentrations in
drinking water lying within the contribution zone of a well
with 300 gallons per day withdrawal.
It is all too easy to attribute pollution by organic chemicals solely to
commercial/industrial establishments-e.g., paint and autobody shops,
filling stations, printing enterprises, etc. Yet, sinks in kitchens and
bathrooms, toilet bowls and careless disposal of substances in driveways
should also be a major concern. Almost every household on Cape Cod
uses and discards several or all of the following substances: household
cleaning agents and degreasers; oven cleaners; paint and paint thinners
(turpentine); septic cleaners (acid-organic types); spray deodorants; and
garden herbicides and pesticides.
Su bstance
Gasoline, unleaded
Benzene
Toluene
Xylene
Pesticides
Aldicarb
Chlordane
Small capacity home wells are particularly susceptible to organic
chemical contamination. Whereas municipal wells derive some protec-
tion from their large volumes of mixing and withdrawal, private wells
are not so protected. Domestic sewage has frequently been found to
contain trace amounts of petroleum distillates as well as benzene,
toluene, chlorinated hydrocarbons such as trichloroethane, trichloro-
ethylene, tetrachloroethylene, dichlorobenzene and alkyl phenols. In
regions of medium to high density residential use on Long Island, 20%
to 40% of wells contained trichloroethylene, trichloroethane, and
tetrachloroethylene (Eckard, et aI., 1988). The percentage of wells with
trichloroethylene and 1,1, I-trichloroethane was found to correlate with
population density in the area.
Concentration
in product
%
Recommended'
maximum
concentration
in drinking
water (ppb)
Quantityb
to achieve
critical
level
1 pint
50 gallons
10 gallons
1/10 pint
less than
1/100 pint
Solvents
Trichloroethylene
(TeE)
1.0-2.1 5
2.2-9.9 2,000
0.7-3.4 440
1.5-50 9
varies 0
1-5
5
1/10-1 pint
'1986 amendments to EPA Safe Drinking Water Act.
bDoes not include removal through treatment by the septic system or adsorptionl
dispersion in sewage plume.
It should be noted that unlike nitrogen and biological pollutants,
organic chemicals do not enter household sewage continuously.
Gasoline, paint thinners, solvents and even pesticides are typically
discharged only at irregular intervals. Furthermore, once discharged in-
to sewage, some proportion of these chemicals is adsorbed to soil par-
ticles or broken down by bacterial action. That notwithstanding, some
organic chemicals are very persistent, and if a neighbor's septic system
lies within the recipient well's zone of contribution, a quantity of a
discharged chemical will probably enter that well and, as shown in
Table II, the volume of such chemicals sufficient to exceed recom-
mended concentration levels in drinking water is very small.
6
7
-------------------
THE MARES POND STUDY
In the summer of 1982, the Town of Falmouth, in cooperation with the
Barnstable County Public Health Department, conducted a survey of
private wells in the Mares Pond area. The survey results indicated high
levels of iron, ammonia and nitrate-nitrogen in numerous wells. The
Town health officials and local residents expressed concern that a
health hazard might be developing, hence the Town undertook a
special study of sources of private well contamination (Kerfoot, 1987).
FIGURE 2.- The location of wells, septic systems and septic plumes
in a small section of Mares Pond area.
Large lot size did not guarantee adequate protection for the private
wells. One house studied was sited on a lot larger than one acre, but its
well was nevertheless contaminated. The study showed that the orienta-
tion of the septic systems relative to the wells and groundwater flow was
the important factor in producing "short-circuiting."
MARES PONO
The results of the private well study were revealing. In the region adja-
cent to Mares Pond, 29 out of 44 wells had elevated indicators of con-
tamination. The study showed that the contaminated wells were being
impacted by plumes of wasterwater leachate from on-lot or
neighboring-lot septic systems, a phenomenon termed "short-
circuiting" or "cross-connecting." The source of contamination was
more often the next-door neighbor's septic system than the on-lot
system. Apparently more care was exercised in positioning septic
sytems in relation to on-lot wells than to neighboring-lot wells. The
Mares Pond area was developed primarily in single family half-acre lots
and exhibited a rapid groundwater flow, ranging from one to five feet
per day, in sand/gravel soil conditions.
