ML19030A943

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Part 08 Enclosures (Rev. 2) - Part 08 - Enclosures - Subsurface Data Report - Appendix E.2 - Pages 1-41
ML19030A943
Person / Time
Site: Clinch River
Issue date: 01/18/2019
From: James Shea
Tennessee Valley Authority
To:
Office of New Reactors
Fetter A
References
TVACLINCHRIVERESP, TVACLINCHRIVERESP.SUBMISSION.6, CRN.P.PART08, CRN.P.PART08.2
Download: ML19030A943 (41)
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{{#Wiki_filter:APPENDIX E.2-Well Development Data-No Change for Rev. 4 Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-1 of 104

\\I) Bottom of. (2) (3) WELL DEVELOPMENt PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 ,.. ) Sand hit. (5) (6) (7) Screen Depth of Water Screen Length (thickness) Water Column Bore Hole Volume Casing Volume Boring (ft.) (ft.) (ft.) (ft.) (ft.) (gal:) OW101-D 250.3 57.96 20 . 24.7 192.3 12 OW101-L 157.9 39.75 ' 20 24.4 118.2 12 OW101-U 46 _____._ 19.09 20 24.6 26.9 12 Note - Prepare separate sheet for each well! cluster of three wells Input data into shaded cells Column Information (1) From WelllnstaOation Log, ft below ground surface (2) From measurement prior to development, ft beloW top of casing (3) *From Well Installation Log (4) From Well Installation iog, bottom of sand pack to top of sand pack (5) Column 1 minus Colu*mn 2 (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per footfor nominal 2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7.. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 (gal.) 33 20 s (8) Purge Total Purge Volume Volume * (ten volumes) (gal.) (gal.) 41 410 28 280 13 130 Well Cluster Boring ID:. O"Lv 10 l Prepared by: ~ ~ Checked by: /A!'fJ2 Date:~ Date:~ i <D N c.. r::t:: .u

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  • Volume Removed Water Turbidity*

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  • Visual- (1) Clear; (2) Slight; (3) Moderate; (4) H1gh
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i ~ WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 ~

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WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 K ~ Observation Well No. \\0 \\'D Development D~te~o:y'tZ!> Developer Crew\\.£., fV\\ t.l ~~ - JV\\f~J.fP.,...' \\ l.~lr AMEC ObseNer ~M. ~ -&\\~_, Reviewer'3?ft--t.- "PE~i5K'-'? \\.(.A,.. "'lo~J3 '?J.S. ~S"D ~ ~A... -~.d._' Total Well Depth, ft 5e!ow--~Ga.$.lr.1fJ="' 1 Initial depth to water, ft below top of casing -...)\\ *.J r Single Purge Welt Volume, gallons + I (From Well Purge Spreadsheet) Development Method: _ _,l!?==\\~;.;::,~=c!"-sv...:...........J!rr,_U0"f.=..:.--\\-- Development Volume Water Water Len! RecGvery Depth Start/End Approx. Recover~* RKte Step Rrmoved Turbidity* After Removal, lntfn'a! Times*~ Over Depth lntcm\\1 (ftl Monitored tfUmlu) *** 1 4-\\~-l. M~ _ B(p. eo' 1--..\\A- ""-\\A '"-\\A ~l c:'l*~

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    • May need to record dates with times for slow recovery rates (overnight).

.... Record at four to five selected steps; attempt to achieve three consecutive Intervals of approximatety constant recovery rate over same depth intervaL NOTES: 1<~~..,,_~ -~~ ~~ £1'1/cP-./IB ~ VCJ\\ *t-::< 0s'-e\\'~ ~~ s=t-.e t;""/~-r~. -== \\.'5~~ c'Vt* 4-/, o f....-vl "-o L *-*S' _ tf-..>5 '-e\\ ::: ::< ~ o :<.3': t:t.f~ T m-L -.::. 2. cJ f'( ~ <1'\\ {oti \\2 s~ ~\\ *\\\\:-~ ~$*-e \\' =- ~

