appendix i monitoring well sampling data forms · well sampling data form ^ £ 7 ££ 0£ £50 %,...
TRANSCRIPT
![Page 1: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/1.jpg)
Appendix IMonitoring Well Sampling Data Forms
![Page 2: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/2.jpg)
ERM'Series Monitoring Wells
![Page 3: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/3.jpg)
H/A - N'UOOUtTotoOft
0 2009.
ft 7 00 %, O WELL SAMPLING DATA FORM ^ £ £££ £5-
Well Number: E£H- \ S' Cste: 5"- Time:
Boring diameter ____ _ ______ _ Well casing diameter. , _____ & [
Annular space length ___________ Stidcup:
Total depth (TOC) -V H.fa...'.(-l Depth to water (TOO 7j<=} U) Height of Column
COLUMN OF WATER IN WELL ( C fiS\_v t- VOL.
Gallons porToot of annular space (A.S.)
Coiumn'of water or length of A.S^ (whichever Is less!
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing "" ":. « •• /.07~ /
TOTAL VOLUME (A.S. + casing) ' = -^
Number of volumes to be evacuated . . " -= ^
Total volume to be evacuated - = ^: *
TOTAL VOLUME PURGED * __Ll
Method of purging:
Sample date/time -H-^ /O^)O . 7 ...Sample number:
FIELD PARAMETERS
pH
Conductivity
Temperature
Sampler's signature/date:,
]fl if! (I// sJW] •***&*
![Page 4: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/4.jpg)
iJ'Cs & 5
H/A - M \OOutTc3torU> "L SAMPLING DATA FORM
0 2QQ^.Ot>
Well Number; E&M- 1 I Date: n^T . Time;
*)UBoring diameter: . -_______ Well casing diameter *
Annular space length: ___________ Stxkup: ____;_________
Total depth (TOC) %.C5" M Depth to water (TOO £-T7 t»l Height of Column 1,
COLUMN OF WATER IN WELL ( f rtSi N c- u c> t o
Gallons per foot of annular space (A.S.) » _
Column of water or length of A.S. (whichever is less) - x ^*"
Volume of annular space » -^
Gallons per foot of casing * . >/<
Column of water x '«•
Volume of casing » '• '•>
TOTAL VOLUME (A.S. + casing) • <
Number of volumes to be evacuated 3 ^
Total volume to be evacuated «* ~
TOTAL VOLUME PURGED e
Method of purging; .
Sample date/time: . r-P- T / ° ^ _____ .. Sample number; 5J!7*7
FIELD PARAMETERS
4.a 7.0oHpnConductivity
Temperature
Sampler's signature/date: /U . XA"\
![Page 5: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/5.jpg)
ozoo $-,H/A - NMOOuETOtoOWELL SAMPLING DATA FORM
0 2003.06 TX
Well Number; M-Zg ..Date; Sr^ Time*. HH5"T} (i
Boring diameter. . __________ Well casing diameter ___ y ___ . .
Annular space length __________ Stickup:
Total depth (TOC) lb..> (•) C>epth to water (TOC) 7,5"! (») Height of Coiumn
COLUMN OF WATER IN WELL Ugq.
Conductivity "**>
Temperature ' &•
T rtjj.jjj
Samplers signature/date:
Gallons per foot of annular space (A.S,) = _
Column'of water or length of A.S. (whichever is less) - - x _
Volume of annular space * _
Gallons per foot of casing = _
Column of water x .*
Volume of casing » .
TOTAL VOLUME (A.S. + casing) = .
Number of volumes to be evacuated » .
Total volume to be evacuated « .
TOTAL VOLUME PURGED * __£
Method of purging: _
Sample date/time: 'r.l.S'- f.r / ijTDo_____ Sample number: B7€>?./
FIELD PARAMETERS: B «V *nd S
pH
^- — ^
![Page 6: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/6.jpg)
H/A - MlOOUtTOtoO 02006*0?f t l ^WELL SAMPLING DATA FORM ^ £020
WellNumbcr; ££AVH ff Date; •IS-'K -Tims Mop
o "Boring diameter __________ Wdl casing diameter, ____ sf ______
Annular space length; ____ ; _____ Sticicupi ___________
Total depth (TOC) i^-ko (0 Depth to water nOC),..B. fa. (a) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) = /^
Column'of water or length of A.S, (whichever is less) • x ^
Volume of annular space ~ " * ^
Gallons per foot of casing « * '
Column of water • x ^-'
Volume of casing » _ '-)'Q
TOTAL VOLUME (A.S. + casing) •= ^
Numberof volumes to.be evacuated a ->
Total volume to be evacuated - = v
TOTAL VOLUME PURGED « 3
Method of purging:
' y - - -Sample date/time: 5-\*>-*i>l M^q. ' _1.-^-"- -"-- -.Sample numbcn
FIELD PARAMETERS
pH^ _Conductivity 5 o 5to SDQ ' xJ STJQ $7x3
Temperature i.7.y H /'T T T ' i T ;.
Samplers signature/date;'
.;
-/ -S
![Page 7: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/7.jpg)
H/A - M .„,.._WELL SAMPLING DATA FORM • $ 1 §nf'
0 2009,C>£
Well Number: ££M- S'S' ; Date: fT-l r Time. '5" . n »*Boring diameter,,__________ Well casing diameter **-________
Annular space length: __________ Stickup: ___________
Total depth (TOC) l 'T (.) Depth to wVter (TOC) _H£ZS-.(=) Height of Column
COLUMN OF WATER IN WELL ( (J>q_L. p/j^v
Gallons por foot of annular space (A.S.)- -- -
Column'of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing . ."
Column of water. - - -
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to bo evacuated * $
Total volume to be evacuated * 5-73
TOTAL VOLUME PURGED « *'
Method of purging:1 w w
Sample date/time: O-'^- Q Sample number:
FIELD PARAMETERS &e«- -find
pH
Conductivity
Temperature ^ - ' ^ '/r r 7. ;T
T^^-.J-i . gl£ - 3-OQ+- i304- IGQ
Sampier's signaruro/datc;- . /I?} < A/F* ' 1 1 *«-* 0h / $-
![Page 8: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/8.jpg)
HM ' Mrt 7 tfrt £ O
WELL SAMPLING DATA FORM 01 GO*.*?
Well Number: ^ ( - rgr ca» 5-P.-?S Time. ___
Boring diameter __________ Well casing diameter ^ '______
Annular space length __________ Stickup: ____________
Total depth (TOC) 33-5D (•) Depth to water (TOC) fk.g _ (,) Height of Column
COLUMN OF WATER IN WELL (<T/^IN6- uc>L. -
Gallons per foot of annular space (A.S.)
Column'of water or length of A,S, (whichever is less)
Volume of annular space ~" "
Gallons per foot of casing . = ^ \(s
Column of water x o-o /
Volume o f casing - ' . . . = - • - - B -,{, ) ^
TOTAL VOLUME (A.S. + casing) =
Number of volumes to be evacuated = 3
Total volume "to be evacuated a 3.- SuTOTAL VOLUME PURGED « ^"
Method of purging: Ci vca ixLi r cJ?I uu
Sample date/time 5-J S"/ >/^-7______ .^flmplcnumtxjr:
FIELD PARAMETERS . * &&* -find
PH - -G.fe .4.r ^.r c-f "zv <s-rConductivity
Temperature f^ /f /r '/5T
Zoc
Sampler's signature/date; .T)/
![Page 9: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/9.jpg)
" 02006,0?
WELL SAMPLING DATA FORMo 2003,06
Well Number; ££OV"7 S "Cats: ___5"id . Time . * 5"'
Boring diameter, . _____ \ _____ . Well casing diameter * ______ _
Annular space length __________ Stidoap: ___________
Total depth (TOC) Hfarri. (.) ,Depth to water (TOC) - _ Height of Column
COLUMN OF WATER IN WELL Ugq.
Gallons per foot of annular space (A.S.) ... ' s ^
Column'of water or length of A.S. (whichever is less) - x -*7
Volume of annular space » ^i Gallons per foot of casing * »kS
Column of water ' x / 1 *7«
Volume of casing . »
TOtAL VOLUME (A.S. + casing) «•2
Number of volumes to be evacuated a --'
Total volume to bo evacuated " " : • •" « 'P-2->
TOTAL VOLUME PURGED *
Method of purging: > v '-
/ - -Sample date/dmc 5"-n'-fC/ " Hfk . Sample number: 8?7Q/
FIELD PARAMETERS " Be w. -End
pH 4.9 G-V &-gy -r" ^-s" 4Conductivity
Tempera nTre ~ /b ^" /T.r n H /.7 J7.C
'•' ~ ?•'% ** 5iS 2>? l °'7
-V?. )1 *• / .,. .-, ^ -Sampler's signature/date: ,
![Page 10: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/10.jpg)
WELL SAMPLING DATA FORM tf £ rf?. OS"o 2003.06
Well Number: j T?-?X frte'ILZ/frr Timc:JO-- ••Boring diameter: /s^_____ Well casing diameter
Annular space length __H^i___ Stickup:
Total depth rrOO-SS7/(-) Depth to water (TOC) T7-3U(a) Height of Column
COLUMN OF WATER IN WELL ^
Gallons per foot of annular space (A.S.) =
Column of water or length of A.S. (whichever is less) ;
Volume of annular space •
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated . - - - . « . . o
Total volume to be evacuated = ->&>(&
TOTAL VOLUME PURGED « -._ 3OQ
Method of purging:
Sample date/time: f~1*L-et£'/ 1 6QCI ____ Sample number:
FIELD PARAMETERS Begwv -End
PH - 6.? (s ts.B
00ConducHvliy
Temperature ^ ^ 1 ® - - ) Cf
Sampler's signature/date: YlM -
![Page 11: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/11.jpg)
rt 7 orti? O WELL SAMPLING DATA FORM ^ £ £^ o 5-
: 5 21J<j 5Well Number: UC m- T U ... .. Date: Cy<W7£>. .. Time.
Boring diameter T" V._____ Well casing diametcn
Annular space length: -.' • ' " Stickup:
Total depth (TOC)//) 3.3g_(-) Depth to wateMTOC) )5 QPl=) Height of Column
COLUMN OF WATER IN WELL \
Gallons per foot of annular space (A.S.) « ____
Column of water or length of A.S, (whichever is less) ... x ""~
Volume of annular space = _HZZ/ ~'Gallons per foot of casing »
Column of water x
Volume of casing =
TOTAL VOLUME (A.S. + casing) = -2>)-
Number of volumes to be evacuated =
Total volume to be evacuated . " =
TOTAL VOLUME PURGED .' =
Method of purging: V>t±>S UJ3 /
Sample date/time: fr f I t8M5 ______ _. Sample number:
FIELD PARAMETERS - . - B^w- -Snd
PHConductivity
Temperature
Sampler's signature/date:
![Page 12: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/12.jpg)
5
WFTI QA^PTrNrnATAPnRw • 0 200^0*' /ft/ft*** YWbLL SAMPLING DATA FORM ^ , />n? 0 $""02003.06
Well Number: b^rVd> ' Cace; JJMI-^T Time \T>* iv''Boring diameter. __________ Wdl casing diameter ____3______
Annular space length- _________„ Stickup: ___^_______
Total depth (TOC) -UV'5.7 {-) Depth to water (TOC) 5J-2-& («) Height of Column
COLUMN OF WATER IN WELL ( (Jg/_.
Gallons per foot of annular space (A.S.) c s
Column'of wascr or length of~ A,S,.(whichever is less) - x s^
Volume of annular space " ; - "- - " » ____
Gallons per foot of casing v t .&5 _
Column of water . - x \*A\*
Volume of casing ' " »
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated 3
Total volume to be evacuated " *
TOTAL VOLUME PURGED
Method of purging: - r &.rOA'J.W
Sample date/timo: _5"*n-*?S / )V^l?______ Sample numtx?r:
FIELD PARAMETERS - ,- 8 wv -End
pH - e.^ g.*/ -7.v o""'Conductivity S5D ZIP VT 580
Temperature " '^A )C/ f^___j '
l c J. ;I7 3.1 ' f.Z T
Sampler's signature/da to:
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WELL SAMPLING DATA FORM # . n^9 e c-CX if CxC/v « **02009.£»£
Well Number, ta V-rV S i- Da ce: 5" /8 y Time _
Boring diameter. _____\_____ Well casing diameter *"/_____
Annular space length __________ Stickup: ___________
Total depth (TOC) JdiS2J-» Depth to water (TOC) _£££L>> Height of Column 3 8S-J7
COLUMN OF WATER IN WELL / C ASi N C-
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing ~
Column of wafer x 2- 8. ZT7
Volume of casing » '7u7'J ^^^
TOTAL VOLUME (A.S. + casing) « ^^^
Number of volumes to be evacuated a 5
Total volume to be evacuated «
TOTAL VOLUME PURGED
Method of purging: 2
Sample date/tima 5"-f -?f /Y5l ____ Samplenumbcr: 877 5"
FIELD PARAMETERS %e&* -End
pH 7.Z ... 7.f .. . 7.6 7.Q '7,0 "7.
Conductiviry
Temperature '?* . H"3 f*/fc /r /f >T ' /8':
Sampler's signature/date:
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5
WELL SAMPLING DATA FORM r
o 2009,06Well Number: fcg-frV-% t> DUE; ^T-i^C Time:
* — . - - . . . Zj >fBoring diameter __________ Wd! casing diameter ____ j.
Annular space length: __________ Stickup: ____________
Total depth (TOC) _£lM21(-> C*pth to water (TOC) /S^-SD (») Hesght of Column
COLUMN OF WATER IN WELL Up^.
Gallons por foot of annular space. (A.S.)
Column'of water or length of A.S. (whichever is less)
Volume of annular space " -
Gallons per foot of casing
Column of water . . ... .... - -- - -
Volume of casing » ^ 3
TOTAL VOLUME (A.S. + casing) « s^
Number of volumes to be evacuated - - - » IS
Total volume to be evacuated - «
TOTAL VOLUME PURGED «
Method of purging; g*.
Sample date/time: VT T / \~Ty\____ _, Sample numt>cr:
FIELD PARAMETERS
pH ---- -7.0 ..-7.f. 7.0 7-/ 73 7.3
- ConductivVty
Temperature fb /r >V /T /T /fe
8.0
SamploKssignaturc/date: r/L
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H / A -WELL SAMPLING DATA FORM o $"
— • V **Boring diameter, ___ " ____ ... Well casing diameter: '
Annular space length ~ ~"___ Stickup: _/ / / a ITotal depth (TOC) .//Y-ffi Depth to water (TOC) 3 2 =) Height of Column _
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) «
Column of water or length of A.S. (whichever is less) • x
Volume of annular space =
Gallons per foot of casing ~" =
Column of water ' x M
Volume of casing s .
TOTAL VOLUME (A.S. •*• casing) = j£.
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging: 3"-- -- - _ — - — --- - • -.
_______ i1fti ____ . _ Sample number: S 7 70'c<
HELD PARAMETERS Segi*. •&**
pH "*'& ————«———————————
Conductivity
Tempera tu re
.Sampler's signature/date; 7?f • A/tol
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WELL SAMPLING DATA FORM % | |' o rC) 2009.0£
Well Number Effrf-*)-£ Date: S&5/9jT. ...:. Timc""o<?3-3L /
Boring diameter._____^____ Well casing diameter; - £ , - • - •
Annular space length __________ Stickup:
Total depth (TOC) 3£2L22-> Depth to water (TOC) b£* RQ (n) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) - =
Column of water or length of A.S. (whichever is less) x
Volume of annular space »
Gallons per foot of casing =
Column of water x
Volume of casing » J
TOTAL VOLUME (AS. + casing) = ./-2
Number of volumes to be evacua ted =* —*
Total volume to bo evacuated *
TOTAL VOLUME PURGED
Method of purging; . UrOl> *"?& tiM f*
Sample date/timg -XV^ t^SI ____ _ Sample number; % C>
HELD PARAMETERS egift- -End
.9 8.0
Conductivity 3 O Z?O Zy PT 3cJQ - 3 .._.3gO " r :. 5/"6
Temperature / _____ /5 ^ ' V6 //o /?• ______
Samples signature/date
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WELL SAMPLING DATA FORM
0 2009.0
WellNumber: -^1 - Date: * > * ~ - : Time:
Boring diameter: ____-~ ~ ''-" :- l '" Wellcasing fametcr;'_~
Annular space length ~~ ~-~ .± :.r- • Stickup;
Total depth (TOC>/»?a / (•) Depth to water (TOO 1 9 (=) Height of Column 7
COLUMN OF WATER IN WELL t1 flSi N
Gallons per foot of annular space (A,S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space :
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS, + casing)
Number of volumes to be evacuated
Total volume to be evacuated ~ = 7 If 7
TOTAL VOLUME PURGED - =
Method of purging; "Z.
Sample date/time 0 - ^"o Sample number:
FIELD PARAMETERS
PHConductivity
Temperature
Sampler's signa"turc7dato: Til .
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H / A - ML SAMPLING DATA FORM .
0 2009.
O 1 00 £, O HWELL SAMPLING DATA FORM . tf £ £0f. or
Well Number; Bg-M-iOT "..: - -""-Dag?; " ">tP?T Time
O"Boring diameter _ _________ . Well casing diameter, _____
Annular space Iffigth __________ Stickup; ___________
Total depth (TOC) _ .-8 (•) Depth to water (TOC) . /£37...(g) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) * ^
Column of "water or length of A.S..(whichever is less) - x ^^
Volume of annular space . = ^
Gallons per foot of casing _ = *
Column of water •" x o. *- (
Volume of casing » . '*l3-p;
TOTAL VOLUME (A.S. + casing) .„ " « ^
Number of volumes to be evacuated = ~>Li'3.Total volume to be evacuated • * .
TOTAL VOLUME PURGED * *&s
Method of purging:
Sample date/time _ 5"-r6-*?w i^uX._____ ;,Sample number: 977 3 Y
FIELD PARAMETERS " " " B wv" . " . -find
Conductivity
Temperature *fr " _^ ' €> ^8
Sip ' stx> $ * > & g b c
/o M Q . 5 3 . 0
Sampler's signa turc/dato: • J?l ..fa)/-*****
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H/A - -MvOOu-ETatLtO."" 02006-0?ft 1 00$, O H
WELL SAMPLING DATA FORM eiocR.OS1o 2003.06
Well Number: £r£m-/rS"" :'~- "- Cgte /T.-g'// t> " Time./ '————
Boring diameter: ^ -—•»"" ' ----- -1 Well casinrdiametcn " 7 ___W _ ™™ »" ™———*-1 ' " • •»--—— •ll«.i.« •" IWhH.H ^ . ———— ———— . ^ ™™ »| » ^ l» • •H W B H
Annular space length _"_'_''" '"' ,., Stickup: _
Total depth (TOa' (•) Depth to water (TOC) i_(=) Height of Column
COLUMN OF WATER IN WELL
} 4
Gallons per foot" ofannular space (A, SO
Column of watcr'or length of A.S. (whichever is less)
Volume.of annular space - " •
Gallons per foot of casing. .. ='.,." _.__ '_ " . .
Column of water . . . . . . . . . .
Volume of caslh'g "
TOTAL VOLUME (A.S, + casing) "
Number of volumes' to be evacuated . .
Total volume to be evacuated
TOTAL VOLUME PURGED -
Method of purging;
Sample date/time i ' ^S _____ , . , Sample number:
FIELD PARAMETERS Segw " " -find
pH - - -9.B . jrqT- - r - -•"J-.
Conductivity
Tempera fu re
Sampler's signaturc/datcL_
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. _. . -_-/•> 7WELL SAMPLING DATA FORM £ £ ~ jj
o 2oo3.o6
Well Number; tUQv*- J / j"~ ' Date: f/Z H ;. Ttmdt'" \4S5 ~V_
Boring diameter ^ ^ ____ _. _. Well casing diameter: _^Z-____„____
Annular space length: ____^^-___ _ Stickup: _____^______
Total depth (TOC) ??•?"? (•) Depth to water (TOC) /A2.S (a) Height of Column,
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water ___
Volume of casing » - - A/ .