~.....~
~~
To demonstrate that the septic system plumes could be contaminating
the wells, the frequency of short-circuitings was projected for the study
region using a dispersion plume model (Wilson and Miller, 1978). The
observed frequency showed no significant difference from the model's
predicted occurrence of short-circuitings. (See Figure 2.) The lengths of
the projected plumes ranged from 150 to 250 feet (using one ppm total
nitrogen as the edge of the plume). Three wells were found to have
NO,-N concentrations from 14 to 27 ppm during a drought period from
March to June 1982. By 1983, when the rains increased groundwater
recharge, the nitrate levels dropped to below 10 ppm (the EPA-
recommended level for safe drinking water).
o 100 200 FT
I , ,
KEY
o HOUSE
. WELL
. LEACHING FACILITY
.1'\ SEPTIC PLUME SHOWING
-- W SEASONAL SHifT
A PLUM' INTERCEPTING WELL
The problems identified in the Mares Pond study are not un-
precedented. A 1978 report prepared for the Health Department of the
8
9
-------------------
Town of Barnstable showed a significant correlation between nitrogen
concentration at municipal water supply wells and the expected
nitrogen content based upon on-lot septic system and lawn nitrogen
loadings (KVA, 1978). The first detailed report devoted entirely to
private well-water quality on Cape Cod found that the Barnstable
County planning guideline of five ppm NO,-N was exceeded at 273
wells and the U.S. Environmental Protection Agency drinking water
standard of 10 ppm was exceeded at 93 wells (Persky, 1986). Figure 3
(ibid.) shows the correlation between nitrate-nitrogen in the private
drinking water supply and the density of housing units per acre. The
special importance of the Mares Pond study is that it demonstrated that
the frequency of nitrogen contamination is not just a simple matter of
housing density, but also of the orientation of private wells and septic
systems within the groundwater flow field.
FIGURE 3.-Median nitrate concentration as a
function'of housing density.
.
SLOP[ = 0.752
INTERCEPT .. 0.251
CORREUTION COUTICIEHT ::0 0.802
t:.
In general, groundwater moves through the aquifer (the water-yielding
subsurface soils) from higher elevations to lower elevations. Note that
the word "elevation" as used here refers to elevations of the ground-
water (or water table) not to elevations of land. A water table map of
Cape Cod prepared by the USGS (LeBlanc, et ai, 1986) shows contours
of regional groundwater elevations (Figure 4). Groundwater generally
flows from the center of the Cape Cod peninsula toward its shorelines,
where it discharges to the surrounding coastal waters. Figure 5 (Strahler,
1972) shows a typical cross-section illustrating groundwater movement
through the Cape Cod aquifer. In most cases, contamination will move
along these same flow paths.
Z
W
Z'g3
90:
~t=
f!'z
z'"
wO
Uo:
t5!:!
u-',
~~
f!'Vl
-::>
z<
zo:
<'"
Ci3
w_
::>::>1
l';
t:.
AN EXPLANATION OF SHORT-CIRCUITING
How does the short-circuiting of private wells and septic systems occur?
To explain this phenomenon it is necessary to begin with some elemen-
tary facts about groundwater movement and well withdrawal.
t:.
t:.
t:.
t:.
t:.
o
o
2
HOUSING UNITS PER ACRE
,
.
Groundwater is quite mobile and flows continually beneath the land
surface. Figure 6 (Kerfoot, 1987) is a frequency diagram of measured
velocities of groundwater from over 100 locations in the Town of
Falmouth. With a velocity mean of 2.5 feet per day and a mode of 1.2
feet per day, groundwater flow is a significant factor that must be taken
into account to protect wells from sources of contamination. These flow
rates have been confirmed by the United States Geological Survey
(LeBlanc, et aI., 1987). An independent tracer study at a site in the nor-
thern end of Falmouth yielded a mean velocity of 1.5 feet per day and
maximum velocities as great as three feet per day. As the velocity of flow
10
11
-
-
-
-
-
-
-
-
-
FIGURE 4.-5ix groundwater flow cells and
general directions of flow.
-"-t
EXI'lN<A nor<
WATER TABU COHTOUR-ShowI ~l;lude
Dl..........in.....Itu.l..CotII_
...... --. o.a- ill _...... A<._
..............ctionof~...Iow.