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WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 '\\0()~ (\\'\\cG,;ll Observation Well No. 'l_O \\ "P Development Date ~-Gr \\~Developer Crew tr\\ -t\\.U 'P.j:-,~l i='> L~ (\\l,~*l \\.Q.( AMEC Observer ~\\~ Ch1Lo -$cvL.~'-)Jk_. Reviewe(t?"* '-'t-']ZE<:>~It(..::f/ Total Well Depth, ft be~qW.~~iR9.:<St:~,3Jnitia1 depth to water, ft belowt&J3~~~~ 'S"::t, q,{p 1 K---<f fJ/It,/13 A-l Single Purge Well Volume, gallons '"T (From Well Purge Spreadsheet) Development Method:-~-------------------_;_, Development Water Level after Approx. Recovery Step Volume Removed Water Turbidity* removal, ft Rate to initial level, ftlmin ** 1 2 3 4 5 6 7 8 9 10

  • Visual* (1} Clear; (2) Slight; (3} Moderate; (4) H1gh
    • Record at selected steps; after 3, 6,8 and 10 suggested Record interval data in field book NOTES Procedure: Develop per Work Instruction M&TE G;r~s...:TYfe. tnp \\-2 -A -If$ -- C. 'TV ~ t-\\-f' *- f,~ 6'4/C'J \\\\JU\\..
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WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 Bottom of Screen (2) I (3) Depth of Water Screen Length Sand Int. I (5) I {6) I (7) I (8) (thickness) Water Column Bore Hole Volume _ Casing Volume Purge I Total Purge Volume Volume (ten volumes) ) Note-Prepare separate sheet for each well! cluster of three wells iiiiti!illi:li!l!Hl!h!HilHH:\\Hiiii In out data into shaded cells Column Information (1) From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal 2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JA T 8-6-13 Spreadsheet master checked by SJC 8-6-13 ~ *-*-*---*** --- --- - - ~ < - -* -- - - --~~- - Well Cluster Boring 10: OW 202 Prepared -by: 4--- Date: v:z./t3 Checked by: ~ -'/./ Date: f(t:...p l <D.... N.... c.. a::: (.) ~ t:: 0 c.. ~ -o c_ ... 0 Cll...._ ~~ ..c:W C.J Cll c: Cl ua..

WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 Bottom of Screen (2) I (3) Depth of Water Screen Length Sand Int. I (5) I (6) I (7) I (8) (thickness} Water Column Bore Hole Volume Casing Volume Purge I Total Purge Volume Volume (ten volumes) separate Column Information (1} From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal 2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times Q_17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 OW202 --..l,o1c_ Date; 1" £41 I 3 CheokOO by: )JZ._ Q Datec # <SJ N ri. c::: (.) -.t ~ t:: 0 c. ~ 1'1:1-.t -o ~=

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\\ .~- *' .. ;.?7 /¥ VYELL DEVELOPMENT ASSIGNMENT RECORD CLINClX RIVER SMR PROJECT AMEC NO. 6468.:-13-1072 Well Number; CL-U *-::2o2. L Bottom of Screen w ~~:_a.{ ~ q/t\\/\\~7. 4-S.3:t-\\ ---~~~~*

~--ftBGS

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See.attached sheet for well construction details. Check water level prior to start of development (AMEC Observer). Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer). .r,.

  • . Collect sample of water.in glass jar when complete. Provide water sample to Bechtel Site Representative for approval of completion of development.

Contact site manager if there is insufficient water in well to complete development according t0 specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMEC Observer: ~r~ L-.lo-j "D Development~rewLeader: l.ee-

  • ~Llloc Pnpuedby~~ Date:.-------.L/1

_( 4-1-"( '----1--'-3 __ Site Manager:._-----'>'--. _Cr~* __,,_'>_C_CM-'-_"l_lffi _ _ I ___ ._,.A{Lo___..;:::