TOTAL VOLUME (AS. + casing) - ~~l4
Number of volumes to be evacuated = -34-7Total volume to be evacuated .. = / (^
» -45TOTAL VOLUME PURGED
~ - ,^,Method of purging: 4^03 /' L>/>^ V C^ .1 y)f o^ J
_Sample date/time - ' S V X " " Sample nurnSerT"
FIELD PARAMETERS Segw- -Snd
Conductivity
Temperature: J
Sampler's signature/date:
s,
",•* '
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HM - /VWELL SAMPLING DATA FORM
0
WellNumbcr: - paE: S'-l Time l
* -->iiBoring diameter _____ : ____ Well casing diameter ____ 2*
Annular space length _________ Stickup; _______ , ___
Total depth (TOC) .fo.fe| _ {-) Depth to water (TOC) _fL2i.(«) Height of Column
COLUMN OF WATER IN WELL C l N C-
Gallons per foot of annular space (A.S.)
Column of water or length of A.S, (whichever is less)
Volume of annular space - .. .~ .
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes tobe evacuated
Total volume to be evacuated • " "-
TOTAL VOLUME PURGED
Method of purging:
Samplgdatfi/timo: 5"- -QT/ /P 5 ... Sample number: 9*7 7*7 /
FIELD PARAMETERS "7
PH
Conductivity
Temperature
*rbi; : ll_
^^ /J>? y / fnasifSampler'ssignature/date:' //'• / U - d. I lj ^ O
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, .WELL SAMPLING DATA FORM g £ O 5-c> 2 0 o <3 . 0 £ £*•
_Well Nurrte; " D, te: * / Tnu~~ ~ ~~ ~ "IT " "* * /
_————Boring diameter: " ___ Well casing diametcn
Annular space length: — ~" J Stickup;
Total depth (TOC) L £L(-) Depth to water (TOC) IU.OQ (g) Height oT Column
COLUMN OF WATER IN WELL ( UoL. OJUL v \
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water)"?>Volume of casing =•
TOTAL VOLUME (AS. + casing) «= / •?' '
Number of volumes to be evacuated = ____4l lTotal volume to be evacuated » /f '
TOTAL VOLUME PURGED
Method of purging; ^ & jZQ fr 6*5 _^O & Yvmf
Sample date/time: 5"'<V- / /o^Y"____ _ Sample number; .
FIELD PARAMETERS Begi* -Snd
pH JL2.——————————————————————
Conductivity13Temperature _
^ "Vl J? '/: fr I - (/PA 11 g^ /Sampler-ssignature/date
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H / A - WiDOUbToUJO 02006,0?WELL SAMPLING DATA FORM ^
- • - - • — -*l-I* °Well Number; 1—fC/K-' J 3 . Date: O// W 7 " Time:^, - . - , , . - A - .... .;^-.- - - v.^ ^
Boring diameter: ^ -____. Well casing diameter / _____
Annular space length: -___ . Sbckup;
Total depth CIXX>jLL 2=(0 Depth to water (TOC) IZ^V (=) Height of Column O .
COLUMN OF WATER IN WELL ( C^\^C- Up/_. QjJz.y }
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space - -
Gallons per foot of casing
Column of water ' x _£K
Volume of casing = ' v
TOTAL VOLUME (A.S. + casing) = '*?3Number of volumes to be evacuated =
Total volume to be evacuated = / t Z.
TOTAL VOLUME PURGED =
Method of purging: /
Sample date/time: 5"-fC-^r. ''O _____ Sample number:
FIELD PARAMETERS Se^v _ _ . -End
Conductivity
Temperature
423
Sampler's signature/date;
r
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H / A - MlOOUtTOUjO 02006,0?D2WELL SAMPLING DATA FORM ^i0 2
Well Number: QLYH -/3££ Date: 57/ /95" TimoTJSAD^ ^ - // .... -
Boring diameter: ~""_____ Well casing diameter /-,_________
Annular space Tgngth: "~~ ~ Stickup: _____;—' ' " '———
Total depth (TOC) &j Depth to water r r O C . <=) Height of Column
COLUMN OF WATER IN WELL ( C fl SI N 6- OOi._£A/L v ——.——-— " y
Gallons per foot of annular space (A.S.) K
Column of water or length of A.S. (whichever ts less) _ x
Volume o f annular space *
Gallons per foot of casing = _
Column of water ' x
Volume of casing =
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated »
Total volume to be evaciiated s 7 u* 1
TOTAL VOLUME PURGED
Method of purging: g.
Sample date/time: S-f t'T j. *VfO_____ .. Sample number: B7 8>_
FIELD PARAMETERS Begin-
Conductivity
Temperature
^ '__* *~ ~ ~^~*l \~* -" ""' / j I \J j i \J
/Ol/l ~\*\ A I ^ ., *Sampler's signature/date:
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H/A - MiDDUfcTocuO 0200 ,0?WELL SAMPLING DATA FORM £ OQ$fO$'
0 2003'.06
T.mc 7/06,__,__- _ -- \- - - - =-".,-:-« .... fr WSj //
Boring diameter ".~~~"..'. F.--'.. Well casing diameter. -
Annularspace length ~~~~ f '•' "Stickup: ____J ;_____'_
MTotal depth (TOC) ) Depth to water (TOC) . ( = ) Height of Column
COLUMN OF WATER IN WELL ( UoL.
Gallons per foot of annular space (A.S.) ••
Column of water or length of A.S. (whichever is less) :
Volume of annular space •
Gallons per foot of casing = •' &*->
Column of water-i 9
Volume of casing • = „ * *",3-7-
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated = _c
Total volume to be evacuated • = _
TOTAL VOLUME PURGED • = ~*
Method of purging^
Sample date/time 5'{*' '°° _____ _ - ...Sample number:
FIELD PARAMETERS
Conductivity
Temperature ~* '.^ • - * - _. ^ . /^
Sampler's signature/date:
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H / A - MiDOLtTOUJ^ 02006.0?02 00$. ovWELL SAMPLING DATA FORM ^ £ o^_ o 5T0 20O3.06 <f *
WdlNumber. m- Date——————— 1
Boring diameter. ~i —-~- Well casing diameter
Annular space length: "~~~~ » Stickup:
Total depth (TOC) _ . ( - ) Depth to water (TOC) % ( a j Height of Column n
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) * ,
Column of water or length of A.S. (whichever is less) x ...•**
Volume of annular space «
Gallons per foot of casing =
Column of water x
Volume of casing «
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated - - .. =..
Total volume to be evacuated =
TOTAL VOLUME PURGED
it ^ . . ^ . . . . . . -fr~f--MetHod of purging: ^ (=* £- > 1)-ft& *5'c?&fni£& / &L£ tumf
Sample date/time: ________________ Sample number: •___
FIELD PARAMETERS Begi v
pH
Conductivity
Temperature
________ :__ _af* ^ ***r*r *r———m 11 » n.i I»»P»- ^ ^
=TD: rf S >Sampler's signature/date:
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H/A - MlOOutTotoO 02006,0?01 00$. O
WELL SAMPLING DATA FORM 0100*.**'02003.06
Well Number; f-l . Da» r" Time. j23JiaO MBoring diameter. __________ Wdl casing diametcn
Annular space length: __________ Stickup: _____
Total depth (TOC) o (0 Depth to water (TOC) \>.^ (m) Height of Column
COLUMN OF WATER IN WELL up/..
Gallons per foot of annular space (A.S,) «=
Column'of water or length of A.S. (whichever is less) - x ,
Volume of annular space ~ *
Gallons per foot of casing =
Column of water - x
Volume of casing" ~ " " " " ~" "~ " c '-^
TOTAL VOLUME (A.S. + casing) « '"-- - ~ 4
Number of volumes lobe evacuated * — '
Total volume to be evacuated * 1 o
TOTAL VOLUME PURGED ' " «=
Method of purging; '
Sample date/time: S-H-jSy CK/' B . Sample number:
HELD PARAMETERS " " *e£«v *6nd
"7-B 8.0 >t? "7. 7-fe 7.JC.PH
Conductivity 2- ^ 7ft 7f ?r 77
Temperature i-\ 14.5 IH.T
Sampler's signature/date;-
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/A"- /VHQDutToCoO 0*2006.0?WHLL SAMPUNC DATA FORM g | £* ° <
0 2009. 0£ fit
Well Number....... _
US--- t>te: :..) 5 //6/?5" " " Time |C5g— ' — ~ " " ""••
Boring diameter --- - ' ' •••: §rSingdiarne'ter:'.. "2 /.
Annular space length
Total depth (TOC) 3j^ Dept iowaternc) .(=) Heght of Column
COLUMN OF WATER. IN WELL CflSiNd- or> /•\)
Gallons per foot of annular space (A.S.)
Column of water or length of A.S, (whichever is loss)
Volume of annular space
Gallons per foot of casing••L'9 -7 f?
Column of water ' x ° C"J ** *-tz.
Volume of casing * /-"'
TOTAL VOLUME (A.S. + casing) . « jf•-2
Number of volumes to be evacuated * . -—<
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging; / Csi T r ', ~4 ky J r^i ; w f
Sample date/dme - tTSbhf ~~ /3-3O _ Sample number:
FIELD PARAMETERS Seg«v
pH _
Conductivity ?t-
Temperature 65 ' ^ 3LOO
Sampler's signature /date:s ~ " ~ -—/
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H/A - MiDOUfcTOLoO -_ 02006-0*WELLSAMPUNG DATA FORM £_ O
o 2003.06Well Number yt lb T Cafe: [ \S> °l & Tlrne ':, j
Boring diameter: ~ - ____ Well casing diameter /~
Annular space length: " " ^ _____ Stickup: '^ _____ L- ' f
Total depth CTOC) i_(-) Depth to water (TOC) . tM Height of Column
COLUMN OF WATER IN WELL C/^SlM6- UoL, \
Gallons per foot of annular space (A.S.) c .
Column of water or length of A.S. (whichever is loss) x ....
Volume of annular space - .
Gallons per foot of casing _ _ _ • = ,
Column of water x ol . T i'•i 4Volume of casing - J 7——
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated =
Total volume to be evacuated s
TOTAL VOLUME PURGED
*2* (~Method of purging: ^
Sample date/time: ~tt*-fiirto ____ ' Sample number:
FIELD PARAMETERS Segfcv -End
f?Conductivity
Temperature ..' ^.^ ' *-*_____ ^ ' w ..J't> /5>.. . \ °f
________________6^0: '0.8O"*"\ J ;•Tl/1 .« V/ / / _ .--
Sampler's stgnaturc/datc: _
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H// ' M \D-DLWELL SAMPLING DATA FORM
Well Number C ICJ"- n Date: //x//£ Time' £/ -
Boring diameter ~ s ~ ^ ' J' !-' Wdl casing diameter: ________
Annular space length -— .f;: Stickup:.
Total depth (TOC) Y TO ?(-) Depth to water (TOC) ^ (=0 Height of Column Z .*
COLUMN OF WATER IN WELL ((? flSi M
Gallons per foot of annular space (A.S.) = _
Column of water or length of A.S. (whichever is loss) x .
Volume of annular space = .
Gallons per foot of casing = .-3 /Column of water ' ^ cQ PT:
Volume of casing = j.O
E 3.33
Number of volumes to be evacuated . . = ___
TOTAL VOLUME (A.S. + casing)
Total volume to be evacuated
TOTAL VOLUME PURGED
9.9
Method of purging:
Sample date/time /A5/ /•> " / ? Sample number:
FIHLD PARAMETERS -Segift- -End
PHconductivityTemperature :/ .-.. ..... / ^ / }L> • Us
Samplc/s signature/date: /x_______ __^^ -77 - - - >->-
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HM - MiODUtTotoKJ) 02006-0*02 <?<?£, o WELL SAMPLING DATA FORM 0Z.OO3- ° $
0 2 o o 3 . o 6 £ x/ /
WellNumter: Efafo- l?jC Date: $/t5/9'f __ Time" T1——Boring diameter: J HH _____ Well casing diameter _ ?-> . . ___ - . -
Annular space length: ~"~""-- ____ """Stickup: ___I^_ _______
Total depth (TOC) IDK/^M Depth to water fTOQTJ > 53 f=) Height of Column
COLUMN OF WATER IN WELL ( >
Gallons per foot of annular space (A.S.) » ^
Column of water or length of A.S. (whichever is less) x ^^
Volume of annular space = ..."
Gallons per foot of casing = : « /G?3
Column of water x
Volume of casing =
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated =
Total volume to be evacuated = _ _ ___
TOTAL VOLUME PURGED = H 2^
Method of purging: ' G&UM&&& <==&&
Sample date/time: •// *$~(9S~~ /& ^ Sample number:
FIELD PARAMETERS Begin. £nd
,Q fg.O 6 .0 k.Q 4,0
Conductivity
Temperature
Sampler's signature/datete: '-
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HM - M . _ „ _ . _ _ _ _WELL SAMPLING DATA FORM ^ £ |' £
02001.0$
Well Number: J^Rfo- (8 £ Da te: 5'3MS Time I '7-
Boring diameter _____\_____ Well casing diameter _____2j_____
Annular space length _________ Stickup: ___________
Total depth (TOC) .IH-IX '(•) ;Dopth to water (TOC) £L12__(«) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) «=
Column'of water or length of A.S. (whichever is less) - x _____
Volumeof annular space « ____.
Gallons per foot of casing = * ^ <>
Column of water x ^'M* .
Volumeof casing ^ 'Q»l
TOTAL VOLUME (A.S. + casing) « ^ ^-2
Number of volumes to be evacuated -- = °.
Total volume lo be evacuated * I
TOTAL VOLUME PURGED e
Method of purging:. ,rr/ . .. - . -
Sample date/time p-'S 'r / I M . Sample number:
FIELD PARAMETERS " : - - :" "- Beg**" : " -6«d
PH 7-8 C.o ''
Conductivity C-T Q W? -3& 2-30
Temperature ig .r ' r ^ ...IT
Sampler's signature/data.
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5
H/A - N/UOOuETocoO 02006, 09-rt "2 (90 £, O **WELL SAMPLING DATA FORM g * ££|; £r
- 0 2 00 3.06:-•'
Well Number: EXrt-TgT Date; ''
Boring diameter. ^ ____ Well casing diametcn
Annular space length: ____^^-- Stickup; _____m
Total depth (TOC) llOiVZ&O Depth to water (TOC) JJL2s-(«) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S,) '
Column" of Water or length of A.S. (whichever is loss) ;
Volume of annular space :
Gallons per foot of casing 3
Column of wafer x ____
Volume of casing « } (f >y-3
TOTAL VOLUME (AS. + casing) = /W3
Number of volumes to be evacuated ~ . «.. -^ •
Total volume to be evacuated *•:. T/• '2Ji
TOTAL VOLUME PURGED
Method of purging:
Sample date/time: f^ Sample number: ^ ~)1
FIELD PARAMETERS
PHf
Conductivity
Temperature JS
Sampler's signature/date; ___________r * ^^——————*^-r r.-- --^
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5
H/A v M lOOuETocoO O20o6*c>>tf 1 00 £, O H
WELL SAMPLING DATA FORM eioo*.**02003.06
Well Number: ££ - 1^1 S . ' _. Da te: 4-1 ~4C" Time..Boring diameter . __________ Well casing diameter:
Annular space length- __________ , Stickup: _____ m
Total depth (TOO) f&iq. {•) Pcpth to water (TOC) ^-^ (•) Height of Column
COLUMN OF WATER IN WELL ( U(?t.
Gallons per foot of annular space .(A.S.) «
Column'of water or length of A.ST {whichever is less) .. - x ^
Volumeof annular space . . - - - * ^^
Gallons per foot of casing . = • '**
Column of water ... - x &A I
Volume of casing " " " »" _£i_L§ .
TOTAL VOLUME (A-S. + casing) « ^
Number of volumes to be evacuated 3 ^
Total volume to be evacuated • = a
TOTAL VOLUME PURGED =
CPUMethod of purging:
Sample date/time: kH -^ j l<=»t>^_____ -.Sample numtwr:
s~>™jW
FIELD PARAMETERS """" B gwv -End
pH 7-M 1,V -7.-Z -7.7.' 7.2. -7.-V_
Conductivity
Temperature 'ft {7 n ' **J K ^ ^ ___________ lib
7oo>
Sampler's signature/date:'.
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MlOOutTOUJfJ> 0200^,0?ft 7 on$, O *401 0$. 6?o 2003.06 Txft 7 on$, O *4
WELL SAMPLING DATA FORM 01 0$. 6?
- . . - .Well Number: £KrV °> Daie; 3"-3o-?r Time:
* inBoring diameter. __________ Well casing diameter *
Annular space length: __________ Stidoip: ___________
Total depth (TOC) _3£J£LJO Depth to watef"(tbC) Te.ofe {'«) Height of Column
COLUMN OF WATER IN WELL Up/..
Gallons per foot of annular space (A.S.) - = -^
Column'of water or lehgTh of A.S, (whichever is less) - x ^
Volume of annular space * ___
Gallons per foot of casing = * it*""! 'D
Column of water -_. - - x _J-j
Volume of casing
TOTAL VOLUME (A.S.* casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED '
Method of purging:i
Sample date/timo: 5-30- 5 / l^f3Y - ._ Sample number:
FIELD PARAMETERS " &ekv " -£nd
Conductivity oc ?oo <tOq
Temperature JS-^T 'i ..:... JM."" W
Sampier'ssignaturc/datc;'
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H/A ~o ? oo %, O 1WELL SAMPLING DATA FORM ^ £ Q&. 0 S~
'Well Number t/Z_m - 03: Da a?: ^O— D
//Boring diameter. ^^_____ Well casing diameter
Annular space length: " ~"- - ' Stickup: ^
Total depth (TOC) jfa:) Dcpih to water (TOC) javO . C=0 Height of Column
COLUMN OF WATER IN WELL Up/.. O/JLV \
Gallons per foot of annular space (A.S.)
Column of water or lenglh of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water x ) O ) rr tP
Volume of casing » ''•/ ( ^ IP .
TOTAL VOLUME (A.S. + casing) * ) k>*3.3 l
. ,-.,.- . V1 T «..«... * W -V V, -.«--- -
Total volume to be evacuated *
TOTAL VOLUME PURGED «=
Method of purging: "l G RL>Ol>fcc>"
Sample date/time: J-5Q~ S / H&K __ Sample number:
FIELD PARAMETERS &e£*v -End
pH
Conductivity AG -/c-o yjo 7?jb " ?oo " ^ oQ 7°°
Sampler's signature/date: /// -^^ J\^-eJL^ I ^'
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ETCWELL SAMPLING DATA FORM ^ |' 0
0 2003.06
Well Number; E&M-2J g : __ , Da.|e: .. //- r '' Time; ________
Boring diameter. o____" Well casing diameter ... 5________
Annular space length- _________. ._._. Stickup; _____________.
Total depth (TOC) 3</.83.1(0 Depth to water"(TOC) JJl£i_» Height of Column.
COLUMN OF'WATER IN WELL " (c fi$\ N6,
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing' _ . ~ ' :.
"Column of water . - x -)::-.7-
Volume of casing """"" » . t(o
TOTAL VOLUME (A-S..+ casing) _" " " = ____
Number of volumes to be evacuated » OO
Total volume to be evacuated = ^
TOTAL VOLUME PURGED * .
Method of purging:
Sample date/time: y-n-'r O a " ..Sample number:
FIELD PARAMETERS 1 ." " " ''" Se^ " " -Srd
P H - - • • • • - ^ -
Conductivity ' 75^ " ""85Z> goo
Sampler's signature/date; 7/f-Vfll
fT ' /^T ' ^ "w*
3fa V/ til
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H/A - NUOOuETOUJOft 7 00 ?, O
WELL SAMPLING DATA FORM tf 1001'o02003.06
Well Number; ERK~1 1 1 Cats; 5"~H-'5T Time;1- '"
Boring diameter. ___j~_____ Well casing diameter; ___f£___
Annular space length- .. _______ Stickup: - —- .. . . _ _ _ _..
Total depth (TOO l33/7fe<.) Dopth to water (TOC) f8^2- >') Height of Column
COLUMN OF WATER IN WELL c fl^i N 6-
Gallons per foot of annular space (A.S.)
Column of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of waiter x i o / • f V
Volumeof casing a I la
TOTAL VOLUME (A.S. + casing) ' = _____
Number of volumes to be evacuated * -3-
Toial volume to be evacuated . = .