.--
HYDROLOGIC BOUNDARY BETWEE"
fLOWCfW
. WELLS DRlU.ED TO BfDROCK THAT DtP
NOT PENETRATE lW.TWATER
o WELLS DRIU.W INTO OR THROUGH THE
fRESHWATEI-$A&.TWATER BOUND.
"'"
. .'
t----t SECTION UNE-u.. oj Melion ~ in
-.
.
I" I
".,
. .
, .IMlS
,I I I
10DUlIlIutll
I
.....
12
-
-
-
-
-
-
-
-
-
-
FIGURE s,-Fresh groundwater beneath the Lower Cape-a schematic
drawing with vertical scale greatly exaggerated,
~~::~ -=---
table --..='=' -_ .- ;..,--:=.-
-.,:.,-, "'::'":":'".+.IQ,,:.~T."\'..:;.~;'~'I ,:~:::~ sea level
-~o .~.~~\\~':(.':.:'<
=:~~"'&~r~~~~nd0'*hxK'S'K ~.'.'., 0::'
.200 salt '.:,:~ ~water' l :\/\:::~ ~ gloci~1 ':':. :', .
::~ ~~~:rd,:~~&~~,.deP~.i:S:. .
-350 .... .. . . ... . . "Y',:.::<:\::;':',,:' . ..
-100;, ;' ;' ~ ;';'" / "- .:...., .'.- ...
;'" ";,";, " ";',, ";, "';,;' ..(" ,/"" ;' " " ,'" ;'... ...'
'" ", /,/ ,"',',/",' "';";' ;' ";' ;' /' /,/,
" ,'/ ;' /';, /,;,;'... basement rock,' " ".:' "/' " /'/
"'\,//"'/,,... ,,,,,' /,/" /,
;' //.........//, ... '''>//' '///
13
-------------------
increases, constituents of a typical sewage plume can travel farther from
the source and the threat of contamination increases.
FIGURE 6.-Frequency distribution of groundwater flow rates
in Falmouth, Massachusetts.
I
J
When a well is placed in the aquifer and pumped, thus withdrawing
groundwater, the configuration of the water table about the well is
modified. (See Figure 7.) This modification is known as a "cone of
depression:' and is accompanied by changes in groundwater flow
directions in the vicinity of the pumping well (Driscoll, 1986). These
modified conditions, coupled with the natural (or static) groundwater
conditions, dictate the area of capture, or zone of contribution (lOC),
to the well. Based on these principles, CCPEDC delineated lQC's for
the public water supply wells on Cape Cod (Horsley, 1983). These
zones approximate those critical land areas from which groundwater
flows to the pumping wells.
20
17
15
14
>- 13 13
U
Z 10
w 10
:l 9
C1
w 7
~
u.. 5 6
3
2 2
0
0 2 3 4 5 6
GROUNDWATER VELOCITY (FTlDAY)
4
A similar approach can be used to understand the flow dynamics sur-
rounding a private well. While the volume pumped is considerably
smaller for a private well than for a public supply well, pumping of a
private well also causes a depression in the nearby water table and in-
fluences groundwater flow conditions. A methodology has been
developed to predict these flow conditions and subsequently to
delineate an area of capture for the well (Kerfoot, 1985). This method is
based on the determination of groundwater flow directions and
velocities in the vicinity of the well. The boundaries of the lQC are then
extrapolated from this basic information. Water table mapptng in com-
bination with a small pump test, to obtain information about the
hydraulic conductivity of the local aquifer, can be used to determine
groundwater flow directions and velocities.
>7
7
Based on a typical pumping rate for a private on-lot well (approximately
five gallons per minute for 60 minutes each day) and typical ground-
water flow velocities (approximately one to two feet per day), a zone of
contribution can be calculated that measures over 150 to 200 feet in
length and over 40 to 60 feet laterally. This zone clearly exceeds the
State Environmental Code's l00-foot regulatory distance in the up-
gradient direction.
When houses are built fairly close together on individual lots, each of
which contains a private well and septic system, the possibility of short-
circuiting between wells and septic systems from nearby lots must be of
concern. Assume that there are 30 house lots, each with an individual
well and a septic system. How many wells will eventually be con-
taminated by their own or a neighbor's septage plume? The answer can
14
15
-
-
c:
o
';;;
~
i!!
"-
'"
"0
o~
",N
C.....