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rj{J Name Signature AMEC REVIEW AND APPROV.AL; f3 ( u.r<~-'- G;.-o w.w ~S 0 BS. ~~ \\,,\\_ oW-2..DL L. I > 11,\\£,(.;;> Vk\\(L '! \\):: \\f ~\\.. <() 1"0 h' M t- ~/I<;; I~~ Alv1EC _Well DeYelopment Assignment Record, Rev 0 Approved for Use, AI Tice, Technical Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-9 of 104 RCNNo.: _____ _

cy,--z../t3 O..jr'"b / l 3 Cf {I'-\\( I 3 q /i:S/f3 ~~~~/}~ WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project"No. 6468~13*1072 Observation Well No. -~o?.L\\ Development Date ~ /tzb~ Developer Craw l:ee..... M '-' d.Q-"-" \\Y'iw~. Ll~ AMEC 0*-s rver ~;~ C'~t..-5 ~t.:~Lv . Reviewer~~ <<-'-JZe""'& ~.p &if rz-fr3 ~ \\ S, ~ K,i./'o/,"21-::s ~' * . a a 1 Total Well epth, ft below~-GaS.iog,.:=::t: Initial depth to "-'ater,-f{ be!ow.tajHt ~a~iog 1 Gktu Single Purge Well Volume, gallons \\ ( (From Well Purge Spreadsheet) Development Method: ~<<A,.; ~~ + Ch~{ps, f'(..Klf Development Volume WMtr Water Le,*cJ Recovery Depth Start/End Approx. Reconr~* R11te Step R~movcd Turbidity* After Removal, lntcnnl Times** 0\\'cr Depth !nter*nl (ft) Monitored tftlmiu) *'* l\\~ hi~ 31A-o I "5o. s'.... 11tl"t$ 0' ()"' ji_~ 1 -::21ZJ' $I _l ol"' t \\ :)"'~- ~t~ 3l.&O I 'NA- ~ ~ sr.

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  • VIsual- (1) Clear; (2) Shght; (3) Moderate; (4) H1gh
    • May need to record dates wtth times for slow recovery rates (ovemight}.

... Record at four to five selected steps; attempt to achieve three consecutive intervals of approximately constant recovery rate over same depth interval. N~~f~l ~ro~*- \\ 5" ~"C.t w~

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a \\.> WELL DEVELOPMENT O.A.T A SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13*1072. Observation Well No. ~Zi.);?.;L Developmentoate Cf {Jtt/15 Developer Crew L££ M~ I/6L (M 01\\Ju.) AMEC Observer IS&t§<e-_;~ LLD\\tf.J Reviewer J7/l,-l-:-:;J?Fc>i$kt-t> ~.S l <'\\.:S' 4,.....,.,1. Total Well Deptn. ft below~~~ +*D Initial depth to water, ft below to~~H9-

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11/l~/13 WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468~13-1072 Observation Well No. 2tJ2-!J Development Date'1/ltf {l3 Developer Crew Ui f1.;/{f:(L- (M cJ.-(jJ) AMEC ObseNer Li.&f6j C.l.-o-1-D Reviewer ~t..A..- -;p'-&'Pf:!;~~ *- Total Weli Depth, ft below *t~Ja~ Joo Initial depth to !tef. 1~1~~1'~~ !I 3 <8 2.. Single Purge Wen Volume, gallons -'L/_.1.__ (From Well Purge Spreadsheet) ~* g.()O ~ /tt.t/13 (, /, bl "1/1~/1 ~ Development Volume Water W11ter Lcwl Rec<fvery l>epth Start/End Approx. Recovery Rule After Removal, lnten*at Ove1' Depth lnter<nl Step 1 2 3 4. 5 6 7 8 s 10 NOTES: Rrrooved Turbidity* (ft) Monitored Times*" {ftlmiu) *.., Lfq ~{;.() 133.3 rJ/ift N/J4. N/JfJ. I Ljq t I ! mrt.f.-s I,ch\\. t33.~' l"3o -t33 2.:~ J. 1./i, fi'IM IN ~ LICf s\\14t tz.?,_,D ~:~.lA ~~ - r')lA t{q ~L/(~lfT /3{).1- ,JJA l\\JJ.Ji.. JJJil. 4q * 'tl tAfL Jq'f,(j l?t't: I 'il~ I 1 -'sC:. ?. ~ h/1/.11/J '/Cf sL161~r (9~ 3~ 11q'* Its' O:S"'i l/.Of P, ~~\\N 11-<<1 '-rta~ ' 2.'()~ /.90 fk/M.IN t.f~

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  • VIsual- (1) Clear; (2) Slight; (3) Moderate; (4) H1gh

.,.. May need to record dates with times for slow recovery rates (overnight}.