TOTAL VOLUME PURGED
Method of purging;
Sample date/time: j /J f/ E^-iH-^l 1~ ^Sample number: Ej lM-' -1 -i-
FIELD PARAMETERS B^w ~ -£rrd
conductivity > 3 3DTemperature ^ ^ ^ ^ W ^-
Q.y"*\ T
Sampler's sigMturo/dato:
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H/A -O 1 00 8, O HWELL SAMPLING DATA FORM g * £° £ o $-0 2 00 3,0 i
Well Number: £ \- \ D . ... Daft: 5^/1-5 V Tirnc; ________
8ir ' ' • Ul>_»._,0—™«,____________;.-_- .. Well casing diameter,___j[________
Annular space length ___________. Stickup: ____________
Total depth (TOC) 5 cfjT{-} Depfh to water (TOC) . >fe6 . (=) Height of Column .573*57
COLUMN OF WATER IN WELL
Gallons per foot, of annular space (A.S.)
Column of water or length "of A.S, (whichever Is less)
Volume of annular space . . . . .
Gallons per foot, of casing
Column of water - x o/ 6. S /
Volumeof casing" • »
TOTAL VOLUME (A.S. ,t casing) ; -.. ~ ='• ~ " -5
Number of volumes to be evacuated - = ^
Total volume to be evacuated . = /' J 2-"3-
TOTAL VOLUME PURGED " =
Method of purging: -. bk.
I '..._ Samle number: £R - -l D________ LiI2 ______ ..._ Sample number:
FIELD PARAMETERS " ""- ~""~ B HV _ . *™ S -P -
PH - . - - -7.6
Conductivity
Temperature
7 c!;47Sampler's signarure/datc:
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H/A - 'NUOOUETOCOO 002 00%, O*WELL SAMPLING DATA FORM ^ £ |' o $"
Well Number: fc>Kn-Z^--Cx.- -Date 5- 1' Times ___0 • "VBoring diameter. ^_______ _. Well casing diameter: «<______
Annular space length __________ Stickup: ____________
Total depth (TOC) 3.0 7 (0 Depth to water (TOC) JSZ£j=> Height of Column,
COLUMN OF WATER IN WELL (CrtS)N^ (JoL. ,
Gallons per foot of annular space (A.S.) » _
Column of water or length of A.S. (whichever is less) - x _
Volume of annular space » ^
Gallons per foot of casing . = _
Column of water x _
Volume of casing » ^^
TOTAL VOLUME (A.S.-f casing) . = ______
Number of volumes to be evacuated = -^ • q w<^
Total volume to be evacuated = " '^
TOTAL VOLUME PURGED = ^ /
Method of purging:
Sample date/time .r- r / i V Sample number:
FIELD PARAMETERS Segw- -End
pH - - .4*8 6/J' ^^ fo-^
Conductivity 5t>
Temperature " -"'"f.. ^ W M /*/
1.7*.* 19.82*0
Sampler's signature/date:
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H / A - NMOOuETOtoO OZ-00<^C>9- A/,• - ft 7 <?O £> G *"*WELL SAMPLING DATA FORM ^ , p o r-c/ i C'C'v* *^*^
iWell Number: HR^lQ7 X Cece: .5"-5-9 Timor'' ;
SM /jM__________ Well casing diametcn ^________
Annular space length ..._________ Stickup; ____________
Total depth (TOC) l t - ) Depth to water (TOC) Zi£-» Height of Column
COLUMN OF WATER IN WELL Uc?.
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever Is less)
Volumeof annular space
Gallons per foot of casing
Column of water
Volume of casing » I I *•? g<^
TOTAL VOLUME CA.S. + casing) « ______
Number of volumes to be evacuated . 3 -3.-
Total volume to be evacuated - s -__2_L_
TOTAL VOLUME PURGED . J" = 3
Method of purging;
______ t1 ____ ._Samplenumbe"r:
FIELD PARAMETERS ft gw- -End
PH 7.1 7T 7-r .-7.V 7.r
Conductivity" ? o ,Qoo ggQ 7 D 75Z> '
Temperature f 5~ t*( t .s /3 ./3 fV ll \1
" <>g 1,0
Sampler's signature/date: n.t<Jtr»i ld^ $~-£i~Cjl
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HWELL SAMSUNG DATA FORMo2oo3. o6
Well Number: i RM- -Z'Q Date: 5"- - $ Time; ________8'*' / * f
_.._ 0 _.„.„„.,________• Well casing diameter ____V______
Annular space length __________ Stickup: ____________
Total depth (TOCTjSfLLL_(-) D6ptr7to water (TOC) 35.3 (=0 Height of Column.
COLUMN OF WATER IN WELL ( C KSi'v C~
Gallons per foot of annular space (A.S.) «
Column of water or length o~f A.S^lwhichcvcr is less) - x
Volume of annular space ... ... . . ... .__. - ._ .' *
Gallons per foot of casing " """" "'" " =
Column of water " . " ---——•-• x 5 75. c?/
Volumeof casing " " o 7.". j
TOTAL VOLUME (A.S. + casing) - = _____
Number of volumes to be evacuated "• = -H & ~->
Total volume to be evacuated .... . . . . . . - c
TOTAL VOLUME'PURGED " =
Method of purging:
Sampledate/dmg ":y l^ _Sample number:
FIELD PARAMETERS " Seg+ft " ' ' -End
PH •- ' ^ :.--7.3>"- ' 7:V 7. V 7. /
Conductivity /c'OO f/5t) f o I
Temperature " "~ '' 3___/ O f j>>5 '^ /->
*c!;-U 7-8 '.S hi 1,0'*
Sampler's signature/date; >/'- MGnil^rt c, t J-^^f
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H/A - N -O 2 00 ?, OWELL SAMPLING DATA FORM % £
Well Number: Eg'H-ZS ff ._ Date: 5r/0-?<" ' Time;
Boring diameter, B'f - --r • •-;- Well casing diameter; ^ '____
Annular space length: ______= . Stickup; ____________
Total depth (TOC) (•) Depth to water (TOC) /V .(=) Height of Column
COLUMN OF WATER IN'WELL
Gallons per foot of annular space (A.S.) ~ = -.
Column of water or length of A.S. (whichever is less) ._ .- x
Volumeof annular space ~ ~ ..... ...... .._.._.....:" =
Gallops per foot of casing " ." " _ =
Column of water" " x
Volume of casing ._.. _ ~ "» ('$
TOTAL VOLUME (A.S. + casing) = ___
Number of volumes to be evacuated = ."i
Total volume to be evacuated " "" " " "" "~ '" ~~ "= ^'-
TOTAL VOLUME PURGED " = ^?
Method of purging:
/ lfe*E. : Sample number: gfi-M-235
FIELD PARAMETERS^.- ", ..'_': ,~'BegMv ' -"--" .: " ; -End
/ r - /
r
Sampler's signature/date:
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H/A - /s/UOOUbTOtoO —02606.0?tt 7 OO ?, O HWELL SAMPLING DATA FORM . ... o T
Well Number; BgW-iyE Dace: <"-/&' -*f.T Time
Boring diameter: " _______ . Well casing diameter H
Annular space length: __________ . Stickup; ____________ ...
Total depth (TOC) i ^ t - ) Depth to water (TOC) Ik.l (=) Height of Column
COLUMN OF WATER IN WELL Ll. ..„,,-^ r}, o
Gallons per foot of annular space (A.S.)
Column of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volumeof casing «• 11 .<?.
TOTAL VOLUME (A.S. + casing) = ____
Number of volumes to be evacuated = . 3
Total volume to be evacuated =
TOTAL VOLUME PURGED ""
Method of purging:
Sample date/time: j~/O^7S / ' 3+*> _ Sample number:
FIELD PARAMETERS Se$*v -End
PH 7-r h 1.3> "7-1 '7.0 \-*l——2,0.
Conductivity_ »(fo /L° < C° /<r» / s1Temperature O IQ ____' /J
. x / / 7 . X* ... * n i / \^7 -> *"
,r2zLSampler's signature/datci.
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/") 7WELL SAMPLING DATA FORM ^ £ o.
C> 2 0 £><? .
Well Number: Rlf M) , Date: ... 5 /0 5"' "._ .Time:£>« ~" j. ,,
Boring diameter, g __ _ • . . Well casing diametcn t________
Annular space length: __________ Stickup; ____________
Total depth (TOO _233£L(-) Depth to water (TOC) J£±iL>> Height of Column $~?i<
COLUMN OF WATER IN WELL ( C rtSi N 6- uc>L
Gallons per foot of annular space (A.S.) ~~
Column of water or length of A.S. (whichever is less)
Volume o f annular space " . . .
Gallons per foot of casing
Column "of .water.... ..."... ___._"__ ._". ..... _:"~_ ... . x 5/1* I?
Volume of casing o 3/3
TOTAL VOLUME {A.S, + casing) = _____
Number of volumes to be evacuated .. . . . . = O
Total volume to be evacuated - - - = 1 I lo
TOTAL VOLUME PURGED " *
Method of purging:/
Sample date/time 5-10- 5" j 1133 _ Sample number:
FIELD PARAMETERS , ".. '. Segw " -Snd
pH "7.Z> -7.3 Ta ' -2 ' -7 A 7. 7 7-3
Conductivity 55O 5 ' 5ZX> "; WT %> VgO %O 5 >O
Temperature " "H Ife fS" if }$ if if ^
1TI ^ ^-8 " /-V 5.0 10 /.o i a 3
Sampler's signature/date: H'J/frV I J& J(
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H / A - MWELL SAMPLING DATA FORM"
Well Number feg-M-l^ , Date: - ____ __ TimeSfl . . . -
___________ - Well casing diameter: ^
Annular space length: ___________ . Stickup: _____________
Tola! depth (TCO:_2ii23_J-) Depth to water (TOC) /S U) Height of Column
COLUMN OF WATER IN WELL ( CflSiNO " <J oil ' p A/'JL v \
Gallons per foot of annular space (A.S.) . =
Column of water or length of A.S. (whichever is less)
Volumeof annular space
Gallons per foot of casing"' "~ - - - - - - --- - •
Column of water ~
Volumeof casing n '
TOTAL VOLUME (A.S. + casing) " =
Number of volumes to be evacuated " " . = 3
Total volume to be evacuated . . _ - . _ . - K 5- /
TOTAL VOLUME PURGED ' =
Method of purging:
Sample date/tima o-ff^b / Q'WQ Sample number:
FIELD PARAMETERS " ^ T """"" Segw-" " "" -End
pH ^-rp * .< p- > (?•/ liii?",,,, -
Conductivi'ty
Temperature"" /V1 /j /i-^___/j /7O . 5
Sampler's signarurcydatc:
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o 2 oo £, oWELL SAMPLING DATA FORM02003.06 £*•_
WellNurrte; gRH-^H I Date G"-\O-°lf Timo: '
8ii LJ n_ w ___________ Well casing diameter ____ J ________ . .
Annular space length: .. _______ Stickup: __________ :-
Total depth (TOC) _I3!LS(-) Depth to water (TOO l9-?3 (»)' Height of Column
COLUMN OF WATER IN WELL <? flSi N
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing a M p
TOTAL VOLUME (A.S. +casing) " -" =-2
Number of volumes to be evacuated = -* -^
Toul volume to be evacuated «
TOTAL VOLUME PURGED =
Method of purging: .7t{
Sample date/timg 1^9 JI7.O - mplc number:
FIELD PARAMETERS
"7 L, ~~i ~i -?•->" ~j <C ~r <T ~j *-/ -7 ~>pH -'•*> 7'/ '•*- 7'b *-b ,———LJ.—— i'*
Conductivity ^ 0 ' 60Q < ^ /g 6;OQ °°
TemperaSxire '^ ^-^____L2____O. . :> _____/ / • •>
Tvrb;£!;4,, 33 -4> a.fc /-S Q,<t 0.8
Sampler's signature/date;
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H/A - N/\L SAMPLING DATA FORM
0 2003.06
ft 2 oo ?, o WELL SAMPLING DATA FORM £ |'_ e 5-
Well Number: ££-ftl-'2.t? D Cgg; -^JO-?S^ Time;
Boring diameter: P______1. _. Well casing diameter; ^______
Annular space length; ___. - Stickup: ____________
Total depth (TOC) 5 g-9s Q Depth to water (TOC) 3B.V9. (=) Height of Column
COLUMN OF WATERIN WELL
Gallons per foot'oT'annular space (A.S.)
Column of water or length of A,S."(wKichcver is less)
Volume of annular space
Gallons per foot of casing "
Column of water ." .
Volume.ofcasing " " " " "V" . ~ ~ _ _ . ".
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging:
Sample date/time '\O' \>~_____ .Sample number:
FIELD PARAMETERS ' r ~&*gw -End
PH -^ l-V ~1'2-— -° *7-Q' "?-°—f L2———I7'0Conductivity £PO . &Q& &OO £&> 6QS 6 CO >OO
Temperature .'/ o ^fa-5 /b . . ) !> (5 /*> ~ ^
. . f ——————————————————.——————————————
.s*A ^Yl tt I ,Sampler's signature/date:
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H / A -, O *•*WELL SAMPLING DATA FORM £5-
'
Well Number: .Mg . .,. .Date; - - Time:-i (iBoring diameter. _______ _ Well casing diameter, J-
Annular space length: __________ Stickup:
Total depth (TOC) Ji£fi£Lj-) Depth to water (TOC) 33.51 (*) Height of Column,
COLUMN OF WATER IN WELL ( C *Si M 6- uc? / ,
Gallons per foot of annular space (A.S.)
Method of purging:
Sample date/time:
FIELD PARAMETERS
pH
o:f water or longlh of A.S, (whichever is less) - x • \«.
of annular space " » .^CT_.
per foot of casing = *1,' ,1_.,,
of water . . . . -- x !I?.'.6JL
nf easing ~ o _:?.».[_„.„
VOLUME (A.S. -.-casing) - ^^•2.•of volumes to be evacuated - - •• - a P M B ^ I > I I P IY "^ (ilumo to bo evacuated - -- - = ..x,.!.
VOLUME PURGED t= .„ ,7.,
g; -_^ ——————— : ———————————— i ——————— - ———————————————————————
§-i~l'~>'S / O^^i Samolo number: .S/fo^^
TERS Begin- -" - . -End " c
1.1 U 7.1 72- 7 7-i
irHvihy 7°C " ° ^ ~?°° "7°C) OO
i c«^ ' " i t-~ , i i i <j /w / V•rahir*. 'S >T ' 'V /V '7 _
ft
^awx«fi
7.3
7oc
»S"
5 0
Of/7 "^ V /<- o c /jrc/datcr W/.MM fl &k / -/i'Tb
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H/A - NUDDuETOOjO 02006*0*02 c?0£, OH
WELL SAMPLING DATA FORM % £ £^ o r0 2003.06 £K!$TJjjfr
WWell Number. /^2±LjLr Date: . Time:~ ~ "Boring diameter ~ *"_____ Well casing diameter
Annular space length: __________ Stickup: _____
Total depth (TOO J 'L/A-) Depth to water CTOC) _ £ii£.£<=> Height of Column,
COLUMN OF WATER IN WELL (Cft$\vC~ Uo~L. O
Gallons per foot of annular space (A.S.)
Column of water or length of AS. (whichever Is less)
Volumeof annular space
Gallons per foot of casing
Column of water '
Volume of casing B / __
TOTAL VOLUME (A.S. + casing) * ^~1
Number of volumes to be evacuated = .>~3
Total volume to be evacuated * •
TOTAL VOLUME PURGED
Method of purging:
Sample date/time: 5"-'l- w fV/^" _____ Sample number:
HELD PARAMETERS Sefcifi- -End
*? "*?pH 7 '3 op
Conductivity ————.
Temperature
Sampler's signature/date:
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WELL SAMPLING DATA FORM
Well Nurrter: ,. Date: - T>mc:
Boring diameter p ____ Wdl casing diameter, <
Annular space length ....___.. _____ Stickupx ____________
Total depth (TOCT 5"% l ~'t'.)"DcpTh" o water '(TOC) "3f6 7=1 Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) * .
Column of water or length of A.S, (whichever is less) x .
Volume of annular space = ,
Gallons per foot of casing =
Column of water . x 5 &/• Q/
Volumeof casing " : » 5obo
TOTAL VOLUME (A.S.-t-casing) " . " « ______
Number of volumes to be evacuated = ^
Total volume to be evacuated »
TOTAL VOLUME PURGED
Method of purging:
Sample date/time; > - ~ . < „. Sample number:
FIELD PARAMETERS" "" ' Seg+fl- - -End
f.o T.q .Q "y.<> i.r -7.3PH
• Conductivity
Temperature""" ~^ lLf____[_>____[^____*^o
Samplers signaturc-/dato:
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HM - NMOOUbTotoO 02006,0?WELL SAMPLING DATA FORM oo*. OS*
02003.06
Well Number: ££ -245 . .. Date: . -'Ht . Time.
Boring diameter. _____ | ___ Well casing diameter ____ 2
Annular space length: ________ _ Stickup: „ ____ m ______
Total depth (TOC) .ff*J7__.<0 Depth to water (TOC) 3*iS7 («) Height of Column,
COLUMN OF WATER IN WELL (f/^iMC- VOL. o
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S. (whichever is less)
Volume of annular space - - -
Gallons per foot of casing
Column of water. ..,4
Volumeof casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume toic'cvacuatcd : ~" " * « 5
TOTAL VOLUME PURGED «= ^
Method of purging: -er
_______ | / B _____ .. Sample number: 9765'c(
FIELD PARAMETERS . .
6.1 G-.tg (£-<b
Conductivity 4oO fcoQ^ x3 . 606 to3 . 4.5P
Temperature il O O O <7 _____________
;i« aQQr aep oor
f.;{/&r\ L JUSarripior's signature/date;
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5
H/A - N/UODuEToujO 07006.0?WELL SAMPLING DATA FORM ^ £ %?£' %^
0 200^.0£
Well Number Sg.AV2.fai: Dae ^-n-^r Time _
Boring diameter ._____^_____ Well casing diameter; H_____
Annular space length* __________ Stickup: ____^______
Total depth (TOO J £fe_J.) Depth lo water (TOC) .3°I-3CX . .(«) Height of Column
COLUMN OF WATER IN WELL ( (joL
Gallons por foot of annular space (A.S.) - *
Column'of water or length of A.S- (whichever is less) • x
Volumeof annular space *
Gallons per foot of casing . = a- k J
Column of water x /foO."7V
Volume of casing •"
TOTAL VOLUME (A.S. * casing) «
Number of volumes lobe evacuated a
Total volume to be evacuated V
TOTAL VOLUME PURGED = " c
Method Of purging:I
Samplgdate/timQ: 5 1 ?" / Jfaft-T- _____ ; Sample number:
FIELD PARAMETERS &egw. -find
pH 13 _7.3 "7.V 7.V 7.3 7.
Conductivfty < ^ a*au ° > ^ s<t/
Tempera ru re
0,3 /•§ /.Z 0-7
Sampler's signature/date: jf- I
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H / A - M .ft 2WELL SAMPLING DATA FORM £ *
Well Number; bg.fvl-3.foD . _Date; D'll-^-b Time.
Boring "diameter; '...£?'______ _. . Well casing diameter V"____
Annular space length; __________. Stickup:____________
Total depth (TOCrJ3.ft.9a '.{.') D^pth to water (TOC) ^^8 ' (=) Height of Column
•COLUMN OF WATER IN WELL
Gallons~per foot of annular space (A.S.J.
Column of water or length of A.S. (whichever is less)
Volume_of annular space = — • - - •
Gallons per foot of casing
Column of water x 5"5 .
Volumeof casing ~~ ... "7" :.. _.. V .—_.. v »
TOTAL VOLUME (A,S.> casing)
Number of volumes to be evacuated - =
Total volume to be evacuated - - -.. -• - c
TOTAL VOLUME PURGED
P"Method of purging:
Sample date/time: j-U-^s / ;^>vu .Sample number;
FIELD PARAMETERS "
PH -— 73' 7.1 —7.1 "TO "- .y -7.5 7-vConductivity V ?e 70 7B .270 7D
TemperaruTe"" " *"7 J ^ ^ /t? ,
Sampler's signature/date;
j.T "av'oY Q8_____ 7-3
^5H/
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H/A -$.