0'"
U-
.. ~-
.<:.!!!
"'.<:
" i!!
0-
~Vl
-=E
co
0'::
III
'?c.
~ ..
~"O
e<
V-
I
r-:
w
'"
::>
Q
u:
,
- '
....... "
------,""' \
',\\
, \ \
" \\'
\ \ \
\ '\'
- -_ a_ \ \ \
, ,
'. \ : \ ..
\ I I
\ I ,
... I I
, ~ '
~
~, ~,
'I' \ \
I I '
\ ~ ; ~ If
o I ' I
- 'I'
___~-._- ~ I I I
CD t=>~1 III
;:! w'Q.. I I
a:: ZW I I
__ _ L&J _ - - 00 /j I
I-: u,/ I
<l //' I
3: __' I
--- --- ,/
...J //
~----...."
___<9---- ~
a:: ",'"
o _-
--
-
...J
...J
<l
u.. ___
Z
<(
a: ___
-
-
-
-
DEPTH IN FEET
o
C\J
-
-
~
-
'>to..
z
Q
f-
:::>
LLCO
002
Wf-
I ZZ
00
NU
I~
,
I
~ '"
..,
g
...J
...J
W
3:
--
-
"
16
-
-
r<>
o
v
o
C\J
t;:;
W
u..
0 Z
UJ
U
Z
<
f-
Vl
15
o
C\J
o
v
-
-
-
-
-
-
-
-
-
-
FIGURE B.-Spatial arrangement and influence on cross.connections
of wells and septic systems,
~=300
Y~rOjected Plume Constant
o WELL
... SEPTIC LEACHING PIT
CIRCULAR PROTECTIVE DISTANCE OF 150' BETWEEN WELL AND
SEPTIC SYSTEM
~"""""'...-..
, "
---
, ,
, ,
o
EXPECTED SHORT-CIRCUITS
"..- ..
, ,
, ,
- .,
o
,
.
,
.
-~
Constant Direction :1:300 Variation
,
,
,.
,
J 2
J. z
, ,
, J J
,
" ',' , ,.
...,:3,.1'" , -- ,
1 2
.of .t 11 .,., Z1
/
Groundwater Flow Direction
ELLIPTICAL PROTECTIVE DISTANCE OF 100' LATERAL, 250' UPGRADIENTI
150' DOWNGRADIENT BETWEEN WELL AND SEPTIC SYSTEM
o
o
o
o
o
o
o
o
0.' l.f
17
------------
-
- --
- -
-
be found in a statistical analysis. Figure 8 (KVA, 1984) shows a
hypothetical plot plan for a 24-unit development, each lot being 40,000
square feet and containing a well and a septic system. The figure com-
pares graphically the impact of elliptical protective zones and the cir-
cular protective zones mandated by Title V. In the model, a plume of
domestic wastewater from septic systems is considered to (a) extend
directly 200 feet downgradient from the leaching field, and (b) to vary its
position + or - 30 degrees from the original main axis of flow during
seasonal variations. Even with a random 150-foot separation, between
16% and 29% of the wells with circular protective distances are pro-
jected to be short-circuited, depending on the seasonal variability of
groundwater flow direction, while for the elliptical protective distances,
there are no such cross connections.
an area sufficient to produce a volume of recharge equal to the well's
withdrawal. If the recharge varies between 18 inches per year (.004 fll/
square foot/day) and 24 inches per year (.0055 fp/square foot/day), the
area of the circular lac would be between 10,000 fl' and 7,300 ft', with
a radius between 56 and 48 feet (Figure 12A). (Note: A higher rate of
groundwater recharge results in a smaller lac for a well pumping at a
constant rate.)
The recharge values for a particular area can usually be obtained from
publications of the USGS Water Resources Division. Generally, during
summer the lac areas enlarge as withdrawal increases with lawn
watering and recharge decreases with evaporation.
DELINEATING THE ZONES OF CONTRIBUTION
FOR PRIVATE WELLS
It is worth repeating that the current Massachusetts sanitary code (Title
V) requires a 100-foot separation between an on-lot septic leaching
facility and a private well. For this example, the Title V requirements add .
a protective zone of about 50 feet beyond the normal recharge zone. If
there were no horizontal groundwater flow, this protective zone would
be effective.