  • ..,. Record at four to five selected steps; attempt to achieve three consecutive Intervals of approximately constant recovery rate over same depth interval.

'1ltS'/lJ,~"'fh> ts~b._ J C11,4, l wi<< ru.All\\:)tlt. tNMP. ?vt.c..PvMr e"'~> sw.f<.rt r6~'Vr.!bfl>s. Pl/d)eso "qa~' Ov6') W*11U *..r.,..,lt'clt. ?1.a-f<JMh (lU W. lb.4P.s'1b 'fiMf 1:1rt,. c..)tt.e... ev~ettJ l>oNJJ 14 lt8.' lUibOW..t"~ 6rw.vlbs.'f>wv..e::I:I.::>'i((:Jfz&- 1)1P{ MP/-Z.*/1-(!*(. ~71f SHI' 5~.. / '3w,Jet[.c (AU(3t?ATf.b BVAIYIU c..w8*1/u.J8*z_ C</..J'T"{I.(>L~rt- .fN: Hl>~lz() (,.i.l~'i 't?U'(l.b.c.m W"-'lZfik SL:re-c v"'"luno.t?-. !.~~> Lt0%<6 (3:.v' <tP..9'9't>03o) ToG e 'f"op of CA :SIIJ (;., :J..s. -i ~~~~b..Sclttt/k{ Well Oevetopementoata Shegt Re11 1 RCN: CRP-0619.2 Page 6 of 6 Approved ror Use by AI nee. Techncial Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-12 of 104

r*J Bottom of (2) (3) WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 646S..13-1072 \\'tJ Sand Int. (5) {6) (7) Screen Depth of Water Screen Length {thickness} Water Column Bore Hole Volume Casing Volume Boring {ft.) {ft.) (ft.) {ft.) {ft.) (gal.) OW401 D 249 38.26 20 24.7 210.7 12 OW401 L 157 35.21 20 24.4 121.8 12 OW401 U 35 6.6 20 24.7 28.4 12 Note - Prepare separate sheet for each welll cluster of three weHs Input data into shaded cells Column Information (1) From Welllnstaliation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity {assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal2-inch inside diameter PVC casing (8) Column 6 minus (Column 41imes 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC8-6-13 (gal.) 36 21 5 (8) Purge Total Purge Volume I Volume (ten volumes) I (gal.) {gal.) I I 44 440 29 290 13 13() _ _ Well Cluster Boring ID: OW401 Prepared by: <J'l7-Date: fl /7(15 Checked by:~ Date: e{-=tf f? <D N c.. r::t:: (.) Q) r::t:: t:: 0 c. Q) r::t::'<t 1110 c- ... 0 Q)M ~~ .r::W u Q) ,§g' ()C..

Su~ WELL DEVELOPMENI DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 Observation Well ~o. ~o.lU. Developmentoate~irt>fr~ DeveloperCrew ~e....M*l_lM-CY\\4-u.r6r, \\l'& AMEC Observer KVV\\; ~7\\b -~~ Reviewer~~k~ ~/* ~ Total Well Depth,ft below top of casing ;,;~ Initial depth to water,,ft below top of casing &, G, \\ Single Purge Well Volume, gallons l 3 (From Well Purge Spreadsheet) Development Method; W~e.,("rA;..- ft.Xl'\\~ ~ ~~ Development Step 1 2 3 4 5 6 . 7 8 9 10 NOTES Water Level after

  • Approx. Recovery Volume Removed Water Turbidity~

removal, ft Rate to initial level, ft/min ** 1'3 h\\~ ~"3, (O I

  • ~A 13 lA\\i{;v

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  • Hi h 'C
    • Record at sele.cted steps; after 3, 6,8 and 1~ s~ggested 3'.Z<2;.