WELL SAMPLING DATA FORM j O 5-0 2003'.06
_Well Number f c W - ?3 ' "- - Date /- - Time: } t,'" --- ~ ' " — "
Boring diameter, ___________. ~. Well casing diameter;
Annular space length ""*-—- i' 1 t"' : Stickup:
Total depth (TOC) £ TXj?f-) Depth to water (TOC) /^/'c?(=) Height of Column,
COLUMN OF WATER IN WELL £ £ flSi M 6- ool. ...0
Gallons per foot of annular space (A.S.) =
Column of water or length of A.S. (whichever is less) - x __
Volumeof annular space - ~~_
Gallons per foot of casing = _JL.
Column of water ' . ... .... . x _£;
Volumeof casing » _LJ
TOTAL VOLUME (A.S. + casing) * Jj.
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging;
Sampledate/Hme £-11y*?I -HlO J - &mplc number:
FIELD PARAMETERS Segwv -End
p H - - - - - -
Conductivity
Temperature
Sampler's signature/date:
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H / A - /VHOOuETOtOrO 02006,0*WELL SAMPLING DATA FORM % £ |' £$-
02003.06
Well Number; ££ -7 -g Date; 5 1- 15" Time ^
Boring diameter, ___________ Weli casing diameter _____2:_____
Annular space length: __________ Stxiojp; _____„_______
Total depth (TOC) \ {.) Depth to water (TOC) ^ (=) Height of Column
COLUMN OF WATER IN WELL
FIELD PARAMETERS
pH
Samplor/s signature/date:'// .
Gallons per foot of annular space (A.S.) = .
Column of water or length of A.S. (whichever Is less) - x ,
Volumeof annular space " * .*"
Gallons per foot of casing = _ii
Column of water x4
Volumeof casing »
TOTAL VOLUME (A.S. + casing)
Number of volumes to bo evacuated =
Total volunic to be evacuated =
TOTAL VOLUME PURGED ' =
Method of purging:.
Sampledate/tJmg--SH^-^^ i l^ Sample number. 8"7?QQ
Conductivity 7oo 7co T "? o 7oo
Tempera ture
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H/A - NMDDUtTOtoO 02006,0?D2WELL SAMPLING DATA FORM ^ £ ^ 002003.06
WeUNumben £twf-''l3 3 ./ ""'" Dte "fr'/Af 7 - Time_ -TT.ijnL_ —— . .._. / /
Boring diameter * -*--J ~- '- ''-' Well casing diameter
Annular space length- " Stidcup: 7
Total depth (TOC) 7 3" %/(/.(•) Depth to water (TOC) 3A 9? f=) Height of Column
COLUMN OF WATER IN WELL ( CflS|N6- U0_L. Q^LV\
Gallons per foot of annular space (A.S.) = ____
Column of water or length of A.S. (whichever is less) x ^^
Volume of annular space = ^^
Gallons per foot of casing . = *•/ (cu>
Column of water ' x ^* '7' IVolume of casing' ... = ^ /
TOTAL VOLUME (A.S. + casing) = ^ J
Number of volumes to be evacuated = ^
Total volume to be evacuated = ^ J3
TOTAL VOLUME PURGED = ^> *?
Method of purging:
Sample date/time: - - / Y —— Sample number:
FIELD PARAMETERS - «eifr : HHnd
. p H - - - " : " -
ConductivityTemperature • J - }6 *$ --/* > - ' /£ )& /7
Sampler's signature/date: ///'• _ __
1 i
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H/A - WUOOUtTOCoO 01006,0?.02 00$, O HWELL SAMPLING DATA FORM ° $~02003.06
Wdl Number. t- 'TjTT. Cats: 5/IStfj T.rm/WQ ..——————————— - —j ?
— ^ Boring diameter. ~"~_____ Well casing diameter o_________
Annular space length: ^ - Stidcup: ^^________
Total depth (TOC) 99.? P. (•) Depth to water fTOC)ZZt.<y? (=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) =
Column of water or length of A,S. (whichever is less) - .— . x
Volume of annular space a
Gallons per foot of casing -
Column of water ' x " 7T,rj
Volume of casing =
TOTAL VOLUME (A.S. + casing) - /^^
Number of volumes to be evacuated * = 3*2>'3 ftTotal volume to be evacuated » ° ' °
TOTAL VOLUME PURGED
Method of purging:
Sample date/time: -S- 9 ~ "~ /7 .... Sample number:
FIELD PARAMETERS
pH
"4 <X>Conductivity
Tempera tu re /8 .- /lo /^ /< ' ';< 7^* _____ /T-3
Sampler's signature/date:
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H/A - -MlOOufcTocoO 0200^,0? A/,O2 OO&.O^ ^ 0 50 2003.06
wpn CAW^rrwrnATApnuvf .WELL SAMPLING DATA FORM ^ ^ 0 5-
Well Number! - c y : . . " Date; _ j ± ^ _ Hmg
4. nuBoring d iameter . ___________ WeJl casing diameter &
Annular space length- __________ Stickup: ___________
Total depth (TOC) 1%^ _,(•) Depth to water (TOC) . l> ...(•) Height of Column
COLUMN OF WATER IN WELL ( POL.
Gallons per foot of annular space (A.S.) .
Column'of waicr or length of A.S, (whichever isJcss)
Volume of annular space
Gallons per foot of casing
Column of water "I 7-7Volume of casing « '* • /
TOTAL VOLUME (A.S. •*-casing)
Number of volumes to bo evacuated =
Total volume to be evacuated' *
TOTAL VOLUME PURGED
Method of purging: _
I , <-Sample date/time: o- Y- 'r / MoS____ T. Sample number;
FIELD PARAMETERS
t>.*i 6,3 6-V fe."3 £3 4.3pH
Conductivi ty
Temperature
":ico
Sampler's signature/date:', J)\
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5
H/A - MvOOufcTotoO 02006.0?WELL SAMPLING DATA FORM £ J °O&i. 0 r
0200^.06Well Number £& "301 Dag: ZV-^r " Time '' f^<8 I
Boring diameter. __________ Wei! casing diameter ^ ..
Annular space length: __________ Sticfcup: ____________
Total depth (TOO /QQ-fO (0 Depth to water (TOC) ?L3o (») Height of Column ' J.'gQ
COLUMN OF WATER IN WELL (C^1N6- Uc?t. ,
Gallons por foot of annular space (A.S.) »
Column'of waicr or lenglh of A.S. (whichever is less) • x -^
Volumeof annular space * ^
Gallons per foot of casing « g *
Column of water x ij_*.•
Volumeof casing «
TOTAL VOLUME (A.S. 4-casing)
Number of volumes to be evacuated ._ -•- a O
. ^Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging:
Sample date/time -2H ~3^__________ . Sample numl?or;
FIELD PARAMETERS Segwv "-End
C i /' r*~f /' (^r~7 /"" "7pH fa* b<^ ^' ^ - b- / '«•/ fa- /
Conductivity 3^^ ^^^ 37^ __ 3^0
Tempera tu re l"?
Sampler's signature/date:: //I- A^ jl L&£A -- -/- 7 '
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H/A - fV\/> 2 no &, O
WELL SAMPLING DATA FORM ^ £ OC??. O0 2 0 0 9 . O 6 <f x
' Pete: %//cf/%$'-,Well Number: gg l . ' Pete: /f Time
Boring diameter: " _____., , Wejl casing diameter
Annular space length: ___________ Stickup: __,___
Total depth (TOC) 3ff 2tj-) Depth to water (TOO. _Lf2±k.(=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volumeof casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of pu rging: ^"
Sample date/ time: f-ft-tf f538 . ^Sample number:
FIELD PARAMETERS Begw- -
pH ... >>/6 ?, (5" >,f •>/ _____ 7-0
Conductivity ^ ^ ' 8 /Q5D ; _.'..
Temperature J^S ^ g- - C3 '3. -. ' _______ /a.5"
Sampler's signature/date:
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j,J'O # 5020 or* OS 8t0 5
H / A - VuODutTOloO o-zooS-O* A/, <?,O 2 tfO £, O WELL SAMPLING DATA FORM £ J' 0 5-
'o s 003. 06WellNumbcr; £g.M-^SX "~* Cfetg: S-' i'- f " Time
o >tBoring diameter, __________ Well casing diameter; ____ *
Annular space length ___ , ______ Stickup: ___________
Total depth (TOC) lOP-iQ {•) Depth to water (TOC) _ii±L» Height of Column
COLUMN OF WATER IN WELL ( Ugl.
Gallons per "foot of annular space (A.S.)
Column'of water or length of A.S,.(whichever is less)
Volume of annular space
Gallons per foot of casing
Column of waterl«4 CVolume of casing " » ''°
TOTAL VOLUME (A.S. + casing) . * -^^
Number of volumes to be evacuated =* -^
Total volume to bo evacuated • : « .
TOTAL VOLUME PURGED • .
Method of purging:
Sample date/timg - - - * fl^- ____ , Sample number:
FIELD PARAMETERS .
PH -7-X -i'.'l. -7.Q 6/1 fe.S "7.0 4.^ —— « B« . B»* »«™ »——— —— ———— •••*•—— ——• ••"—•l* — i.n
Conductivity 6 ' 5bO -5tx> 5bo 5b"6 5taO _____ 5bQ
Temperature ^^
SamploKs signature/date;' •**-*
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WELL SAMPLING DATA FORM
l/£/l£Date: _ Time: 10
COtUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)Column of water or length of A.S. (whichever is less)Volume of annular space
Gallons per foot of casing
Samptedate/Hme: SunpleNumber.
Conductivity 4.0 Ot> feQO
Temperature i& '8 fg tflD,o -x.e 2.1 2*7 2.
Boring Number: __________ " Well casing diameter: ______ DTW=Armular space length: ___________ Stickup: _________________ ._. . Column:
Columnof water X "27 .78
Volumeof casing = f B/.*?y*fTOTAL VOLUME (A. + Caring) » ______
Number of volumes to be evacuated = ^Total volume to be evacuated = ^
TOTAL VOLUME PURGED =
FIELD PARAMETERS Begin End
.jj to &,"b 6,8 <£>.& G.7 ts.S
/7 (7,0Sampler's gnature/date: 7 - Afa^ fefa $~
Reviewer's signature/date: ____________________ : __________ • .. .
ERM
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HfA - N'UOQUETOUJ^>
02003.06
2 00$, O WELL SAMPLING DATA FORM & S~
Time
Boring diameter - ^ - i ^ ^ ' 'Waff casing Jiaimetan "" '
Annular space length: _
Total depth (TOC) 73/.8? {•) Depth to water nXX:)7o7o7 (=) Height of Column./Z7. 6 Q
COLUMN OF WATER IN WELL "6- o c? i, ^
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volumeof annular space .
Gallons per foot of casing
Column of water " "" " " "" x )2,J >
Volume of casing / =.. -<~>
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated " = ^
TOTAL VOLUME PURGED =
Method of purging; 2. X/ . / UAjQ Po " 5( )g>
Sample date/time: fbttf /g O- ______ _ Sample number:
FIELD PARAMETERS Bewv -End
pH - -
Conductivity
Temperature
. .Sampler's signature/date: • T-
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ft 7 0n £, OWELL SAMPUNG DATA FORM0 2003.06
______.,-.._ ___. .Well Number 'Eg.M:V* 5 ' " " Date: 3-2V1JT Time. 1 /
Boring diameter. " ____ Well casing diameter
Annular space leigtK' __________ Stickup: _____
Total depth {TOC) H.Sfe. (•) Depth to water (TOC) ljL.(-) Height of Column .6 i
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) - - *
Column'of water or length of A.5. (whichever is less) - . x
Volumeof annular space . . " " *
Gallons per foot of casing .. - - - m . ' *q
Column o f water . . _ . . " - • x Q * Q* _
Volume of casing ~ .... c - i ^ S
TOTAL VOLUME (A.S. * casing)
Number of volumes to be evacuated
Tolal volume" to be evacuated
TOTAL VOLUME PURGED
Sampler's signature/date:
Method of purging; _
Sample date/time: 6"- " ^ / ^o^____. .__Sa.rnple number:
FIELD PARAMETERS
pH -Conductivity
Temperature O ^ >T 1M
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H / A - MlOOutToOuO "0O
02003.06WFLT SAVfpirNrnATAFnRwWELL SAMPLING DATA FORM ° $T
Well Number. -S Date: - Time*- O It
Boring d Sameter. , __________ Wdl casing diameter ^ ___
Annular space length __________ Stickup: ... . ....... _______
Total depth (TOC) ' S - Cs (.) Depth to water (TOC) .aX ..(-) Height of Column 9o .
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing .
Column of water
Volumeof casing »' '"' S
TOTAL VOLUME (A.S. + casing) = *^
Number of volumes to be evacuated = ~>
Total volume to be evacuated « ~
TOTAL VOLUME PUKGED =
Method of pureine:[ - 0 0
Sample daa/timg
HELDrARAMETHRS
PH Tt ^J "7.1
Conductivity *ftlQ V8o .8
Temperature- ^ ,._qr H * b f(o_ r ________ TJ
Sampler's signature/date.. ? f- /t/ i ff)svux.L I
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H/A - N/MDDuETotoO 02006-°?ft 7 £?r £, O H
WELL SAMPLING DATA FORM £ 1 S0?. or
Well Number: _. b> *-M - 6 .V'S Date: - - Time:___* on
Boring diameter. _____:_____ WeJI casing diameter: _____^____.
Annular space length: __________ Stickup: ___________
Total depth (TOC) H31 (•) Depth to water (TOC) J2J3->> Height of Column,
COLUMN OF WATER IN WELL / C fl£l N 6-
Gallons per foot of annular space (A.S.)
Column"o'f"water or length of A.S. .(whichever is less)
Volume of annular space
Gallons per foot of casing
Column of. water -- "~ -i 7Volume of casing. » '" *—
TOTAL VOLUME (A,S. + casing) = ^
Number of volumes to be evacuated - a ^
Total volume t o b o .evaluated "" " - -- B _ ^
TOTAL VOLUME PURGED = __5
Method of purging:_ - - -
________ Qq^O - . -i" \SamplenumDcr;
FIELD PARAMETERS.
pH -=
Conductivity
Temperature
Sampler's signature/date; /I] . /f />m /I A / 5"" g"
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3
02006, 0?ft 7 on % OHWELL SAMPLING DATA FORM ~' £5-
Well Number. FRM-3ST Can?: S - gr' Turner
.Boring diameter. __________ Well casing diameter:
Annular space length: _________ ,. Stickup:
Total depth (TOO 3L» ep'h to water (TOC) Jk£LZ_(«) Height of Column
COLUMN OF WATER IN WELL ( C^\f^C- Uc?/,.
Gallons per foot of annular space (A.S.)
Column" of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing *• * 1
Column of water x o /.
Volumeof casing »^ _l-tL
TOTAL VOLUME (A.S. * casing) «= ^
Number of volumes to be evacuated » ^
Total volume to be evacuated = 5
TOTAL VOLUME PURGED - «"
Method of purging: gj J O caJl
Sample date/time: -- ^- Sample number:
FIELD PARAMETERS
PH Rl 7.H
Conductivity '3Q 3 c. 3t i Voo
Temperature O ^ ^ ^ ^ 'fc i 4
Sampler's signature/date; ffl'X/Pvi J /-"•g
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Gannett Fleming Series Monitoring Wells
![Page 70: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/70.jpg)
JsJ.Q & -S
ozooH / A - ^UOOUtTOCOfO
L SAMPLING DATA FORM0200 9.
Well Number J3f'7~°V , Date; 5/2-V/V
Boring diameter _______' . " Well casing diameter
Annular space length ___________ Stickup: ______
Time.
Total depth (TOCr'SfrSr. (-) Deplh to water (TOC) 37' (=) Height of Column
COLUMN OF WATER IN WELL ( Ug/,.
Gallons per foot of annular space (A.S.) . e —
Column'of water or'length of A.S. (whichever is less) • x ._
Volume of annular space . = _
Gallons per foot of casing '. ' " = -
Column o f water . . . . . . - - - - " x _4
Volumeof casing " " " B .
TOTAL VOLUME (A.S. + casing) """ = ^^'
Number of volumes to be evacuated -- = O
Total volume to be evacuated " "" * '' f
TOTAL VOLUME PURGED = .
Method of purging: KA_^O( beitf-ec(~
Sample date/time: " ::- —— - -.---.-• ---— - :..SampTc"number;
FIELD PARAMETERS . . . • .&eg«v -End
pH - •fc'Cl fo"8 —————i______i——r—2Z1—————. |•S-
Conductivity f/QQ /QQQ ______^^ - '%
- if /V i 7C "•'Tempera tu re tto 7____________ A ,'
Sampler's' signature/date:' TM • V^n jjfl
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H/A - MWELL SAMPLING DATA FORM J ' O
0 2 0 O 9,
WellNunte ?/ *~LQ*5 Date: / WXgT "Time
Boring diameter. ^ ^ _____ ,_Well casing diameter. £______
Annular space length: *""••---____ Stickup:
Total depth (TOC) 33> (-) Depth to water (TOC)S2IS_(=) Height of Column
COLUMN OF WATER IN WELL ( C \
Gallons per foot of annular space (A.S,) =
Column of water or length of A.S. (whichever is less) : x
Volume of annular space ' ~
Gallons per foot of casing - i. 11/ J?
Column of water x I*' & '
Volume of ca"stng ' s i
TOTAL VOLUME (A.S. + casing) "" = " I
Numberof volumes to be evacuated = - O.
Total volume to be evacuated . == _._ ~-^
TOTAL VOLUME PURGED "' = - - -
Method of purging; rlA* i D
Sample data/tJnyj/^gr /fX Sample number:
FIELD PARAMETERS B*§w- .-End
pH ?•*- y-'z_?'. ^ ? .t""?-
Conductivity ?CX> 7^
Temperature V> jiff'"
-£ ~ / j£~ jf S. /s . // sr f - j J***/'f* £//<£*'-"Sampler's signature/date: Ss*Zr-* #* jS fs£i.-*- -d%£'£* J-£sSf_ / /f----_____ , ^ • —,-_/- /-_ ....,,-
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H/A - M \OOutTO"UJfO> p?ft ?$l02003.06
ft ? on% C HWELL SAMPLING DATA FORM $loQ*.*r
Well Number; <5-£-767 r j V- T rimc!__ .
Boring diameter . - ____ - - - - - Wdl casing diameter
Annular space length _________ „ Stickup:
Total depth (TOC) .19.17. .(-J Depth to water (TOC) ^3^ («) Height of Column
COLUMN OF WATER IN WELL ( VOL.
Gallons per foot of annular space.CA.S.)
Column'of water or lengih of A.S, (whichever is less)
Volumeof annular space "
Gallons per foot of casing = * l *f..
Column of water x oJiJ* _ - r*,
Volume of casing ' ' » ' M
TOTAL VOLUME (A.S. + casing) « ^^
Number of volumes to.bo evacuated = ^
Total volume to be evacuated " » fi^
TOTAL VOLUME PURGED *
Method of purging:____________ / _______ _ . . -.-_-:- -.
Sample date/time: 5'3i- 5y 1 -S ______ . ._ .Sample num&eT:
HELD PARAMETERS -- &* -" -find
pH - — 4>sConductivity
Tempera nj re i 5b
Tvrbid;^ U17- T 47. | 70.J SVfe 33.3
Sarriplor'ssignaturc/datc:
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H / A - VUOOuETO'CoO "'0-2006,0?ft7 or>% OH
WELL SAMPLING DATA FORM filac*.**-o 2003.06
Well Number, Cj-V—g*»Ott Da te. 6-30-^S Time: __(j
Boring diameter, __________ Well casing diameter ____£_____
Annular space length __________ Stickup; ____________
Total depth (TOC) ^D (-1 Depth to water (TOC) 3 .\3 U) Height of Column
COLUMN OF WATER IN WELL (C^if^C- (Joj.. o
Gallons por foot of annular space (A.S.)