To understand how private wells derive their water and how the zone of
contribution develops and is shaped, it is helpful to look at three ex-
amples, starting with the simplest conditions and adding complexities
that beller reflect actual hydrogeologic conditions. An assumption com-
mon to the three examples is that the well's pumping rate is 300
gallons/day.
Example 2: A well pumping in an area where groundwater flows
horizontally beneath the site at a rate of one foot/day and in which the
hydrogeologic conditions are "isotropic" (i.e., water will flow into a
pumping well at an equal rate from both the vertical and horizontal
directions):
Example 1: A well pumping in an area where there is no horizontal
groundwater flow:
In areas where there is no significant groundwater gradient and thus no
detectable horizontal groundwater flow, a well will pull equally in all
directions from the surrounding strata. The immediately surrounding
groundwater subsides symmetrically, causing a "drawdown" cone of
depression around the well pipe. After the pump is run for a brief
period, the cone no longer deepens, but reaches a steady state. At this
time, the volume of groundwater being withdrawn through the well is
balanced by an equivalent volume of recharge water. The displaced
water volume moves outward until it is balanced by the volume of in-
filtrating recharge. The recharge area or lac of the well becomes a cir-
cle whose daily recharge matches the daily withdrawal (Le., 300
gallons/day) of the well.
The conditions of Example 2 are common in the area midway between
the center of a groundwater lens and the shoreline when there is a
mixed medium sand substrate. A gentle gradient of groundwater exists
across the area in which the well is dug, often about 0.3% (0.3 feet ver.
tical drop across 100 feet lateral distance). Two aspects have changed
from Example 1. First, the circular laC now begins to extend upgra-
dient, becomes more elliptical in shape, and develops a groundwater
divide on its downgradient side. Second, the shape becomes more sen-
sitive to the depth of penetration of the well screen into the aquifer.
Basically, there are two flow fields, one originally existing as a constant
regional flow from elevations of higher water level to lower water level,
and a second induced by water being withdrawn from the well. These
combine to form a unique flow field (Figure 9).
In this simple case, neither the well depth nor the well screen configura-
tion nor three-dimensional hydraulic conductivity differences of the
geological strata are significant variables. The laC will be circular with
Figures 9 and 10 show cross-sections of the flow fields. The rainfall
recharge intercepted by the well now extends farther upgradient than
downgradient. The pathway of the recharge moves downward and is
pushed horizontally by the background flow and pulled by the well
18
19
-
-
-
-
-
-
-
-
-
FIGURE 9.-Computing the recharge zone (ZOO by flow streamline
analysis following water particle movement.
-50
o
50
100
150
10 SIDE
~ VIEWS
w
w
~
zo
-10
-5
~
w
w
~ 0
5 STAGNATION
ZONE
200
250
500
I
350
I
400 FT
--NE OF CONTRIBUTION
lflld
--
---
REAR VIEW
STATlC"'~"
WATER
LEVEL
ISOTROPIC
HORIZONTAL FLOW -Ill/d
WELL PUMPAGE. 40 lftd
VERTICAL RECHARGE' 22.3 in/~r
20
-
-
-
-
-
-
-
-
-
-
FIGURE 1O.-Recharge zones under differing recharge rates.
ISOTROPIC
RECHARGE:
.....26,n/yr
-22.3in/yr
--IBin/yr
POROSITY. .25
0-3009/d or 4011td
1'1 HORIZ:VERT
RECHARGE I 0
+
o
-50
WATERTA8LE
.50 100 150 200 250 300 350 FT
......WITHDRAWAL _-----
SCREEN .,' __-
\._.:.:..;:....:.:~:.:...----'-=.ZONE OF CONTRIBUTION
~
~ .5
~
---
Illld
---
-10
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withdrawal. With varying rates of recharge, the boundary of the ZOC
changes. One can look at the dimensions of the well withdrawal field by
tracing the pathway of recharge water particles (Figure 10). If the
recharge is 18 inches/year and there is an effective porosity (i.e., void
space between soil particles) of 0.25 (25%) in the sandy substrate, the
vertical movement of a water particle is six feet/year downward, assum-
ing a constant groundwater gradient across the site. A three-foot long
well screen with a uniform withdrawal pattern would pull in water
recharged as far as 350 feet upgradient.