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  • Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-14 of 104 LJ/oa{p/Ju?rtf c~~~/ ~~~

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  • "\\61Vl~ Md:>,t l Observation Well No. 4o I L. Development Date 6f':r/i? Developer Crew M~\\A.) 'P/-1L\\

\\....-te.., (Y\\.1.\\ ).QA.... AMEC Observer K~t'V\\.. Ch~ -~ Reviewer~~..J.-.C-11::.....3ia£.~~~;,..._- . Total Well Depth, ft below te;;~;~i~ \\ ~ Initial depth to water, tt below t~i3-ef-c~;fr.;g. *"?.> S: 2. \\ \\ \\4t..-S '8fl*/t'? ¥:c6 8f:=t--/l~ Single Purge Well Volume, gallons 21 (From Well Purge Spreadsheet) DevelopmentMethod: ~r~{i..s f~ Development Water Level after Approx. Recovery Step Volume Removed Water Turbidity* Rate to initial level, removal, tt ftfmin "* NA M&TE Pump(s) Bucket(s)

  • t) 5

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6/c+~ C? Bff4.{i'? fJlc+/1? ~}147\\~ & l~"~>(r?;/ WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No.. 6468-13-1072 ~ Observation Well No. 461 \\:> Development Date B/1 qf ?> Developer Crew Lee. ~ ~ ~\\,t.t AMECObserver dz<.,~ ~~...?......£'~ Reviewer"{fk?/:

ee.~.~

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  • 31'l.. "' f I

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  • Visual- (1) Clear; (2) Slight; (3) Moderate; (4) H1gh
    • Record at selected steps;
  • after 3, 6,8 and 10 suggested Record interval data in field book Procedure: Develop per Work Instruction

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~ WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 Bottom of Screen (2) (3) I Sand Int. I (5) I (6} I (7) J (8) Screen Length (thickness) Water Column Bore Hole Volume Casing Volume Purge I Total Purge Volume Volume (ten volumes) Note - Prepare separate sheet for each welll cluster of three wells :i:!iii!!iiii!iiinH!iHlf!Hf!tHHUli Input data lnto shaded cells Column Information (1) From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per focit for nominal 2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 (gal.) (gal.) Well Cluster Boring ID: Prepared by: /VJ 5 Checked by: SfL-OW409 Date: q/JZ/1 3 Date: q /t YL/i }

WELL DEVELOPMENT ASSIGNMENT RECORD CLINCH RIVER SMR PROJECT AMEC NO. 6468-13-1072 Well Number: ---1-?-=5 _____ ftBGS Bottom of Screen Screen Length 2-,(J ftBGS Length of Sand Pack ___ fL_1_. s;-____ ft BGS See attached sheet for well construction details. Check water level prior to start of development (AMEC Observer). Develop well in accordance with project specifications and work instructions.. Record development data on Well Development data form. (AMEC Observer). . <:;ollect sample of water in glass jar when complete. Provide water sample to Bechtel Site Representative for approval of completion of development. Contact site manager if there is insufficient water in well to complete development according to specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMEC Observer:---1rJ>- . *_t'-'6=--('-~---5,.,._,_fl1_._L_Ii{,,_ _ ____ Development Crew Leader: -~J~*:__C=/'_L/::::;S.S:=!_ _ ___ _ Prepared by: 5 Cr { 's ( L n :co AMEC REVIEW AND APPROVAL: SiteManager: ~~- ~ Name AMEC_We/1 Development Assignment Record, Rev 0 Approved for Use, AI Tice, Technical Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-18 of 104 Date: ---,CfH/+-1-='L+/'-t _J __

WELL DEVELOPMENT ASSIGNMENT RECORD CLINCH RIVER SMR PROJECT AMEC NO. 6468-13-1072 Well Number: Bottom of Screen _----=...{_O_Gl-1---- ft BGS Screen Length --~~~~O ________ ftBGS Length of Sand Pack -------'/}_; ---'2'-=*'---'* )~---- ft BGS See attached sheet for well construction details. Check water level prior to start of developm.ent (AMEC Observer). Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer). . Collect sample of water.in glass jar when complete. Provide water sample to Bechtel Site Representative for approval of completion of development. Contact site manager if there is insuffi~ient water in well to complete development according to specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMEC Observer: _ _,_/J.loL*__._t _c...=...k"-----"'-~-L--f-fh-'--'t_,.!_u