Column'of waicr or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water x J*" /« i
Volumeof casing »"" ' '• ' g*
TOTAL VOLUME (A.S, + casing) " - - ^-2
Number of volumes to be evacuated = °
Total volume to be evacuated • Qq
TOTAL VOLUME PURGED
Method of purging: D^\ )•€<
Sample data/time: " JQ- ^ / h^ ~ "" Sample numbe'r: ' -£79 -
FIELD PARAMETERS Se w- '-End
jO.O JO.1 ;o.f /P.; /O, * _______ 'Oi
Conductivity „
Temperature *5" >S" if >S" >^T
Sampler's signature/date: $"
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H1A__- -NMOOu EToCoO 02006. 0? N,6,l~,ft •
WELL SAMPLING DATA FOJ^M 0?. oo 2003.06
. . , . . _ . .Well Number: 6-P- O Date: " 'jV/8- Time;
*Boring diameter , ______ ~ ___ ... Wdl casing diameter "2-1'
Annular space length __________ Stickup; ______ , ____
Total depth (TOC) ./_ >) .Depth to water (TOC) ff.^ (-) Height of Column
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water . . .
Volume of casing " » 0.2-S
TOTAL VOLUME (A.S. * casing) * ^
Number of volumes to be evacuated ..-—- . , - - a S
Total volume to be evacuated ---- " "B" G.l
TOTAL VOLUME PURGED = °-z
Method of purging:
Sample date/time: J'lS- W JO^T______ ;.,; Sample number:
FIELD PARAMETERS"" -8e*w-" " -End
pH
Conductivity .
Temperature
3
Sampler's signature/date: /fl *
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H/A - Mft 7 Or, %. O 4
WELL SAMPLING DATA FORM %\QO*%$0 2003.06 «f X /
Well Number: G-F-2JO Ca^ £" --lT " Tims
Boring diameter, __________ Well casing diameter:
Annular space length __________. Stickup: _____m
Total depth (TOC) S%-<T8 (-) Depth to water (TOC) 3f-3) U) Height of Column
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.)
Column" of water or length of A.S. (whichever is less)
Volumeof annular space
Gallons per foot of casing « c f fa
Column of waicr ' x
Volume of casing ' " - g
TOTAL VOLUME (A.S, + casing) «
Number of volumes 10 bo evacuated =*
Total volume to bo evacuated s '
TOTAL VOLUME PURGED « _Jl
Method of purging: \ \g-T~
//Sample date/time --^ iT-tl.. Sample number:
FIELD PARAMETERS 8<*«v -End
Sampler's signature/date:
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_____ . . _ . . - - — OZOQS-,0%H/A - MlOOuE~TOU_J.J>' 02006.0? A/,
ft 7 0n &, CWELL SAMPLING DATA FORM _,? £
Well Number: GP-^. - -27 S T-imc;* . . . . . _ - t(
Boring diameter ___________ ... Wdl casing diametan *i
Annular space length __________ Stickup; ___________
Total depth (TOC) JtlLj-. Depth to water (TOC) \~*-$'*> («i"Hoigh. of Column
COLUMN OF WATER IN WELL (CflS\*>C~ VOL.
Gallons per foot of annular space (A.S.) =
Column'of water or length of A.S. (whichever is less) • x
Volume of annular space " " - =
Gallons per foot of casing =
Column of water ... - •- - - • • - - - - - *4
Volume of casing ' ~ " " »
TOTAL VOLUME (A.S. + casing) = ^
Number of volumes to be evacuated ~ * 2
Total volume to be evacuated - - - " - = ' 1
TOTAL VOLUME PURGED
Method of purging:
Sample date/time
FIELD PARAMETERS - - - - -
G £ fa-8
_ j f - - jf*f i "' " f ^^f 1 / _^* Ct <<. f* *^
v^ iv , ^ ' —•————————————————————-————-———————
Sampler's signature/date: *~JJ}.
Conductivity 376 1&f ^
Temperature f<^ 17 " 17 -/b.r' -^H ^-^ /4-C »7
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H/A - M.OOutTouJO 02006*0?WELL SAMPLING DATA FORM % | £.|' £ $-
0 2003.06
Well Number: Vq-v-^i^ Can?: -/- 'T Time; _
Boring diameter. __________ Well casing diameter ___2____
Annular space length ___________ Stickup ____,________
Total depth (TOC) _1L2S_(-J Depth to water (TOC) jL££jL<-> Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water«
Volumeof casing
TOTAL VOLUME (AS. * casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging:
Sample date/time: -1 ^ >T" _____ ' Sample number: 9J7
FIELD PARAMETERS Beg** •£f«!
pH 7.0 T.C 6- 7,0 fe ^ ? _____ 4-9
Conductivity 3ZQ 32. 3Od ^r 3oQ 3do _______ Si 6
Temperature 20' To' /g " l"7 '7 ' "" _______ /§
T7Kc «
Sampler's signature/date:
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H/A - /VUDDuTTOloO" 0-2.006.0?02 00%, OWELL SAMPLING DATA FORM ^ £ ££' o 5-
Well Number: 'T-Tj - Date:, .. .
Boring diameter --- - - ^ - C y/ell casing diameter / lf
Annular space length """ - '' ' - Stidcup; _____^____
Total depth (TOC) 2J <Z>1 (•) Depth to water (TOC) 12 Zfit(=> Height of Column 9. I M
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.) =
Column of water or length, of A.S, .(whichever is less) >
Volumeof annular space » ^^~1 i •'Gallons per foot of casing = -. i lj>
Column of water x f* / 7
Volume of casing » ' -^
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED = *
Method of purging: V4 AOT7 r7
_>>££___ . .Sa.mple number:
FIELD PARAMETERS " Begm- -End
pH . ' 6<r fe.r.. €.r ' c.rConductivity
Temperature ^X H> l(> ' S" /I *
£CQt- TAJt 9 0+ " 3LOQ-W " .tCQj- ZCQ
Sampler's signature/date:
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H/A - /VUOOuEToujiO -"-- 02006,0?ft 7 on% OH
WELL SAMPLING DATA FORM tf I <&?. Ofo 2003.06
WetlNumbcr: GF-7.t<ft Date; -a - Time?:'7* _ (i
Boring diameter. _____ ', _____ Well casing diameter ____ £
Annular space length __________ .. Stidcup; .. __________
Total depth (TOC) ^1 _ (•) Depth to water (TOC) 'O . («> Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water*
Volume of casing » •• 1. U
TOTAL VOLUME (A.S. + casing) ^-2.
Numberof volumes to bo evacuated = -^
Total volume to be evacuated »" i*c>
TOTAL VOLUME PURGED « $"*
Method of purging:
________ M?>*1 " Samplenumber;
FIELD PARAMETERS B«**v -End
pH
Conductivity
Temperature *$** i? iM-^
v l" ' 7
Sampler'ssignahjrc/datc: ^o - - ^ S
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H / A - " / v _ .o 7 ooti.O^WELL SAMPLING DATA FORM % £££ o 5-
0 2 0 0 9 • £ £..- • .- - - - - > • -,' ' ~~" *
Well Number <J> F "T-fcV <? . Date: S//9/9.& - Timoi"" " " ~ ~~ ~~ r ~" •-/-''••— -—-'
™- .- -.- -—— — -..=-=— - "" 7- //Boring diameter. """ Well casing diameter; ^
Annular space length ———— - Stickup: ____________
Total depth (TOC) _ J f - > Depth to water (TOC) j» Height of Column
COLUMN OF WATER IN WELL ( Uo.J__
Gallons per foot of annular space (A.S.) s
Column of water or length of A.S. (whichever is less) - x
Volumeof annular space 3 ~
Gallons per foot of casing - * J
Column of water ' _ x _
Volumeof casing » 1-7
TOTAL VOLUME (A.S. + casing) . - = 1 3
Number of volumes to be evacuated = ___
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging:
Sample date/time: ."-f. / '& / &O5 Sample number: ^ )"
FIELD PARAMETERS ~ -Begw-
PH g>8 5>8 6& '6,9
Conductivity«, I •R )S ( 4 15. !*•>Temperature .' P- - -7 ^
£.00.
800
Sampler's signature/date:
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H// -, O H
WELL SAMPLING DATA FORM I 0?. OT
Well Numixr -Q Date: S"'- Time,*)iiBoring diameter: __________ Well casing diameter ** ___ ;
Annular space length: _. _______ Stickup:
Total depth (TOC) 4%Y (-3 Depth to water (TOC) ffa. '(«) Height of Column
COLUMN OF WATER IN WELL ^'.^r-u- ^n, _ o
Gallons per foot of annular space (A.S.)
Column* of waier or length of A.S, {whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water x. . . r« ,
Volumeof casing « '-f <. fa g
TOTAL VOLUME (A.S. + casing) -" "_ -)Number of volumes to be evacuated = ...v
Total volume to be evacuated *- . ^•—TOTAL VOLUME PURGED « 5V
Method of purging;
_______ ffa°i _____ .__.___. Sample number:
FIELD PARAMETERS & g«v -find
pH -3.1 Q.°) Zl 3.8 "3.1 3'. ^
Conductivity " ^ 5 > .I U' ..m Sbo IS o :.
Temperature
Sampler's signature/date^ y ' r
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3
WELL SAMPLING DATA FORM02003.06
Well Number: . G- - 3.) r^ K: fc-\&3f Time: ___
-*, 3 iiBoring diameter. __________ WeJl casingdiame.cn ___f;______.
Annular space length __________ Stickup: _,____________
Total depth (TOC) 37-SO .(•) 'Depth to water (TOC) J3 iL» Height of Column
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.) *
Column of water or iengih of A.S. (whichever is less) - x ,
Volume of annular space - - ~ *
Gallons per fool of casing .. =
Column of water , x4
Volume of casing ' " »
TOTAL VOLUMH (A.S. .casing)
Number of volumes to be evacuated 3 __2
Total volume to be evacuated c ^
TOTAL VOLUME PURGED • _6-
Method of purging:
Sample date/ttmG: JT'f 8"<3t'T'"/ (8(J ...Sample number: 877 57
FIELD PARAMETERS
H -
Conductivity
Temperature Q.r
Sampler's signature/date: // -Vbv\
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ft 7 or>$, o WELL SAMPLING DATA FORM 0\O&.*S'
02003.06
Well Number. G^-gXZ- Date; S V ' rnc : 0 33,
Boring diameter __________ Well casing diameter
Annular space length: __________ Stickup: _____.
Total depth (TOG) l°|. (•) Depth to water (TOC) .IP.S7_(«) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column'of waicr or length of A,S, (whichever Is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volumeof casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated « I oc.
TOTAL VOLUME PURGED » ^
Method of purging:
Sample da te/ttms jST--^S" /^o ____ Sampic"numbcr:"
FIELD PARAMETERS » f«v -find
pH ^^ ^
Conductivity
Tempera ru re
Sampler's sigriaturc/datc:: T.1 A/tm /9! »g Qi /
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t 3
H/.A - VWELL SAMPLING DATA FORM
0 2003.06
Well Number: Orv--.^^ - - Date: -& <-"'^ :Ttmc.
Boring diameter _____\_____ Wdl casing diameter ?
Annular space length __________ Stickup: ___________
Total depth (TOC) /Sff? (0 Depth to water (TOC) iH- ? («> Height of Column
COLUMN OF WATER IN WELL u g . \Gallons per foot of annular space (A.S.) . . - - --
Column'of water or lengih o.f A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column OLwater - x f,*
Volume, of. .casing •••• — • -• ------ -r-- ----- - B -Q, fefe
TOTAL VOLUME (A.S. + casing) " = ^^
Number of volumes to be evacuated " = 3
L "" " "Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging: UA v I
Sample date/timo: - f 7 0^ B ____ .Sample number: '97662,
FIELD PARAMETERS
pH -6-V 6.6 ' £7 6-7
Conductivity ^x> V^ ^6T Vg
Tempera ru re JgX )"? lb.r" tfe.t " Jfc.f
Samplor's signature/date:
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H/A - M.OOutTO'UjO 0200^0*ft 7 or>%. O 4
WELL SAMPLING DATA FORM 6100*.**02003.06
Well Number: Cs-v " fa ca S'-ZV- S Time: ___
* 3 MBoring diameter. __________ Well casing diameter ^
Annular space length __________ Stickup: _________
Total depth (TOO StMS (•) Depth to water (TOC) 33-H8 . («) Height of Column,
COLUMN OF WATER IN WELL ug ..
Gallons per foot of annular space (A.S.) *
Column'of water or length of A.S. (whichever is less) - x
Volume of annular space *
Gallons per foot of casing »
Column of water x __ ___
Volumeof casing » '' *:Q
TOTAL VOLUME (A.S. + casing) = _____
Number of volumes to be evacuated =» 3 _
. %.fTotal volume to bo evacuated
TOTAL VOLUME PURGED
Method of purging:
ISample date/time: ^r-ZH-^S / 'Si<r Sample number:
FIELD PARAMETERS B wv -Etxlw3"
u ££\ 5"°i S**-. ~ °1 S"*! 5" e-Opn — ' ' i -fc' >' ———'—*—— ' v' ' i—————————
Conductivity
Temperature
Sampler's signature/date; / / Jffri<\)/l- -0<£s\ I '
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. . ,.HM .r_ w . OOuE-TotoO" 02006.0?WELL SAMPLING DATA FORM 5 £ £|'
0 2003.06
Well Number: &5r-7-2*7 . ._ .Que: _>3'-^S"" -Time: ___fc. .- =- - " • . --J , |
Boring diameter __________ . Well casing diameter <*______
Annular space length __________ Stickup: ___________
Total depth (TOC) J3M_(*) C>epth to water (TOC) JLl£_» Height of Column.
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.).—. -. = ,
Column'of water or length of A.S. (whichever is less) - x /^
Volume of annular space- • >^^
Gallons per foot of casing " = *
Column of water r . - - - x "-3?[ ..• _ .._ . , $
Volume o f casing - • • - • - • • • r . B jAScg^A-
TOTAL VOLUME (A.S. + casing) " = -^^
Number of volumes to be evacuated =• ~*
Total volume to be evacuated --- - m
TOTAL VOLUME PURGED
Method of purging: DE\V
Sampledate/timtt' 5-31-95. / /4,Vg_______ .__. Sample numtx-r:
FIELD PARAMETERS Begw-
pH _
Conductivity " ° ~?Q*''-*?<*> 706 7
Temperarure _ . lig ' *" ' ; iS
HIT 20^
Sampler's signature/date:
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H / A - .LSAMPUNG DATA FORM
o 2003.06WHILSAMPUNG DATA FORM $1%$.??
Well Number. G - SQ ca 5"- 75"- Time:
Boring diameter. ___ _____ ' Wdl casing diameter
Annular space length __________ Stickup:
Total depth (TOC) 1*1 Q M Depth to water (TOC) "7-37 (a) He'8ht of Column
COLUMN OF WATER IN WELL £ C /^i N 6- uoi
Gallons per foot of annular space (A.S.)
Column'of wa.cr or length of A.S. (whichever is less) - x ^^
Volume of annular space * -"""""
Gallons per foot of casing = * '
Column of water * l~2-o*
Volume of casing s '• *•'
TOTAL VOLUME (A.S. t-casing) « ^3 '
*-.«.>.». W. .W. «,..„. .W WVT»^HH.^M - ,______________
Total volume to be evacuated - ^-^
TOTAL VOLUME PURGED * >^ C
•
Method of purging: DC\ \ .V i _____________________• ._____
Sample da tg/timo: $-*Ly- y / HH^____ Sample number: ^7 Bi3
FIELD PARAMETERS Be m. -find
pH -k• j r - y_LJ1 __, _ 3 c?.3 - L ^ _ c.ja.Conductivity
Temperature
Sampler's signature/date: // , /Jfr*\ Jj ^ l\ I
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/A- M .ODutT.OUj..O 02006,0?ftWELL SAMPLING DATA FORM
,.^ ^ _^_ .Well Number: a-^&i" ''""" ' Date ' 5/ 77.- ' Time:
/ >^- ,-. , , B, .- - -, . -,,- ... .,--... - -Y -Boring diameter. ^ -:- ' ' " ''.Well casing diameter Cf?
Annular space length
Total depth (TOCI 0Z/B (•) Depth to water fTDC) ./.O<S> (=1 Height of Column
COLUMN OF WATER IN WELL L . ...,,.-_.- ,Jf-» Q
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing " -
Column of water "" " x [&. 4
Volume of casing - " . » _
TOTAL VOLUME (A.S. + casing) . " * _
Number.of volumes to be evacuated ~ - - a ^
Total volume to_be evacuated " = """ ~^~~ """" » „_._._
TOTAL VOLUME PURGED "" " " ~ ~' ' ' = 4 IS
Method of purging: "- / > c 5 ^ > O 'R Ttf'rnP
_______ n yy .Sample number:
FIELD PARAMETERS :" . "Beg+ft
PH """""""//>? "fa'S"' Lt.i* ^>? (n?Conductivity JOuOl. .:;.5co . • 9r>o "-' QJ qP fc ^ -fco &Q&
Ternperahjre... /^ /^ / -^ ^ j£ Jti 15 J^ \
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020 or, 08H / A - M .OOutTouJ/O c?
ftWELL SAMPUNG DATA FORM jo 2003.06
WeliNuirbcn * ~ Z - DaE: -• »-<. Time,*• ,;_( «
Boring diameter ___ ; _______ Well casing diameter „ _____ j
Annular space length __________ Stidcup:
Total depth (TOC) J§5L£L» Depth to water CTOC) it*.*! ... Height of Column
COLUMN OF WATER INI WELL (
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S, (whichever is less)
Volumeof annular space
Gallons per foot of casing » «• fcS
Column of water x
Volume of casing » ' ^jr
TOTAL VOLUME (A.S.f casing) - -^^•2
Number of volumes to bo evacuated = -^
Total volume to be evacuated «
TOTAL VOLUME PURGED «
Method of purging: ?u Grottos
Sample numtxr; S77Q<i 7.1. 7i3r v
2>*- l-cFIELD PARAMETERS & wv - --End > \
pH 7 "7.Q T.Q "7.0 7-b "?-Q "7.p. _____• T.o
Conductivity
Temperature
i
Sampler's signature/date: &m -//&ri/ | "' 1 /
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H/A -- MbU;ET<5"liJ> 0-2006.0?D2 00$. 0^ £ £1|' O S0 2003.06
D2 00$. 0VWELL SAMPLING DATA FORM ^ £ £1|' O S~
WellNumben irr r~- 3O3> - •- - : — Date:' J=5T&Cp- ^ " ~"' time:———————————— ------ ——— —— y
Boring diameter ^ ^ ! ; Well casing diameter:
Annular space length
Total depth (TOC)8?>3) (-) Depth to water (TOC) Z.%3 '/..(=) Height of Column (p5.H
COLUMN OF WATER IN WELL Lu,^ir~^ -- i,™ o
Gallons per foot of annular space (A,S.) •
Column of water or length of A.S, (whichever is less) ;
Volumeof annular space • _
Gallons per foot of casing = \ .n
Column of water * x LT 5 . 7
Volume of casing
TOTAL VOLUME CA.S. + casing) .3-
. ,_..._-. _.._._,.,„,__,,.„._„.._
Total volume to be evacuated " « C- O (g-
TOTAL VOLUME PURGED
Method of purging: "Zr ° °. /
Sample date/time: ' " / ItQW ______ .Sample number:/
HELD PARAMETERS *e§«v " " _ -End
PH - 'fe»B--jCf .R-b'^ k.& ' '_. ;.?"
Conductivity
Temperature -\ 3 ^ F3- 1 5
Sampler's signature/date:
^,u d -9
/ T^
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H / A - NuODutTOLoO ~_ 0-1006.0? A/,e,_02 00$, 0*1
WELL SAMPLING DATA FORM ^ £ |; O 5-0 2oo3.o6
Well Number: 3^ ~ - "- rt&S'ZJp g ' Timo_, 7
/ ;/Boring diameter: —— - Well casing diameter _i£
Annular space length ^ — Stickup;
Total depth (TOC) /O&.a<g(0 Depth to water (TOC) 2-3fi (=) Height of Column
COLUMN OF WATER IN WELL C UC7L o /W/_v S
Gallons per foot of annular space (A.S.) =
Column of water or length of A.S. (whichever Is less) - x
Volume of annular space =
Gallons per foot of casing = / * / LP
Column of water x
Volumeof casing =* ~~ I i "
TOTAL VOLUME (A-S.-t- casing) «
Number of volumes to be evacuated - — " - ~*~
Total volume to be evacuated « "7 Z. ..