If the recharge rate increases to 22.3 inches/year as found in the Hatch-
vi lie area of the Upper Cape (LeBlanc, et aI., 1986), the upgradient
distance contracts to 280 feet from the well screen. In both cases, the
quantity of recharge remains constant, sufficient to supply 300 gallons/
day, matching the rate of well withdrawal. If one looks at the top view in
Figure 9, which shows water particles and their flow pathways, the ZOC
can be delineated by including any water particle that eventually flows
into the well or is immobilized by its withdrawal. The latter considera-
tion is necessary because a "stagnant zone" forms downgradient of the
well screen in which water moves backward and forward but not into
the well screen nor in a down gradient direction.
Assuming the isotropic conditions of this example, in which water par-
ticles can enter the well screen on symmetrical paths from both the
horizontal or vertical directions, the ZOC would be about 30 feet wide
and 280 feet long with a total area of 8,000 fl'.
Examp/e 3: A well pumping in an area with horizontal groundwater flow
of one foot/day, where there are non-isotropic hydrogeological condi-
tions; that is, with water flowing into the well screen four times faster
from the horizontal direction than from the vertical:
The most common condition observed on Cape Cod is represented by
Example 3. The Cape Cod aquifer generall~ conducts water more
readily in a horizontal than a vertical direction. This occurs because the
substrate was deposited in layers (stratified) during the last glacial
period. Commonly, the ratio of vertical to horizontal conductivity varies
from 1:3 to 1:10 (Guswa and LeBlanc, 1981).
If one substitutes a 1:4 vertical to horizontal conductivity ratio for the
isotropic conditions of Example 2 and computes the flow changes, the
ZOC flattens out substantially and shortens. This is because the physical
arrangement of sand and silty alternating layers causes water to run into
the well more easily laterally than vertically. Since the vertical
22
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TABLE III
The relationship between groundwater flow velocity
and the length of the upgradient line.
Groundwater
Flow
(ft/day)
o
.5
1.0
1.5
2.0
2.5
3.0
Length of
Upgradient Line
(It)
o
65
125
190
250
315
375
A three-foot well with a five-foot vertical zone of capture is
assumed. A hydraulic conductivity ratio (vertical to horizon-
tal) of 1:4 is assumed. A field porosity of .30 is used for the
broad sandy outwash plains. A mean annual recharge of 18
inches is assumed. The upgradient line represents an upgra-
dient extension of the midpoint of the vertical intercepted
flow withdrawal by the well screen (Kerfoot, 1988).
The actual vertical withdrawal zone should be confirmed on
site with a small pump test and direct measurement of
hydraulic conductivity variation.
23
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withdrawal shortens, the distance of upgradient withdrawal lessens.
Given a recharge rate of 18 inches/year, the lateral distance across the
laC increases from about 40 to more than 80 feet and the length of the
lac is shortened to about 125 feet. The area of the lac remains cons-
tant at 10,000 feet', balancing the daily mean withdrawal. As before,
recharge from rainwater falling inside the lac flows into the well.
(Figure 11.) .
The distance from the well to the upstream origin of incoming flow
lengthens as the regional groundwater flow rate increases. Locally, the
pumping well intercepts and captures recharged rainwater that has
originated upgradient of the well. For instance, a three-foot well will pull
over a five-foot vertical section, extending its withdrawal to two feet
below the screened areas (as shown in Figure 10). The vertical extent of
withdrawal can be measured directly in the field during pumping and
the mid-point of the intercepted flow projected upgradient. Table III
shows a set of distances generated using Example 3 conditions, with the
only exception that field porosity has been changed to .30 to reflect
medium sand conditions found in the central outwash plains (about
70% of the area of the Cape). Note that the upgradient distances for
flow rates above .5 ftlday are substantially longer than the circular
radius of 100 feet specified under Title V. These distances could serve as
a guide for selling safer separation distances of well and septic leaching
facilities.
A SIMPLE PROCEDURE FOR
PRIVATE WELL PROTECTION
Using a short and simple procedure, health agents and engineers can
delineate an effective protective zone for typical residential private
wells. The procedure is based on the initial determination of ground-
water flow direction and velocity, using a water table map and data on
the hydraulic conductivity of the regional aquifer andlor direct
measurements using a groundwater flow meter (Kerfoot, 1987).