  • _ __ Development Crew Leader: _ _c,:fL___ *_(--"t/--'--1 '-=s_::::J,__ ____ _

Prepared by: __ ). '--. _* _(_r-=' s=-* _c _e.H__.__Co Date: _ _,q~' !--'--=-z.-f--L,/[,....,*5'----- 1 I AMEC REVIEW AND APPROVAL: Site Manager: '(vv..GMt~ ~ .. w-wt. Name ~_...:!_U~'*___:M~ - --=-~.15,----" . --.:_,_lr_-__ Date: ~ (tt-.ll~ Signature ~E'GH1tL C-o N,Cl/i15 11-\\~ OC3$J \\1\\fU.L 40,9 L '") A'i>GQVJ\\1Et..f'Dt::\\le?tc~w*~ . )A,~ 9/13/1'3 AMEC_Well Development Assignment Record, Rev 0 Approved for Use, AlTice, Technical Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-19 of 104 RCNNo.: c.t<P,;~k9.$;o

I ~' I 6 7 WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 ~~ /*!Ill* sfP;'l,f '.? /p" tp r 3 ('llqd~$l(fr.f ::t{>. f ~

  • VIsual- (i) Clear; (2) Shght.; (3) Moderate; (4) H1gh

... May need to record dates wrth times for slow recovery rates (overnight). H -* Record at four to ~ve selected steps; attempt to achieve three consecutive intervals of

j\\; I tl!/rlj - WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 Observation Well No. fd.O[l) Development Date 1/£9./(J Developer Crew MftJ : JJ'I'k.t*'? (_~f5.>, AMEC Observer f'//~ L ~J; Reviewer~tlJc{(~£ ,r yJ) 1}/Qb;J Total Well Depth, ft below top of casing 8tJ,,) Initial depth to water, ft below top of casing C fJ.J B @.eiJ2~. ~11 ~/IJ Single Purge Well Volume, 9a11ons q (From Well Purge Spreadsheet) ,, '-II B 2. 'i D..~~*Plf 't/lf)jl] Development Method: MmJ.*~: **k,('( ~lf/**2*-.11-S---6.. Ill Nd./l!A/OG(l()Jj'lfv~p /fl'111 ttn)'t, v01, cd!lw./eJ vc:.Jte.A-fj~* {It c4J(5..-;_ Water Lercl Recovery Depth Approx. Recovery Rate Dcvelo~mcnt Vol om~ Water Start/En() Step Removed T!lrbidiQ** Arter R~movul. lntcn*~! Times"' Ovc1* Depth lntcn*al (;.lji.. rrng,ac. Monitored (ftlmin) *u J.l]) 7/1 ejF'l ),) 5lljh+ 7-w.~-,- ivCJl<ll<~ o IJ!V!

  • -+"'it}

~1} 1}111/t:? -::;£.i'

  • -2 1..0

~.o SlP}.e/ ~J~ '1/lo_g_J -?../ z.. o 1/J}t...} -:t'-*/)-"' \\I 4 {;I M1 ofJwM_"'fe.of 5 6 7 8 9 10

  • Visual- (1) Clear; (2) Sltght; (3) Mode;ate_; (4) H1gh d May need to record dates with times for slow recovery rates (overnight).

NOTES:

  • H Record at four to five selected steps; attempt to achieve three consecutive intervals of approximately constant recovery rate. ovet same depth interval.