TOTAL VOLUME PURGED - -- B
Method of pyrg.ng2.;/
Sample date/time: Z,*/.r Sample number:
HELD PARAMETERS Segw- -End
PHConductivity O ^ O ?O OO • &w kftj fcQQ ?-,
Temperature I ?•____ '& J*5~ &* .}P ~ l& ^
If.l- 4C3n
Sampler's signature/d£tO; /
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H / A - N'UOOUtTQ'UJ/C*' Q2.QQ6.0?rt 2 00 £_ O WELL SAMPLING DATA FORM £ £0 2003.06
rL-~ .,--r--fv;--,iw— -- jr--y - ---j- - - - - :WellNumbcr: .Lf r Qlf " " Date: rr/3f fa &"'""* Timer/ .72.?
Boring diameter , ______ - Well casing diameter. yP ________
Annular space length — ~-,'~ . . " Stickup: ^^- ___
Total depth n*OC.9OJM-t'. Depth to water 'fTOC)/ > /-^"U) Height of Column
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S-) . _ - -
Column'of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing . ..
Column of water* . . .
Volumeof casing
TOTAL VOLUME (A.S. + casing) . * //I -8O
Numberof volumes to bo evacuated - _ . - . . - - - a •—>
Total volume to be evacuated
TOTAL VOLUME PURGED
Ccu*-i4v)-fri&iM n< \Method of purging: / cu*-iv)-fri&iM n< \mr o o . ^ ——————— — ——
Sample date/time'- |T,3 . Sample number:——————
FIELD PARAMETERS^ " "' ftegw,
pH —— —— —^—— ———————'——————'——' f.•*f
Conductivity i D ^C& j QCO ?o0-::.qfoo_________ ^QQ
Temperature l& R ^ )9 j J _) &____„________LjL!
Sampler's signature/date:
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H/A - M.DOuETOUJrO " 0*006.0?ft 2 oo £, O *WELL SAMPLING DATA FORM £ * £>0 2003.06
; /.pap. /g /f T iWT fl
Y/7VJ-/Boring diameter. ___^^^-___ -Well casing diameter
Annular space length: ^ ____ S6dcup« __
Total depth (TOC) 7.%(0 Depth to water (TOC) Z^> .-/ Z-U) Height of
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S,) »
Column'of water or length of A.S. (whichever is less. - x
Volume of annular space a
Gallons per foot of casing _._._.__ =
Column of water i _\ tVolume of casing » * -
TOTAL VOLUME (A.S. + casing) = 1^<2
Number of volumes to be evacuated a _ ~>
Total volume to be evacuated
TOTAL VOLUME PURGED
I'*Method of purging: J_
r- - - / /^ \t ""Sample da be/time 5-l>O ^ fX^O,____ ^Sample number: t37SV3> £v....
FIELD PARAMETERS &*£«v -find
LJ " ^ ^ ^ L f ^ ^ ^ O - C ? ^ ?pn ——'i ' i i, I ' { T————,—"" 1 ^
Conductivity
Tempera tu re /^ /^ /</ ^ if if if-
<W;47 1 3 I*LJ 5 "Iff.
Sampler'ssig7\aturo/date:
*v'
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-S
H / A - M lODut'TOUJO' 02006-0?
WELtSAMPUNG DATA FORM ** ?£ °?o 2003.06
Well Number; ^v--^o^ . . Cae: 5~)fc-~^ . .Time:________
Boring diameter _______;___ Wdl casing d.ametcn o '_______
Annular space length __________ Stidcup: ___________
Total depth (TOC) 83/2 ff«) Oepth to water (TOC) /0.22. (.) Height of Column " °3
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.) «
Column'of water or length of A.S. (whichever is less) - x
Volumeof annular space "- • »
Gallons per foot of casing _ =
Column of water • x*
Volume of casing *
TOTAL VOLUME (A.S. + casing) * ^^
Number of volumes to be evacuated - = ^
Total volume to be evacuated - : c -5^ V r^J
TOTAL VOLUME PURGED « "
Method of purging:0
Sample date/time f-fft-^S" I 1*05 ____. Sample number: B77"S|
FIELD PARAMETERS Be^
oH " fe . _Sl.( . . . 1 (p.P Pjl _<.»./__ 3^8 to,6
Conductivity
Temperature
T rb.;' ;T-^
Sampler's signature/date;
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ft 2 00$, O 1WELL S AM7UNG DATA FORM j |' e 5-o 2o~o3.o6
WellNumber; 6 f ~3M Q " Cute;. 5/Z.$-/9ff Time: "///Q
Bonngdvameten ^ ^ - - Well casing diameter 6?_____•
Annular space length; ^ - ._____ Stickupt.
Total depth CTOCyoZ»5? (-) Depth to water (TOC) >o-^ (») Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (A3. + casing)
Numberof volumes to be evacuated3 / >
Total volume to be evacuated =
TOTAL VOLUME PURGED
Method of purging: Soi3 Pp/»P
_____ I 'k'fl ______ Sample number:
FIELD PARAMETERS S gwv -£nd
pH 8- 7. .-?. •?,;• .Z. "? /Z- .
Conductivity
Temperature JU 1*5 t &.___ /a }£_ _J£ lie _________L?-^
TvfiK-i'Tv, " ?/«S ?^_O /Z3«3 6/-0 iijft ;/J S'Lp SB,1?t. ' ^ ——————————i———————————————————————;———£^—————te————————————————————— /
Sampler's signature/date:
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/VUOOUtTOCo'O 0-2006,0? A/,<?,_&2WELL SAMPLING DATA FORM020O3.O6
Boring diameter'____—-«v< r' '' ~'~' Wdl casing diametcn
Annular space length: - u j- •.-~ - = ^ Stickup: _____
Total depth (TOC) . (-) Depth to water (TOC) 2JL-B_k<=> Height of Column
COLUMN OF WATER IN WELL ~(C fl$ "Cr~ jjoL_ OA/L
Gallons per foot of annular space (A.S.)
Column of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water '
Volumeof casing
TOTAL VOLUME (A,S, + casing) .
Numberof volumes to beevacuated
Total volume to be evacuated » ^
TOTAL VOLUME PURGED
Method of purging: ^ . '
Sample date/time: ^ " //g Sample number:
FIELD PARAMETERS "' -Begwi- -End
prt •• " _ ^ •— .-•-... - ~- -—- .-.y, .-~: - -(j,. j (j tO^ (j
Conductivity " ^ 'V5\ .... ?5" OD 7 :rX / n ":<o
Sampler's siffnahjrc/date:
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H/A -WELL SAMPLING DATA FORM ^ £ ~ ?_ o S"
O 2009.0£
WellNuirter. C1P"5iT, Date: Time?: r/' /r <?
Boring diameter. ^^^_____ Well casing diameter _G_
Ai-nular space length: " ^ _____ Stickup; _
Total depth (TOC) ??• ? / (-) Depth to water (TOC) /3.<3O (.) Hefght of Column
COLUMN OF WATER IN WELL ( CflSiNt> \
Gallons per foot of annular space (A.S.) '
Column of water or length of A.S. (whichever is less) ;
Volume of annular space
Gallons per foot of casing = Co6 c.
Column of water ' x P>(p. v /
Volume of casing = _1
TOTAL VOLUME (A.S. +• casing) = J_3
Number of volumes to be evacuated - ___
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging: Z GlQ/JDfo &&& ?pm P
Sample date/time: +>/fZ.<Sr7<s>' / /. Sample number, e?r-^>// ^
HELD PARAMETERS £eg«v
Conductivity 8o " ^ 23 Q
Temperature /g>
Sampler's signature/date:
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Total depth (TOC). ^ "R (-) Depth to' water (TOC) 2fc' «5B '(*) Height of Column
COLUMN OF WATER IN WELL ( (JQL. o tJ
Gallons per foot of anmfla-r-s-pa-cc (A.S,)
Column uf ivaU'r uj lun^tlrof A.S. (whichcvor is less)
uf diinuldi
Gallons per foot of casing
Column of water . - " "" -
Volumeof casing
TOTAL VOLUME (A.S. + casing) - - - - - - = / Q3
Number of volumes to be evacuated ' = ^
Total volume to be evacuated ~ = 3 O 7
TOTAL VOLUME PURGED" "" " e ^ /
'' - > '-L..: - -_J- - I-.-"
Method of purging: <- _Gy jgD/ot>4-?of.
Sample date/ time: - " - I jo^o ______ ...Sample number: g782. . g o.
FIELD PARAMETERS :._._ ...""" : Begift -End
pH - •-.-• " -'L? T"? fo tt ".<
Conductivity
Temperature / // // // //
Sampler's signatuTc/dato: -.A/Vvx Tl
A- N/\WELL SAMPLING DATA FORM
o 2oo3.o6 <f *V.sf.r i / J -
Well Number; _.S77 3)4 • r g; 5/2$/93"- Time:" 7 ' " " "
Boring diameter "•*——•<.-•-. r—•[•••..• • ; ,_ Well .casing diameter fff
Annular space length: ^ " ' Stidoap: ^ -. _____
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H / A - /VUOOutTOUjiO 02006'°? A/,O 2 00%. OWELL SAMPLING DATA FORM *
WellNumbar. 6rF-3).T Date; " Time
* / (rBoring diameter, __________ Wd! casing diameter, k>
Annular space length: __________ Stickup: ___________
Total depth (TOC) 5?V?;Z_(-> Depth to water (TOC) JS^g . («) Height of Column 77.
COLUMN OF WATER IN WELL ( vg>L.
Gallons per foot of annular space (A.S.) *
Column'of water or length of A.S, (whichever is less) • x
Volume of annular space *
Gallons per foot of casing =~11.~) 9
Column of water _ x £jf$3t*
Volume of casing . w — Ml.** r^o —— y
TOTAL VOLUME (A.S. + casing) - ______
Number of volumes 10 be evacuated * 3
Total volume 10 be evacuated »
TOTAL VOLUME PURGED «
Method of purging: ?<v G-n.v\olm£
Sample date/time 6~f-Sr /fepy ______ Sample number: &7&e&.*70.~7t
FIELD PARAMETERS
pH •B.'T -7. 7":V . -73" "T1TT3 73 T.3.
Conductivity i IQ S^G 3.SZ> 3^ ^^> "^ " -S57 _____ 3VQ
Tempera tu re ^ O O /t> H '7 _______ )6
.. *»-r
Sampler's signature/date:
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H/A - N/uOLtTotAJT ' " " 0 00 ,0? H,e,t-fft 2 00%, o /sv A/fcv* y
'WELL SAMPLING DATA FORM
Well Number .f~3/_3- ". ::.- Date: " > Z ^ / - Time: . * '^ *, . . t f
Boring diameter- ^ ~~ - • ;_ Well casing diameter:
Annular space length?
Total depth (TOC)_ ,.g |(-) Depth to water (TOC)'\lClrlo (=) Height of C o l u m n ^ 5
COLUMN OF W'ATER'TN
Gallons per foot of annular space (A.S..}. - - --- - •* ~""
Column of water or length of A.S. (whichever is less) • x ^^
Volumeof annular space ^ """ :~~ "~"" " " « ___
Gallons per foot of casing " = ) t f/ /
Column of water . - -- - -• - --• x*
Volume o f casing " _ . . - - - - - e
TOTAL VOLUME (A.S. +casing)" " . e .* 3
Number of volumes to be evacuated ' » '— '
Total volume to be evacuated"" " " " " - = 6 p"
TOTAL VOLUME PURGED : -
Method of purging: ' - . . &A J) K Jlv>3 yiJ fi . L/m P,_ . - -- , _ _
Sample date /ttmg -'24- 7 l O'g Samp!, number: 78YO
FIELD PARAMETERS .. . ; 8-g»
PH g.-3: ?.5 '?,% 7. ""7.? '?-.zConductivity ' f ° 2/to ^/O /Q ?JD ^70
Tempera tu're Ib .If / (/ / /..- )(f ^ .6
Sampler's sigT\aturcydato:
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H/A - NMvOOutTDUjO 02006,09- N.6,1.,ftlor>$ O H
WELL SAMPLING DATA FORM eiooj.*?02003.06
WellNurrtcr: -^^"D'-g Date; 5-*•*-** 5 Time.
* / i;Boring diameter, __________ Well casing diameter b
Annular space length; __________ Stickup: ___________
Total depth<TOC) -O (-} Depth to water (TOC) .I5"-8. («) Height of Column
COLUMN OF WATER IN WELL L t . ,*tl~^ j , o
Gallons per foot of annular space (A.S.)
Column"of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water x ' "•
Volume of casing »" '^J
TOTAL VOLUME (A.S. * casing) - ^-7.
» *-'Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED = 33O
Method of purging: T..Cj- ^ Hr** ^ -.P ^ M
"" Sample numbcr;
FIELD PARAMETERS B gw- -find
pH
Conductivity '
rnplcr*s signature/date:
Tempera tu re ^ ^ \1 "nT >^S Q '7_______L"7
51. VQ~ ' >9. 7.S 7.O
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R.F. Weston Series Monitoring Wells
![Page 103: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/103.jpg)
H/A - MlQDUtTOtOKJ> 01006*0?02008,0*
WELL SAMPLING DATA FORM £ £ <?0J. OS"0 2003.06
Well Number Date; T.mc /'QZ.
________ 7, - - - - / //Boring diameter ____ ; ______ Well casing diameter C£) ________
Annular space length - .~ ____ „ ' Stidcup: _ ___________
Total depth (TOC) J .c.Z..0 Depth to water (TOC) J____£_____<=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) =
Column of water or length of A.S. (whichever is less) • x "
Volumeof annular space s ,
Gallons per foot of casing = J* " (^
Column of water ' x
Volume of casing = ^
igTOTAL VOLUME (A.S. + casing) . = .3
Numberof volumes to be evacuated -- =
Total volume to be evacuated.
TOTAL VOLUME PURGED
) "Method of purging: '
Sample date/time: y- V. / / "T ' " Sample number:/^ -
HELD PARAMETERS Segifl. -End
pH
-230Conductivity ____
S fi*U5 J7.?-g 3 '(
- 17 \7 17 r7 "I'b ' *> f ' '3Tempera tu re 1^ '^ - _'° _ '^ ^ _________ -
Sampler's signature/date: 1^-A/fryJ K *A / -i°\'
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HM - /VUOOutToujfO 02006.0?ft 7 0n J?. O HWELL SAMPLING DATA FORM0 2003.06
Well NunvbGr. r ~~ Date. fe- r Timo
Boring diameter. ___________ Well casing diameter 'i"
Annular space length _________ Stickup: ___________
Total depth (TOC) 3L Q._(-1 Depth to wa ter (TOC) .\1S*[ U) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) • „
Column of water or length of A.S, (whichever is less) - x _
Volumeof annular space * M
Gallons per foot of casing * _
Column of water - xri
Volume of casing °~~" „
TOTAL VOLUME (A.S. + casing) - .
Number of volumes to be evacuated 3
Total volume to be evacuated ' "~ ~ = J-S^
TOTAL VOLUME PURGED « .
Method of purging:
Sample date/time: 5"-?-far °iS / JO'-^^ Sample number:
FIELD PARAMETERS &e«v -£nd
Conductivity 3 O -"5 3C6
Temperature ^ _____ 2. ____ '
SLOP
Sampler's signature/date: w JJ&\I\
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. .._-_M .WELL SAMPLING DATA FORM
c? 200*..Well Number: ..RP M-3,- ~ Dace: Time
Boring diameter ___________ Wdl casing diametcn
Annular space length ________ Stickup: ______
Total depth (TOCr.33.S.Y .(•) Depth to water (TOC) Jk.T? (,> Height of Column 7.o.f
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S.) - * _:•
Column'of water or length of A.S, (whichever is less) - x _
Volume of annular space * _
Gallons per foot of casing , = _
Column of water . „. . ' - ' x f-°^* «_ _ _ _ _ - t £ 1 /
Volume of casing .: . "~ * '' i-»
TOTAL VOLUME (A.S. + casing) = ^^
Numberof volumes to be evacuated ; ----- 3 -^
Total volume to be evacuated » ' '
TOTAL VOLUME PURGED ' « '^5
Method of purging:
Sample da ie/tima • " S ' >/o<t _____ -Sample number:
FIELD PARAMETERS .. B^w. . -End
Conductivity 5Z.O &c Sbo
Temperature a^ ao : Ky ^o Zo -ao ao _______ i «%
SarriploKs signature/date:-
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H / A - A/uODuETotofO " 02006.0?ft ? an&, O% £ £|' £ 50 2003.06
ft ? an, OWELL SAMPLING DATA FORM % £ £|' £ 5-
Well Number vK- E te: - Timer.
Boring diameter . _____ | _____ Wdl casing diameter. /
Annular space length __________ Stickup; ___________
Total depth (TOC) _jE£5£-J-3 Depth to water (TOC) &•& («1 Height of Column
COLUMN OF WATER IN WELL ( upj,
Gallons per foot of annular space (A.S.) .._ _.. -
Column" of water or length of A.S. (whichever is less)
Volumeof annular space
Gallons per foot of casing
Column of water x I"2-*
Volume of casing » '
TOTAL VOLUME (A.S. * casing) - ^*
Number of volumes to bo evacuated 3 ^
Total volume to be evacuated s _
TOTAL VOLUME PURGED =
Method of purging:r °
Sample da to/time 6"-2 - f" i"7(9______. . Sample num&er:
FIELD PARAMETERS §«v -&ri
c,.b fc.e fe.S fe-S 6. g 6.
Conductivity ^ ^Sb ^^ ."?Sb Qoo "" > - ______ 7£O
Tempera tu re 3$ ~"'
Sampler's signature /date: 71/J -
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5
_..-.-_ -H/A - -A/UOOUtTOUJ^ 02006.0? A/.&.1,WEIL SAMSUNG DATA-FORM g | *#
0200^.0*O • :
: R F V^ ' QCa Datej^H^S" Time. . / * POWell Number:
Boring diameter. __________ . , Well casing diameter.
Annular space length __________ Stickup. _____
Total depth (TOOJPLJ.. Depth to water (TOC) 'SVrl («1 Height of Column .
COLUMN OF WATER IN WELL ( (JQL.
Gallons per foot.of annular space (A.S.)
Column'"of water or length of A.S, (whichever is less)
Volume of annular space ~~ -
Gallons per foot of casing
Column of water
Volumeof casing
TOTAL VOLUME (A.S. * casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging:. . . - -
_________ '3/2- _____ Sample number:
FIELD PARAMETERS. - "Begin.
PH —-• '•/ i-r -MConductivity T 3"?O 3&o.. 34>Q
Tempera tu re I<? T H **> ^3. 'Jfa )!T________1- - * -'
1 T7Sampler's signature/date;'
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H / A - /VUDOutTOloO -'-"01006.0?WELL SAMPLING DATA FORM % £ |' £ $-
Well Number; J £}£l2_____ Date; SO/'A/S"'_ .. Time.7Boring diameter. ^ - Well casing diameter
Annular space length ~" " —- Stickup;.
Total depth (TOC) .23.15 (.) Depth to water (TOC) .5.do</ (=) Height of Column B-
COLUMN OF WATER IN WELL ( <T/^|N6~ up/,. O. /..v
Gallons per foot of annular space (A.S,)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water*
Volumeof casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated »" ' *"* '^-J
TOTAL VOLUME PURGED ' ^
Method of purging: ^T/fTjfaq ' "a..J>A. I<IA.u/O8/ ____ . .Sample number;
FIELD PARAMETERS Se£H* -End
PH ^^ "3-TConductivity ——— "
Temperature J8
Sarripler-ssignature/date:- •
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R.E. Wfight Series Monitoring Wells
![Page 110: Appendix I Monitoring Well Sampling Data Forms · WELL SAMPLING DATA FORM ^ £ 7 ££ 0£ £50 %, O- ^ Well Number: E£H- \ S' CsteTime: : 5"-Boring diameter ____ _ _____ _ Wel l](https://reader034.vdocuments.us/reader034/viewer/2022042301/5ecbaf091018e23d7d6b3ca6/html5/thumbnails/110.jpg)
5
-IM - -NMOOuETOUjO 01006.0? A/.WPTI CAKrpTrxjrnATAPnpvx C> 2 ,WELL SAMPLING DATA FORM <?L £><??* °S~
_ -WellNumter: \AiR\--"0'i , Date: T'3'& 9?