First, the well is sited. From that point a line is drawn directly upgra-
die nt, i.e., the upgradient line. Its length is dependent upon the
recharge rate and velocity of the ground water. If the groundwater flow
rate is zero, its length is zero, and there is essentially no upgradientline.
Under these conditions, as outlined in Example 1, the lac to the
residential well is a circular area with a radius of about 53 feet. The Title
V guidelines extend beyond this region, out to 100 feet, and provide an
effective protection zone. (Figure 12A.) Where there is regional ground-
24
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FIGURE 11.-Variations in Anisotropy.
VERTICAL VERSUS HORIZONTAL
HYDRAULIC CONDUCTIVITY
Kz/Kx
TOP
VIEW
SIDE
VIEWS
1110
PROTECTION ZONE
o 50 100 FT
-$-m
ISOTROPIC III
25
lfl/d
III
RECHARGE RATE. 22.3 in/yr
FIELD POROSITY -25
FLOW RATE -I IIld
-$-~
HETEROTROPIC 1/4
I
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water flow, there will be a significant upgradient line, which will in-
crease in length with increased flow velocities. Table III can be used as a
guide for the relationship between groundwater flow velocity and the
length of the upgradient line. It shows that at a flow rate of 1.0 feet/day,
a common flow rate on the outwash plains of Cape Cod, the upgradient
line will be 125 feet.
As a final step, a l00-foot buffer zone is drawn about the upgradient line
and its two end points. For an area where there is no groundwater gra-
dient, the well protection zone would be the same circle as that man-
dated by Title V, but for areas with more usual hydrogeologie conditions
the result of this procedure would be an ellipse-like protective zone as
shown in Figure 128.
The elliptical approach has four advantages:
1) It changes the protective zone into a shape which accounts for the
flow dynamics in an aquifer;
2) It is consistent with the concept of the Title V mandated 1 OO-foot pro-
tective buffer zone between septic system and well;
3) It provides additional protection against seasonal groundwater fluc-
tuations in the direction of groundwater flow (up to 3D-degree direc-
tional changes);
4) Its larger size compensates for increased withdrawal rates and
enlargement of the lac area during summertime periods of low
recharge.
SUMMARY AND RECOMMENDATIONS
There are no state laws or regulations for private well construction and
protection as there are for public water systems. While the
Massachusetts Environmental Code (Title V) requires a septic system to
be at least 100 feet from a drinking water well, the regulation does not
require that a new well be located 100 feet from an existing septic
system. Furthermore, Title V does not consider local or regional ground-
water flow conditions that may make this distance inadequate to protect
the private well from biological and chemical contamination introduced
into the groundwater by the homeowner or his near neighbors. Ade-
quate protection can be assured by orientation of septic systems and
private wells, on-site and on adjacent home lots, that considers this
26
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FIGURE 12.-Proleclive Zones.
A. Contrast between the fixed protective distance of the current Title V
regulations.
B. The proposed upgradient protective distances.
A. No flow
B. Flow = 1.0 flld 1-- GROUNOWATER FLOW
PROTECTIVE ZONE
"~
Well
UPGRADIENT
LINE
ZONE OF CONTRIBUTION
"a
27
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essential factor. Models for delineating the zone of contribution (ZOC)
of groundwater to a private well are pr.esented in this report. They are
based on typical hydrogeologic conditIons for Cape Cod. Simple pro-
cedures are described that will enable health agents and engineers to
delineate an eff~ctive protective zone for local residential wells.
APCC has long advocated the protection of groundwater and public
health on Cape Cod. As knowledge of both the characteristics of
groundwater on the Cape and potential health risk~ from wntamlnated
private wells has increased, it is essential to use this information to adopt
beller approaches for preventing pollution problems.
In the interest of the public health of all residents of Cape Cod, APCC
recommends:
1) The adoption of local health regulations which require that well and
septic system placement be based on groundwater direction and rate of
flow. Health regulations should also include provisions for water quality
testing of new wells to determine existing sources of contamInation.
2) Development of state regulations more stringent than Title V for
private well protection.
3) A wunty-wide education program to explain the health risks in-
volved in groundwater cross-contamination of wells by septic systems.
4) Development by appropriate state and federal. ag~ncies of pro-
cedures for identifying private well zones of contribution In varYing
geological conditions for use by professional civil engineers.