J:,

?>

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.(..(A ~/t) 0 I~I'S ~ lfl/rJ ifi<rt-:" w~...lJl( If~ 0.0/ /l.,-h..o4 WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468~ 13*1 072. Observation Well No. "fo q L Development Date q{rt/, ~ Developer Crew /'I~W : '3! ""'""? Cr/51 ~ 'L:-11./ /} / /.4 AMEC Observer /llct..Did 15Hr/. Rev iewer,V~c.?"'~b~ Total Well Depth, ft below top of casing //lJ.S Initial depth towater, ft below top of casing ttfrl? "@ ()IIJ5(. """ '1/14/I:J 18 116/rl lf~ ~" ** @ t>f?tro t?P-\\ '1/t>jtJ S1ngle Purge Well Volume, gallons (From Well Purge Spreadsheet) tfo e~~,{t/i '":/ i_, @ Otp(fq 17..._ ~/1'1/13 Development Method : ~<ktl7 Svr~-e y/lft. Mderrc fF*Z) ct..t;s,fL Vtt/11e -1 J% 'o() S'WJ-ehte-Hf'~~of,! Ni"'J 1 C:rWtMa) hre :11fl~Z-A-(J~6.4v r Mcele-1 A 1/liOWO "J f'l f!1's>of1 Development Volmnc Water Water Level After Removal. Recovery Depth Start/End Intm*al/}1ut, Approx. Rcctl\\'ery Rate Over l>epth Intcrvnl Re.l;~f{q Co*-..H~IIe,.- as:r.{~tfli }IS/z}t>fll 1-k..-lrml>>"~.r ~~~' fJ '2f~J~'12 > 5,,.,~. Ct.*():Jn-Ht/ 6v,l!.U. $ CW/3J Z Step 'tft1/n 1 2 3 4 5 6 7 8 fft5A1 9 10 NOTES: Removed Torbidity* Times** ~-41. mlDtt< Monitored tftlmiu) u* I~ A.r, lt /off *. I; i JJ t' f!! -;>It> 2." a.08Z F./'~lL.; ;et-~w/L ta lpttldt f 06 18 Ill' 2 I() -tr>5 11-,5 /llifcT-- 1IJ~4t Itt~ ;3 1 1/TJ'-t()§ / 0, I G? 1t1 to:z:" -41. Ot/ '!f * }'/t;M-Jig.~ 105 z) 1f'1M I JJ., z._- 7!(/:Kf P~~r"'le. II.. wtll p(e, IJWI (!.,/Set ~Wtklill /0 Jlr<Jl-Hie.r tO=t,<tl"' IC3~5 llliiJ.* clu*r lt>q.,9" '~ H /5~<J ./ 5)/;'IJ~Iev /(Ff,-f) dl _\\j ~ ZD,(} clw trf.t... ~/ Ul w ~- .Jtt..... L,M ~otw*

  • V1sua1 * (1) Clear; {2) Sltght; (3) Moderate; (4) H19h

... May need to record dates with times for slow recovery rates (overnight).

  • ~* Record at four to five selected steps; attempt to achieve three consecutive intervals of approximately constant recovery rate over same depth inteiVal.

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~?P ~~>-13. ~ N :... a> t IJ Bottom of (2) (3) WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 l4J Sand Int. (5) (6) (7) Screen Depth of Water Screen Length (thickness) Water Column Bore Hole Volume Casing Volume Boring (ft.) (ft.) (ft.) (ft.) (ft.) (gal.) OW401 tv' 48 29.33 20 24 18.7 11

OW~L 175 20.05 20 23 155.0 11 OW401 u 0

0 0 0 0.0 0 Note - Prepare separate sheet for each well! cluster of three wells Input data into shaded cells Column Information (1) From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Coiumn 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal2-inch inside diameter PVC casing {8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC wfthin sand interval. Spreadsheet master prepared by JA T 8-6-13 Spreadsheet master checked by SJC 8--6-13 (gal.) 3 26 0 (8) Purge Total Purge Volume Volume (ten volumes) (gal.) (gal.) 10 100 33 330 0 0 Well Cluster Boring ID: OW415 Prepared by: 4ilfr~ Data:9:~-0 Ched<ed by¥ oate,i'J-(b *(2 -'--*--**-*- * --***-**~

WELL DEVELOPMENT ASSIGNMENT RECORD CLINCH RIVER SMR PROJECT AMEC NO. 6468-1.3-1072 Well Number: OW*-'i/SL Bottom of Screen ~~~~~-~~

ftBGS Screen Length

--~~~~-=----------~-ftBGS Length of Sand Pack ____ _,Z==--* _,:?:;:__ _______ ft BGS See attached sheet for well construction details. Check water level prior to start of development (AMEC Observer). Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer).