Boring diameter. __________ Wdl casing diameter
Annular space length __________ Stickup;
Time
Total depth (TOC) .5 7, (•) Depth to water (TOC) HJfa {•) Height of Column
COLUMN OF WATER IN WELL o/./"lv
Gallons per foot of annular space (A.S.) * _
Column"of water or length of A,S. (whichever is less) • x _
Volume of annular space "• ' « _
Gallons per foot of casing . = _-z>
Column of water x 3J_*
Volume of casing • " . " = J A. . /
TOTAL VOLUME (A.S. +• casing) " = ^^'• -?
Numberof volumes 10 be evacuated = °
Total volume to be evacuated '- = -" -- = .-iik L
TOTAL VOLUME PURGED - - » /8O
Method of purging:
Sample date/time: 5^ J4Z.T " ' Sample numtx;r:
HELD PARAMETERS ....... Be&w- '' -End
pH
Conductivity
TemperahJre'
.30 ™ 370 3«."^--3fo' 3,0 ,7<
i^' /<» 15" t< >r "• rr /C ! /t
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H / A - V\ ,OOutToUJ\J> 02006.0?ft 2 00 £, O H
WELL SAMPLING DATA FORM g £ £ J' £$~ «T/»P7_t<<«'
WellNuirfccr: W fCT"" Date; T/ /ff Time'
Boring diameter. ^ --_____ Well casing diameter b_____
Annular space length _^^_____ Stickup; ^X_______ _
4i-Total depth (TOC) i- f (•) Depth to water (TOC) l^h^ (a) Height of
COLUMN OF WATER IN WELL Up/,.
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less) x —
Volume of annular space *
Gallons per foot of casing * *-
Column of water x
Volumeof casing * - H(s • 1
TOTAL VOLUME (A.S. + casing) *. ^ '?
Number of volumes to be evacuated « O____j J( \ O.
Total volume to be evacuated s ' /^^r
TOTAL VOLUME PURGED * _____
M.ihodofpUrginS:
Sample date/ time: 5''30-<.<T .fa - Sample number:
FIELD PARAMETERS B^w -End
pHConductivity'
Temperature )U. . _](P
Sampler's sigr-aturo/date:
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H./A.-/V\ .OOutTotoO 02006.0?<"> -7 (5 A s?, c ^
WELL SAMPLING DATA FORM __ _ 01 0$. 6?0 2003.06
Well Number: \N&\~O3 ' " "~pae J-ol-3j> Time,
Boring diameter __________ Wdl casing diameter «> ___
Annular space length __________ Stickup: ____________
Total depth (TOC) b- (.) Oeph to water fTOC) i.^ (•) Height of Column
COLUMN OF WATER IN WELL (
Gallons per foot of annular space (A.S,) .
Coiumn'of water or length o"f A'.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water . . _ . _ . _ . _*
Volume of casing
TOTAL VOLUME (A.S. +casing)
Number of volumes to be evacuated
Total volume to be evacuated • " = 146 Q
TOTAL VOLUME PURGED «
Method of purging;'
Sample date/time T-31-3 7 UM______ Samplonumbcr:
FIELD PARAMETERS . B^wv . -&>d
pH
Temperature
Sampler's signature/date:
5b5 H&~ *ifLcT""tso 4oo _ 5^Vo 5bo
wr \ssr \s<<"' *eT "i*.*- i~7° \%x4A»/ To*- -
n\ " M/t\*M?*\ }h
9-fe- 14.-] O.5 2-U"
".7 f--*, 5
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H/A - M \ OOW t TO UJO "~ 'O20O6.0?WELL SAMPLING DATA FORM 5 | £|' £5-
<? 200*..0£ X'-
Well Number VJ ftT~ 4 Date; ^~2>t '-<*£'
Boring diameter. " ^ _____ Wellcasingdiame.cn (D
Annular space length ^ ____ Stickup: ____\____
Total depth (TOC) __£__Lll_<-> Depth to water (TOC) f^.V^t-) Height
COLUMN OF WATER IN WELL }
Gallons per foot of annular space (A.S.) =
Column'of water or length of A.S. (whichever is less) - x
Volume of annular space *
Gallons per foot of casing =
Column of water x•
Volumeof casing *
TOTAL VOLUME (A.S. + casing) * ^ ~L~
Number of volumes to be evacuated » ;____
Total volume to be evacuated , •" ' ^
. /toTOTAL VOLUME PURGED
Method of purging: 'fe . feitls- ?
*- l- T /Sample date/tinrtc 3'->l- S / /oVO_____ Sample number; g/D5 X ^ . .t;>
FIELD PARAMETERS B^wv -Snd
Conductivity ^ w •"
/Temperature
- 5/
Sampler's signature/date: n'^-^^^ I b~l~ci<
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H'A - N/UOOUtTOU_;fJ>" 02006.0?ft*) or>%* O^£ £ ^ oro 2003.06 €Kft*) or>* O^WELL SAMPLING DATA FORM £ £ ^ or
- l j ." '($ I / 7$Well Number: J__ Oai&" '$ ^': Tuns
Boring diameter. ^ ^ -•--'- - ^ ": ; Well casing diameter
Annular space length ~ . •' ! '•' _ :$ticku~pr
Total depth (TOQgP'j (•) Depth to water (TOC) / ^5 ""(«')Height of Column'5 £ -
COLUMN OF WATER IN WELL L ,.J|r~_, ^r>, o
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S. (whichever is less)
Volume of annular, space . ' " •"•"•""
Gallons per foot of casing
Column of water . . . . -
Volume of casing J" . *> *j ft
TOTAL VOLUME (A.S. -t- casing) .... .... .... .,._..... __ . __...Number of volumes to be evacuated =
(Total volume to be evacuated -:; ". " * L
TOTAL VOLUME PURGED
Method of purging: G?P 1
Sample date/dme 4-f-^f / JMg ______ ... Sample number; '9-(=, O
FIELD PARAMETERS ' 'B wv . -End
pH L>.0'b_"O^Lc\i,'ii.?> Lt.4 b>5 t*.
Conductivity ^ ?co
Temperature, '" ~ 16 ~ i & I
Sampler's signature/date;
';*;•'
^
______(___ . zzz .?.-> 3-70 _
7?1..A/& -|U
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H / A - /v/UOOuETOGo/O O20o6f0?WPM SAVfPTTXjrnATApnpvf 02 00&0**WELL SAMPLING DATA FORM ^ 0<2?.C>r
02003.06
Well Number V/- Da te; -- r\rrv,
• * ^ tlBoring diameter, __________ Well casing diameter, o
Annular space length __________ Stickup: ___________
Total depth (TOC) {.) Depth to water CTOC) Ji_(«) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S, (whichever Is less)
Volume of annular space
Gallons per foot of casing
Column of water*
Volumeof casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated =• 3
Total volume to be evacuated ~ " «"
TOTAL VOLUME PURGED * .
Method of purging: __OaK\""(^.^ np_p
Sample date/time: -f- t - ______ Sample number:
HELD PARAMETERS Bet*a. -End
pH 6 ^ 6-fe £-c -r. - fe
Conductivity
Tempera ru re O _ ir \<T \<T
Sampler's signature/date: //f-#£n dU I f'2_*5rf-#£n H
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* V** ' x **r!._ —
O'ZQQSH/A - w\
WELL SAMPLING DATA FORM 2 ! S0?'. C*302003.06
WellNumbq-; N P-T- O"7 PBB: fe-/-^b Timeb
Boring diameter. _____|_____ Wdl casing diameter __
Annular space length __________ Stickup; _______
Total depth (TOC) - ..(-) Depth to wa ter (TOC) .*.. (-) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column'of water or length of A.S. (whichever is less)
Volume of annular space :
Gallons per foot of casing
Column of water _ . -
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes .to be evacuated
Total volume 10 be evacuated
TOTAL VOLUME PURGED
Method of purging; _£_
/Sample date/time ~- OQ .Sample number;
HELD PARAMETERS &ewv -End
H (*rj
Conductivity 6OG
Temperature -"27 H" /T /T "" " /Y
Sampler's signature/date:
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HIA Production Wells
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WELL SAMPLING DATA FORM
/0SOWellNumben /Tffr ~~ / : Cete: S'-ll-^S' Time ___
Boring diameten ____~~~~/Q Well casing diameten ____/ ^ - "
Annular space length _____ Stickup: ____~_____
Total depth (TOC) 630 (•) Depth to water (TOC) ... _ (=0 Height of Column,
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
.TOTAL VOLUME PURGED /B^ * ?™« = .*?OO;>*s0 1
Method of purging:
Sample date/time: / & $ £ en '23' - "Sample number:
FIELD PARAMETERS Begin . End
pH - -__
Conductivity
Temperature
cz
7. to
Sampler's signature/date: ' ~
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WELL SAMPLING DATA FORM
WellNuirfcen #X4~ 3 • Date: jT-Z fg " "Timet si ft —
Boring diameter. ____ '& _____ Well casing diameter,
Annular space length ____ ~ _____ Stickup: ____ H _______
Total depth (TOC) (0 Depth to water (TOC) _____ (=0 Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S,)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED 2 OO&PW *• S~rr> r/ = -- S.0&0 £*
/ c//^? >*>/ C*J£f/Method of purging:
Sample date/time: 5~~ -f$~ &g .... Sample number
HELD PARAMETERS Begin End
PH
Conductivity
Temperature
Sampler's signature/date:
7,3
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WELL SAMPLING DATA FORM
WellNumber ..Hi/)' 3 • Date -2 f.T Tims /33Q
Boring diameten ___ /& _____ Well casing diameten *~' _______
Annular space length ____ ~~ '"-" Stidcup: _____ "" ____
Total depth (TOC) . .(_-) Depth to water (TOC) _ ____ (=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) = _
Column of water or length of A.S. (whichever is less) x _
Volume of annular space = _
Gallons per foot of casing =-^-_
Column of water x _
Volume of casing = _
TOTAL VOLUME (A.S. + casing) . = __
Number of volumes to be evacuated = _
. ITotal volume to be evacuated
TOTAL VOLUME PURGED /*J& &/*#> *• £ /»r,~>~ = ?O£>
Method of purgingy
Sample date/time: -T-2V- f$~ T? /335 .__.. Sample number;
FIELD PARAMETERS Begin End
PH ___ '
Conductivity ___
Temperature _._SSm
Samplers signature/date:
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WELL SAMPLING DATA FORM
Well Nunte; V • Date: Jr-^-fS" Times /3 *1 8
/jn *Boring diameten ____ /& _____ Well casing diameter:
Annular spaoe length — _____ Stickup: ____ "
Total depth (TOO M Depth to water (TOC) _____ (=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of AS. (whichever is loss)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS, + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED / O Mk*$ fflf/
Method of purging: y%x/?y? 7)~/ t ej /
Sample date/time: S~-1 ' $ £~& J-*>5"3 Sample number: fflA - *f
FIELD PARAMETERS Begin End
Conductivity
Temperature
Sampler's signature/date; ——
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WELL SAMPLING DATA FORM
WeUNumben fa/ft'f ' '- - -- Date: .<"- 2 *M.T Time
jn f/ —Boring diameten /y ______ _ Well casing diameten
Annular space length ' " Stickup:
Total depth (TOO V ... Depth to water (TOC) _____ (=) Height of Column .
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS,) = p*
Column of water or length of AS. (whichever is less) x _
Volume of annular space = _
Gallons per foot of casing _ . .. .. . =" __
Column of water x _
Volume of casing = _._
TOTAL VOLUME (AS. + casing) = _
Number of volumes to be evacuated = _
Total volume to be evacuated ~ = _
TOTAL VOLUME PURGED
Method of purging: / /x/ y? r<v /t //
Sample date/time: T' ty-'-QS" / J? /32-$~' gample number:
HELD PARAMETERS Begin End
pH - - ___
Conductivity
Temperature
Sampler's signature/date:
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WELL SAMPLING DATA FORM
WellNunto lft-__ • Date; *"-23-.f.T Time:
Boring diameter. ________ Well casing diameten
Annular space length __________ Stickup: "
Total depth (TOC) SZ?ff .(-. Depth to water (TOC) _____(=) Height of Column,
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS.) = _
Column of water or length of AS, (whichever is less) x „
Volume of annular space * „.
Gallons per foot of casing = --_
Column of water x _
Volume of casing = ~_
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated = _
Total volume to be evacuated =" -*&
TOTAL VOLUME PURGED ttO&P/fl *• £ &fr**\ "= 'j
Method of purging: /t/lMfl r
Sample date/time: o - 2 y - y *TV f /&& Sampl e nu mber:
FIELD PARAMETERS Begin End
PH ———
Conductivity ___
Temperature ___
_ AT/f
Samplor'ssignature/date: ' ~
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WELL SAMPLING DATA FORM
Well Number: HlA~^ • Date: 5"-'.?V~f.r Time: /, /; _ -—
Boring diameten ___/Cf_____ Well casing diameten
Annular space length ____~~ ,__ Stickup:____________
Total depth (TOC) 951? (0 Depth to water (TOC) ____J=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of AS. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED &OO&P/P * <S~WT/S * = / 000
Method of purging: ___/^>yy7 T*S :fiL/ff//______________'.
Sample date/time: •3r'2V-f <T / ? /y/5~~ . Sample number: /4V/? -
FIELD PARAMETERS Begin End
PH ———
Conductivity
Temperature
Sampler's signature/date:
J""
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WELL SAMPLING DATA FORM
WellNunte: ff /A*-/ B ' Pete: -2-^T TimeSs
Boring diameter: ___ {£. _____ Well casing diameter ______ '
Annular space length """ _____ Stickup: ______ """ ._ _
Total depth (TOC) ^ D .(-. Depth to water (TOC) _____ (=) Height of Column
COLUMN OF WATER IN WELL
= , k?Gallons per foot of annular space (A.S.)
Column of water or length of AS. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED ?£/>? y. Q-(O
Method of purging:
Sample date/time: 6~t-% ^ //£*T Sample number: H/A-/Q
HELD PARAMETERS Begin End
PH ———
Conductivity ___
Temperature ___
Sampler's signature/date: ?- <r*f
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WELL SAMPLING DATA FORM
Well Number: Hlfl" I) ___ Date <T'2V' 9 f _ Time
Boring diameten /O____ Well casing diameten
Annular space length ~~ - Stidcup:;
Total depth (TOC) w (-) Depth to water (TOC) (=) Height of Column,
COLUMN OF WATER IN WELL
Gallons per foot'of annular space (AS,)
Column of water or length of AS. (whichever is less)
Volume of annular space .
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
Method of purging: ____ 't/m y? Luc //
TOTAL VOLUME PURGED 5 &&#> * $">r?",. « 5, 57?
Sample date/time: - - S ^ /W?~ ..Sample number; /#>? "//
FIELD PARAMETERS Begin _ _..__. . _ _ _ _ _ End
pH — 7. 3
Conductivity
Temperature
- 3,1* mSampler's signature/date: " ~
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WELL SAMPLING DATA FORM
WellNunte: tj IA "J3- ' Date: $*- 2Q- 4f~ Time
Boring diameter: ____ /f) ______ Well casing diameten "~
Annular space length ___________ Stidcup: ____________
Total depth (TOC) foQ 3 .(•) Depth to water (TOC) _____ (=) Height of Column
COLUMN OF WATER IN WELL . vGallons per foot of annular space (AS.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED ^^^/X ^ /~v = 5
Method of purging: -fa*i!// /W* r/bvy? t*Je/1
Samplgdatg/time -p-Zfr- i $~/0 /V#S " Sample number: '
HELD PARAMETERS Begin End
Conductivity
Temperature
Sampler's signature/date: o~
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WELL SAMPLING DATA FORM
Well Number XV/f~/ 3 Cafe: r-2V-fT Time /
Boring diameten /&_____ Well casing diameten ~
Annular space length* —- ' — — Stidcup: _____——
Total depth (TOC) %QO (•) Depth to water (TOC) _____(=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS.)
Column of water or length of AS. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
//Method of purging: __
Sample date/time 3~-2&- 9$~& /£?~S5~ Samplenumber:
FIELD PARAMETERS Begin End
pH
Conductivity
Temperature
' 3.0/ N
Sampler's signature/date: —~ - $~-
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WELL SAMPLING DATA FORM
C&te: <T-22.— ?£ - Time* //
Boring diameten ___ *@ _____ Well casing diameten
Annular space length ______ . Stidcup:
Total depth (TOO $QO .(-. Depth to water (TOC) _____ (=> Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS,)
Column of water or length of AS. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED 3#£? 6-?/?t K S~/n r^, = /
Method of purging: _f
Sampledate/time: «3"" 22- 5" /$&& Sample number: .
HELD PARAMETERS Begin End
Conductivity
Temperature
Samplers signature/date:
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WELL SAMPLING DATA FORM
WellNumber: ./ ?"~/?- Date: &64<r _ Time 0*?
Boring diameten /O _____ Well casing diameten
Annular space length """ Stidcup;/
Total depth (TOC) T (•) Depth to water (TOC) f=) Height of Column,
COLUMN OF WATER IN WELL
Gallons per foot of annular Space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated ... .. -
Total volume, to be evacuated
TOTAL VOLUME PURGED ?&W7 t 2-6Mru^a = / %? &*Jtr»
Method of purging: $t s--.-.r'-l
Sample date/time: fc' - S" /gtO$~' "Sample number: .
FIELD PARAMETERS Begin End
pH ?^0 ^ b,j
Conductivity (fti*t
Temperature^^) f
Sampler's signature/date: ^ ^ ??<. ZxS £~& - ?-T"I W ————————————— ! ———————————————— —— —— - —— ! ——— —— ' - - - - ————— - - - —— - —— ————————— ———
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WELL SAMPLING DATA FORM
Date: --T Timc
Boring diameter. x/7_____ Well casing diameten
Annular space length: —______ _ Stidcup: _____=
Total depth (TOO.. 3*51? (•) Depth to water (TOC) («) Height of Column,
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) •
Column of water or length of A.S. (whichever is' less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated - -- — - -
Total volume to be evacuated J .T~G-fjVl x //O'/tt = — **
TOTAL VOLUME PURGED -<=* <-.-"""- v._. " - ~ = - =/•-* rO
Method of purging: fnert /r p /?</-.'~t~>
Sampledatg/timG: " -fS" - /£<3-Q Sample number: ////9
HELD PARAMETERS Begin End
PH 7,3 _ ?*
Temperature 'ex* (?
Samplers signaturo/date:4 ,-*
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WELL SAMPLING DATA FORM
WellNumber: #? /D - CM • Date -.T'-'f-T Time
Boring diameter ___ ___ ' Well casing diameten
Annular space length ' Stidcup: _____ -
Total depth (TOC) 5 Depth to water (TOC) _____>) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) = _
Column of water or length of AS. (whichever is less) .. — x _
Volume of annular space = _
Gallons per foot of casing = _
Column of water x _
Volume of casing = _
TOTAL VOLUME (AS. + casing) = .
Number of volumes to be evacuated -
Total volume to be evacuated . -'- = .______
TOTAL VOLUME PURGED 5ZX><#/ ^ >,-h , = ££§ L //&-7
// /', 3 /SMethod of purging: ___/'(//ft/7 n-' (Asa ff________
Sample date/time: &-£*-*?£"/&_ /3yt? ^Sample number:
FIELD PARAMETERS Begin End
PH
Conductivity ____ swste
Temperature ../ _____ ...._. _. * *
Samplers signature/date: A -t - 7?<- <&#< &
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Residential Wells
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WELL SAMPLING DATA FORM
Well Number: £.£5- •£> / • Date: G~$- <T " " Time
Boring diameter. ____ WeTl casing diameter; ____ H
Annular space length: ____ "" Stidcup: _____
Total depth (TOC) .ȣ (-) Depth to water (TOC) - (=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) - X
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volumeof casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging: •>?/? ?**
Sample date/time: "$~-3 S$~$$ . "Sample number;
HELD PARAMETERS Begin End
PH - -y- - - - 6,Conductivity * U/ne*
Temperature ___ )£ ____ .
Sampler's signature/date: ^ - "-^
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WELL SAMPLING DATA FORM
WellNunte ~£>3. ' Date:
Boring diameter. __________ Well casing diameten
Annular space length Stidojp: - /
Total depth (TOC) - (-) Depth to water (TOC) 6fa£ (=0 Height of Column ___
COLUMN OF WATER IN WELL
)CGallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging: / lS/ft/2 />>* '{**>€//.
Sample date/time: & J" T~— .3 & /$£•& Sample number:
HELD PARAMETERS Begin End
PH ———* ——2J
Conductivity ##>&_ \c ~Temperature f _____ .