S) Support for more basic studies by the USGS to further define ground-
water gradients, flow characteristics, hydraulic properties, recharge
rates and chemical dispersion characteristics.
In addition, APCC suggests that the Barnstable County Health and En.
vironment Department extend its well site data processing to include a
warning of groundwater cross-connections for those cases where in-
dicators of contamination are elevated but below the current standards
for rejection. The chloride, total nitrogen and organic level correlation is
usually adequate to identify such potential hazards.
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References
CCPEDC. 1979. Water Supply Protection Final Report. Cape Cod Planning and
Economic Development Commission, Barnstable, Massachusetts.
DEQE, 1977. State Environmental Code, Minimal Requirements for the Subsur.
face Disposal of Sanitary Sewage, Title V. Department of Environmental
Quality Engineering, Boston, Massachusetts.
Driscoll, F. G., 19B6. Groundwater and Wells. Johnson . Division, St. Paul,
Minnesota. .
Eckard, D., Flipse, W. J. and Oaksford, G. T., 1988. USGS Water Resources In.
vestigations Report 86-4142.
Guswa, J. H. and LeBlanc. D. R., 1981. Digital Models of Groundwater Flow in
the Cape Cod Aquifer System. Massachusetts. U.S. Geological Survey
Water-Resources Investigations, Open File Report 80-67.
Horsley, S.. 1983. Delineating Zones of Contribution for Public Supply Wells to
Protect Groundwater. Proceedings, National Water Well Association
Eastern Regional Conference of Groundwater Management Orlando,
Florida. National Water Well Association, Worthington, Ohio.
Kerfoot, W. B.. 1985. The Use of Direct-Reading Groundwater Flow Meters and
Water Levels to Determine the Recovery Zone of a Pumping Well. Fifth
National Symposium and Exposition on Aquifer Restoration and Ground.
water Monitoring, National Water Well Association, Worthington, Ohio.
Kerfoot, W., 1987. Is Private Well Protection Adequate when Groundwater Flow
is Ignored? Proceedings of the focus on Eastern Regional Groundwater
Issues: A Conference. National Water Well Association, Dublin, Ohio.
Kerfoot, W. B., 1988. Private Well Protection for Sand and Gravel Aquifer,
Groundwater. (submitted for publication)
K-VA. 1978. On.Lot Waste Disposal Systems: Public Health and Water Quality
Implications. Prepared for Department of Public Health, Town of Barn-
stable, Massachusetts, by K-V Associates, Falmouth, Massachusetts.
K.VA, 1984. Geotechnical Newsletter on Groundwater Flow Meter Technology;
Vol. 2, No.1, pp 2.
LeBlanc, D. R., Guswa. J. H., Frimpter, M. H. and Londquist. C. J., 1986.
Groundwater Resources of Cape Cod, Massachusetts. Hydrological In-
vestigations Atlas MA-692.
LeBlanc, D. R., Garabedian, S. P., Wood, W. W., Hess, K. M. and Quadri, R. D.,
1987. Natural Gradient Tracer Test in Sand and Gravel: Objective, Ap-
proach and Overview of Tracer Movement. U.S. Geological Survey Pro-
gram on Toxic Waste-Groundwater Contamination: Proceedings of the
Third Technical Meeting, Pensacola, Florida, March 23.27, 1987. USGS
Open File Report 87.109.
Persky, J. H.. 1986. The Relationship of Groundwater Quality to Housing
Density, Cape Cod, Massachusetts. USGS Water.Resources Investigations
Report 86.4093.
Strahler, A. N., 1972. The Environmental Impact of Groundwater Use on Cape
Cod. Association for the Preservation of Cape Cod, Inc., Impact Study No.
3, Orleans, Massachusetts.
29
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References (continued)
Tardiff, R. G. and Youngren, S. H., 1966. Public Health Significance of Organic
Substances in Drinking Water. In Ram, N. M., Calabrese, E. J. and
Christman, R. F., editors, Organic Carcinogens in Drinking Water. New
York, N.Y., John Wiley & Sons. Chapter 16, pp. 405-436.
Wilson, J. L. and Miller, P. J., 1976. Two-dimensional Plume in Uniform Ground-
water Flow.}. Hydraulics Div., Amer. Soc. Civil Eng., Paper No. 13665,
HYS, pp. 503-514.
30
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