Sampler's signature/date:
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WELL SAMPLING DATA FORM
Well Number l£5- rr J?^ • ± - ' -' -Date ^ S~' 3 <T Time
Boring diameten f*vt £ '* ___ Well casing diameten LS, £
Annular space length: &~ ft ____ Stidcup:
Total depth (TOC) *__ — ' 'L'f-> Depth to water (TOC) _H_(=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS,)
Column of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volumeof casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated
Total volume to be evacuated :
TOTAL VOLUME PURGED
Method of purging: /V/»y? />&' //t f
Sample date/time f-73 - ?>(<¥ /J<s5 , Sample number: .
HELD PARAMETERS Begin End
Conductivity )C - - - - - - -
Temperature f° _ /"?*
Sampler's signature/date: *- 's*~~r*~ A ¥*s x ~~ 7
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WELL SAMPLING DATA FORM
Well Number: & f5 -Q'J ' Date: -~f" 5<T~ Time.
Boring diameter: {nt ' " Well casing diameten
Annular space length: ______ Stidcup:
Total depth (TOC) _rZHl(-) Depth to water (TOC) """" f=. Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED&
&Method of purging:
Sample date/time: -•£"•"? 5" s& //#$ Sample number:
HELD PARAMETERS Begin End
PH
Conductivity r ____ _ __ .. 2~&O
Temperature V? __.. /*?
Samplers signature/date:
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WELL SAMPLING DATA FORM
Well Number /g/ - &£"' ' ' " "tJete~~7£ ~S~-i'ir" Two-'
Boring diairteten 6w\. " ' " Well casing diameten
Annular space length -— • — • '" " Stidcup: _____
Total depth (TOC) "~ T-V ep'th to water "fTCO ~ (=) Height of Column,
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.)
Column of water or length of AS, (whichever is less)
• Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (A.S. + casing)
Number of volumes to be evacuated -- -
Total volume to be evacuated
TOTAL VOLUME PURGED /fa*///ftr f ~-
fc'Method of purging:
Sample date/time: £ ~£g~s& ^^" : Sample number:
HELD PARAMETERS Begin End
pH
Conductivity
Temperature "~" ^ _____ _ . ^ T
Sampler's signature/date: __. £*S e** ~- -^' %*£"
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WELL SAMPLING DATA FORM
Well Number. &f -~O&* Pete: £"-22 9-T" _; Time
Boring diameten / ? ——>* Well casing diameter. ——
Annular space length ___—• — Stidcup: _____~~
Total depth (TOO """"" (•) Depth to water (TOC) ___H_I(=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (A.S.) = Y
Column of water or length of A.S. (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED
Method of purging:
& /*Sampledate/fane: J 7?" T" ' /*fe,T" Sample number:
HELD PARAMETERS Begin End
pH ^ ._._ _. _?
Conductivity ft . .. ._. *8&&Vj I,
Temperature _________... _ _______/fr, S
fr
Sampler's signature/date:
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WELL SAMPLING DATA FORM
Well Number &S~r-'&"7~ ' -,, "-.. Va&. &- <T*~*? ~ _ * Time / 7.7 ->""
Boring diameter. ni / ' : Well casing diameten
Annular space length "~~ "Stidcup:
Total depth (TOC) —- (-) Depth to water (TOC) -—: (=0 Height of Column:
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS.)7
Column of water or length of A.S. (whichever is less) x __
Volumeof annular space ._.. . • _
Gallons per foot of casing _ .= _
Column of water x __
Volumeof casing = _
TOTAL VOLUME (AS. + casing) = _
Number of volumes to be evacuated = : _
Total volume to be evacuated = _
TOTAL VOLUME PURGED
Sampler's signature/date:
Method of purging:
Sample date/time -r5':ry, ,.- 02/ '//•$.-. •- Sample number:
FIELD PARAMETERS Begin End
PH - ____
Conductivity ___
''?-
Temperature . r____ '/$
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WELL SAMPLING DATA FORM
Well Number: &-$ '~&& • Date: £- £"-*? £"' '"~Tima: " '11
Boring diameten Lwi*iw***s- —^ Well casing diameten ____
Annular space length _____^___ Stidcup: ____________
Total depth (TOO —-- (0 Depth to water (TOC) ___HH__(=) Height of Column
COLUMN OF WATER IN WELL
Gallons per foot of annular space (AS,)
Column of water or length of A.S, (whichever is less)
Volume of annular space
Gallons per foot of casing
Column of water
Volume of casing
TOTAL VOLUME (AS. + casing)
Number of volumes to be evacuated
Total volume to be evacuated
TOTAL VOLUME PURGED /£%*>£//?? r» * •/*/
Method of purging: tfsn s} n
Sample date/fang &~ > - J£~ & //tr y Sample number:
HELD PARAMETERS Begin End
pH
Conductivity
Temperature
Sampler's signature/date:
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Appendix JSlug Test Data
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Section: Appendix J-TOC " , , " . ' . . ." 1 !J. " _ I " ~, ,'..- __" .,_...... ____, _=, ... rPage:~ i of i
Date: July 1,1996""..". r". _ !.:. " ".." "_ " " " "~ " ~ Revision No.: 0
TABLE OF CONTENTS :^ _: :^ . " I ,
/.I INTRODUCTION _ ^ .. .T 1 1
^2 GENERAL APPROACH _ _ _ .;-.:,-."_ _::... 2
7.3 PROCEDURES : 3
J.3.1 CALLING HEAD TEST v : ....__._ 3
J.3.2 RISING HEAD TEST _ __ _ _. _ , _ . . . , 3
J.4 _
J.4.1 DEVZAITOATS OF THE REAL DATA FROM THE BOWER & RICESTRAIGHT LINE FIT _. _ 5
J.4.2 SUMMARY AND CONCLUSIONS 6
J.5 REFERENCES . : S
LISTOFTABLES _" "_ " .._.".";_ ~:~ FOLIOWCvrGPAGE
/-I ———Hydraulic Conductivity Values 7
ATTACHMENT
J.I Slug Test Calculations
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Section: Appendix J.I _ _ _ _ _ - . . Page: 1 of 8Date: July 1,1996" " "" " _ __I Revision No.: 0
f.l INTRODUCTION
In order to evaluate .the hydraulic conductivity (K) of the overburden andthe bedrock in the; different areas of the Site, slug tests were conducted onthe 2-inch shallow and, intermediate, monitoring wells installed by ERM.The areas where the slug tests were performed included the MainBuilding/Lagoon~Area, the Runway Area, and the North Base Landfill.The deep bedrock wells, the capture zone wells, and the sentinel wellswere not slug tested.
The following monitoring wells were tested: ^
ERM-1S ERM-14I ,._... ERM-28SERM-1I~ " : ERM-15I ..ERM-29S -
ERM-2S .:. :: ERM-16S . ERM-29I
ERM-3S . ERM-16I. _ : ERM-30S.ERM-5S . .ERM-17S- „___. „.. ERM-30I
ERM-10I ERM-17I _ ...... ERM-31I
ERM-11S ERM-18S..: ERM-32IERM-lli: ERM-18I : . ERM-33IERM 12S ERM-19S _ ERM-34S
ERM-12I _ ERM-20S ERM-34I
ERM-13S ERM-20I ERM-35S
ERM-13I - :ERM-27S ERM-35I
ERM-14S . " ' : ~
THE ERM GROUP . . . . ... MDDDLETOWN FFS.-JULY 1,1996
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Section: Appendix J.2 ,._i.Page: 2 of 8Date: July 1,1996 " Revision No.: 0
J.2 GENERAL APPROACH
The slug tests were performed by effecting an "instantaneous" rise or dropin the water level in the well using a solid displacement slug. The volumeof the slug was selected to effect an initial rise or. drop in water levelbetween 1 and 3 feet. The water levels in the wells were monitored usingelectronic water level recorders. -
Both falling and rising head tests were conducted at each of themonitoring wells. Falling head tests were performed by introducing thedisplacement slug into the well thereby effecting a rise in water level.Rising head tests were performed by removing the displacement slugthereby causing a drop in water level.
For each well, the radius of the well casing (Re), radius of the boring (Rw),screen diameter, screen length, and depth of screen interval relative to theinitial water level were determined from field measurements and/or as-built construction details. All depths are reported in feet below grade.
THE ERM GROUP MIDDLETOWN FFS.-IULY 1,1996
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Section: Appendix J,3 ~ ._...... ._ .—... ... . . Page: 3 of 8Date: ' July 1.1996 . .. . -, RevisionNo.: . 0
J.3 - .PROCEDURES
J.3.1 -falling Head Test
The slug was lowered inside the well casing to just above the static waterlevel, then the electronic water level recorder started, and after therecorder has run for approximately 2 seconds, the slug was quicklylowered into the well.
Hand water level measurements were taken several times prior to the startof the test to ensure a reliable static water level measurement, and duringthe test to validate the data logger readings. The pressure transducer wasinstalled into the well, at least 15 minutes prior to the start of the test. Thisallows the transducer's temperature to equilibrate with the water in thewell and allows the transducer cable to stretch. After 15 minutes, the datalogger was connected and the_water level reference was. set. The datalogger was programmed to collect water level measurements on alogarithmic time: scale. .__. ______ __ ..:. _____ _ _ _ _ _
The test was considered to be completed when the well had recovered towithin 0.2 feet of the static water level (approximately 90% recovery i.e.the remaining displacement is less than 0.1 times the predicted initialreplacement). For slowly recovering wells the recovery data was plottedas a semi-logarithmic type graph: displacement (logarithmic y-axis) versustime (arithmetic-x-axis) and a straight line fit to the data. The approximatetime for recovery was determined from the graph. If it appeared thatrecovery to 50%.of the initial displacement would require more than 8hours, the hydraulic conductivity at the location was obviously very low,a qualitative observation sufficient for the intended evaluation, Thus, thetest of very slowly recovering wells was stopped after 30 minutes.
7.3.2 RISING HEAD TEST
Hollowing the completion of the falling head test, a rising head test or slugout test was conducted in a similar manner. This test is only valid if thewell had fully recovered after the falling head test. At the beginning of thetest, the data logger was reset to record on a logarithmic time scale.
IHEERMGROUP ._-—..— - ------ - - - - - MZDDLETOWN FFS.-JULY 1,199fi
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Section: Appendix J3 Page: 4 of 8Date: July 1,1996 - - Revision No- 0
Even though the water levels were monitored with an electronic waterlevel, hand measurements were also collected to validate the instrumentreadings and monitor the progress of the test. A static water level wasmeasured just prior to the start of the test.
THE ERM GROUP ' MIDDLETOWN EPS JULY1,
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Section: - Appendix ]A .. _ _ _ _ __ _ Page: 5 of 8Date: ~. July 1,1996__T "_'".' ; """ ' ' - - - - - - - RevisipnNo.: 0-
JA -DATA ANALYSIS
The wells at the Site partially penetrate the aquifer, and conditions in anygiven water bearing zone may be confined,_ semi-confined, or unconfined.The Bouwer~& Rice Method is applicable to fully or partially penetratingwells in unconfined homogeneous porous media. This method assumesthat the aquifer exhibits no~storage. The CooperTPapadopulos~method isapplicable to fully penetrating wells in confined homogeneous porousmedia. The Cooper-Papadopulos method incorporates the effect of
Most of the slug tests conducted on the monitoring wells, at theMiddletown"Airfield Site were analyzed using the Bouwer and Ricemethod. The Bouwer arid Rice method solves for the hydraulicconductivity, K, the following equation:
fc [rc2 3n(Re/rw)] / 2Le [(1/t) (In yo/yt)] (Equation 1)where yo = y at fi1116 zerQ and
y t = y at time t
Since yt and t are the only variables in Equation (1), a plot of log(y) versust must show a straight line (Bouwer, 1989). K is calculated based on theslope of the straight line. The results for well ERM-1S, a nearly ideal dataset, and the straight line curve fit is provided in Attachment J.I.
J.4.1. _... - JJemations of the Real Data from the Bower 61 Rice Straight Line Fit
As a slug test progresses, the drawdown of the ground water table aroundthe well becomes increasingly significant and the points in the semi-logarithmic-plot begin to deviate fron the straight line for large .t andsmall y (Bouwer/1989). \~T "-"""/• "_~;~
In the case of gravel pack drainage, a double line anomaly will beobserved in the semi-logarithmic plot of y vs. t (Attachment J.I). In arising head slug test, the first straight line portion of the plot is a result ofrapid drainage of the gravel pack or developed zone around the well intothe well casing/screen. When the water level in the permeable zone hasequilibrated with the water level in the well itself, the actual "slug test" ofthe aquifer material begins. The data exhibit - second, less steep, straightline. This second straight line is Indicative of the flow from the aquiferfilling both the well casing and gravel pack around the casing.THE ESM GROUP . .. . MIDDLETOWN FFS.-JULY 1,1996
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Section: Appendix J.4 Page: 6 of SDate: July 1,1996 _ - Revision No.;... _ _.Q_
Only wells with static water levels within the screened interval wereconsidered for gravel pack drainage analyses. As indicated on eachcalculation sheet, those were wells: ERM-1S, ERM-3S, ERM-18S, ERM-19S,and ERM-35S. The second straight line portions of the plots for thesewells were used to calculate K. As an example, ERM-1S, as shown inAttachment J.I, was analyzed using the second portion of the semi-logarithmic plot with a resulting K value of about 13 ft/day. Analysisbased on the first portion of the plot would result in a much higher Kvalue, reflective of flow through the gravel pack.
The data for several of the wells (ERM-12I and ERM-13I) plot as slightlycurved lines on semi-logarithmic paper rather than straight lines aspredicted by Bouwer & Ric i which suggests that the effects of aquiferstorage were important. These data were analyzed using the Cooper-Papadopulos method by plotting y versus log t, the resultant curve ~matched to one of a series of type curves, depending on the degree ofaquifer storativity. Plotting the match curves from the Copper-Papadopulos method on the log y vs. t plot used for Bouwer & Rice resultsin curved lines similar to. those observed for the above mentioned wells,indicating the effect of aquifer storage not accounted for by the Bouwer &Rice method.
7.4.2 SUMMARY AND CONCLUSIONS ~~'~ "
In summary, it is important to note the basis on which the slug testanalyses methods were developed and the validity of the modeldescription of the well.* The Bouwer & Rice Metihod, used for the slug test evaluations
discussed herein, is applicable to fully or partially penetrating wellsin unconfined homogeneous porous media. The wells-tested werenot in porous media but rather in bedrock. Therefore, they do notmeet the basic assumptions of the method, however, the resultsappear consistent among wells screened in similar zones of theaquifer, and therefore the relative results are likely reasonable.
• The Cooper-Papadopulos method is applicable to fully penetrating ~wells in confined homogeneous porous "media. However, use of theCooper-Papadopulos method appears to be more appropriate forthose wells exhibiting the effect of aquifer storage as discussed above.The wells at the Site partially penetrate the aquifer, and conditions inany given water bearing zone may be confined, semi-confined, orunconfined.
THEERM GROUP MIDDLETOWN FFS;-JULY 1,1996
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Section: Appen'dixJ.4 ___ Page; 7 of 8Date: •' July 1,1996 '"" '~ ———-'._. ~-;::™""—7™—————--.-_—- RevisionNo.: 0
Most of the slug tests were analyzed using the Bouwer and Rice method.This method assumes the aquifer is unconfined and there is no aquiferstorage. Two wells, ERM-12I and ERM-13I, showed evidence of aquiferstorage. Therefore, the slug tests performed for these two wells wasanalyzed using the Cooper-Papadopulos method.
A summary of the slug test results for each of _the different areas ispresented below. Table J-l presents the K values determined for theshallow and intermediate depth wells tested. The test data and slug testcalculations for each well are provided in Attachment J.I.
Main Building/Lagoon Area "
Intermediate - 0.04 ft/day (ERM-33I) to 60.78 ft/day (ERM-1I)Shallow - :- - 0.12 ft/day (ERM-28S) to 139.70 ft/day (ERM-34S)
Runway Area
Intermediate- 2.52 ft/day (ERM-20I)This is the only intermediate well in this area that had valid slug testdata. The data from well ERM-18I could not be analyzed due topossible interference from a nearby pumping well.
Shallow - 12.01 ft/day (ERM-19S)'to 272.49 ft/day (ERM-20S)
North Base Landfill
Intermediate - 0.05 ft/day (ERM-12I) to 8.76 ft/day (ERM-16I)
Shallow - 0.02 ft/day (ERM-14S) to 3.23 ft/day (ERM-12S)
It should be recognized in the application of the test results that slug testdata provide order of magnitude hydraulic conductivity values.Application of .these results are most useful for comparison of relativeconductivity in different zones of the aquifer, and are useful for estimatingrelative water transmission through the various aquifer zones, and forconceptual remedial evaluations. However, designs requiring better thanorder of magnitude ground water flow rates should not be based on slugtest results.
THE ERM GROUP _ - - M1DDLETOWN FFS.-JULY 1,1996
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Table J-lHydraulic Conductivity Values - ERM Wells
Middletown Airfield SiteMiddletown, Pennsylvania
Well
ERM-1S
ERM-1I
ERM-2S
ERM-3S
ERM-5S
ERM-IOI
ERM-11S
ERM-11I
ERM-12S
ERM-12I
ERM-13S
ERM-13I
ERM-14S
ERM-14I
ERM-15I
EKM-16S
ERM-16I
ERM-17S
ERM-17I
CalculatedK Value (ft/day)
Slug In937
60.78
-
113,16
0.64
-
0.46
3.23
0.07
1.03
4.42
0.03
1.69
1.12
036
&76
055
1.08
CalculatedK Value (ft/day)
Slug Out13.18
49.42
18.88 -
8.09
98.67
0.64
0.04
0.46
3.23
0.05
1.06
4.62
0.02
1.69
1.12
0.36" "r
8.76 _. . .
0.95
1.04
Remarks
Plots presented in arithmetic form toshow data fit.The Slug In data could not be analyzeddue to data logger malfunction.Slug Out Data is more representativeof the formation based on developmentyieldPlots presented in arithmetic form toshow data fit.
The Slug In data could not be analyzed
THE ERM GROUP 1 MIDDLETOWN.FFS-July 11996
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Table J-l (Continued)Hydraulic Conductivity Values - ERM Wells
Middletown Airfield SiteMiddletown, Pennsyvlvania
Well
ERM-18S
EKM-18I
ERM-19S
ERM-20S
ERM-20I
ERM-27S :
ERM-28S
ERM-293 -
ERM-29I
ERM-30S
ERM-30I
ERM-3II
ERM-32I
ERM-33I
ERM-34S
ERM-34I
ERM-35S -
ERM-35I
CalculatedK Value (ft/day)
Slug In27.22
-
-
-
2.52 ::
25.60 =
0.13 . -
-
2.02
2.42
3.81 -
0.03
1.81
0,06. _
139,70.- -:.
35.36-- --
17.70
1.70
CalculatedK Value (ft/day)
Slug Out2734 "
-
12.01
272.49
2.10 .
64.00
0.12
2.38
1.73
1.93
3.75
0.02
2.00
0.04
131.72
- --30.45
_. _. _. .. .
1.67
Remarks
Data was uninterpretable
Difference caused by the screen bridg-ing different materials.The Slug In data could not be analyzeddue to data logger malfunction.
The Slug In data could not be analyzeddue to data logger malfunction.
-
Plots presented in arithmetic form toshow data fitThe Slug Out data was not interpretable
THEERMGROUP " ' - - - - - --- - - - - - 2 " - -- MIDDLETOWN.FFS-Ju[y 11996
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Section: Appendix J-5 _ Page: 8 of 8Date: July 1,1996 _ " - - Revision No.: 0-
/.5 REFERENCES
Bouwer Herman, and Rice, R. C. A Slug Test for Determining HydraulicConductivity of Unconfined Aquifers With Completely or PartiallyPenetrating Wells, Water Resources Research, Vol. 12, No. 3, p. 423-428.
Bouwer Herman. The Bouwer and Rice Slug Test - An Update, GroundWater Journal, Vol. 27, No. 3, May-June 1989, p.15-20. _ :
TOE ERM QKJUF " • - ' ""_3[5~DZ£rOWN FFSl-jtJtV 1,
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Attachment J.ISlug Test Calculations
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