  • . Collect sample of water.in glass jar when complete. Provide water sample to Bechtel Site Representative for approval of.

completion of development. Contact site manager if there is insufficient water in well to complete development according to specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL A:MEC Observert/v~ ~ _5,., rTt/' Development Crew Leader:Lff-~!-?'/.t--~k Date: 8 *- (~- f3.. A.MEC REVIEW AND APPROVAL: /) Site Manager: _{,_ G 1 ~S <- C'4 ft. 1__,/f.?-.L...-t.~=-===-.....__ ___ Date: £f /lstt / Name Signature AlVIEC_We/1 Development Assignment Record, Rev 0 Approved for Use, AlTice, Technical Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-24 of 104

Development Step 1 2 3 4 5 6 . 7 8 9 10 NOTES JNELL DEVELOI:MENL_DATA SHEET CLI~lCH RIVER SMR PROJEQT Project No. _6468-13-1 072 Water Level after Volume Removed Water Turbidity* r~ov~hfb~

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~~ l \\D 34-,'t:-2. \\.E> \\A._\\~ +5;::,-s-h-~ I to ~ 1~4.:2.1- \\D h~ +~*t~* \\~ ~b~~ 4-e, *7~l1 1 \\() ~~cb .. 4-\\.D:< ll) . {V\\od~.# ~)=t :::<-:<' .,6 ~ Kt'..!> ~JG.!,.! ~M 4tl:l+' ID * ~cl~ -d~~~. 4-5'. f2,D * \\0 5Lc~...d6f-l *++~ *3o 1 .. Visual - (1) Clear; (2) Slight; (3) Moderate; (4} H1gh

    • Record at selected steps; after 3, 6,8 and 10 suggested Record Interval data in field book Approx. Recovery Rate to initial level, Wmin **

MA NA We~ l<?.viiJL~..._. ~ 44 S'""MA-v~ ..~l NA "-\\A ~\\~~. l~ '".;.....:::at.?.,$' NA ~~... ~ '\\1i.:., I~~

-tS'.lP."5 l'--.lA UJ~'~#~'

,5 f'I.Zv-::. .(is Procedure: DevelOP. per W9rk lns19uc_fum 1 /G ,\\.G:,s. ~eVe.aA Vo I. 4-- MJ.~..A.,. t)-t-- ~~&. tV >~ . - I

  • M&TE Pump(s)

Tank(s) w~ "'3~~ w&-~s~ ~--- <3£-U~~ ~~s A_J,ll_p_c-t ~~ (d-u~t~s Su~w fC.,rv-.~.fi;s ~~s C,rc.J~.S &Jr~~s brv-.ol-(;~ l

dl/o+ft? "\\ /o+-/t3 cf'lfoq (~ q/to/&3 l q;,o I 1?/

  • 9/11/\\3 WELL DEVELOPMENT-OAT A SHEE:T CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 Observation Well No. 4-~.S"L DevelopmentDat:_j44{t::> DeveloperCrewl~ \\Vl.~'v\\.JU.... -(\\'\\~) bro\\~~

AMEC Obsetver K~ ~~---~ Reviewer JZ;!d cYec:iet~ Jt...A... ct lt.?'\\lr~ ~.s. t-J....e"'

0. £ __

Total We{ Depth, II: befow ttlf"'C}m*~ing-1 T ~ Initial depth to water, ft below.tG~ _~}~ea~ifl~. -:2._6, 6:s;- "'2 3 ~crd'lfo-t--/t*":l..,., Single Purge Well Volume, gallons (From Well Purge Spreadsheet) DevelopmentMethod: 8-tto-\\~ e~ DcveloJ>mcn t Volume Water Water Le1*el Recovery D-epth Sturt/End Step Rrmoved Turbidity* After Ren10vul, lnter\\'al Times*" (ft} Monitored 1 33 ~-rt ""~ \\4$:3{)' 1-----\\A- ~A 33 0.*4. ~~ I lS"S' I - l{c'B 2 lSS"",fu \\-¥'\\ ' liOS"" 3 33":)*J.. h;~ \\ f~,q~ ~A '\\.. l Li-- .:o~~*y,( G~ I ~A l-.lA 4 \\ '36,~ 5 ~~~- ~('-' vr~.si .NA-1---\\A-3~~ a l-1-c:v* H'Y\\ 6 ~&"'-' \\4-3,5). \\'3£A' l\\52.. 7 ?;>3-c:Jt S\\~ t+3,~' ~~~{ lw \\q- ~~~~ s~{tt t+~::ti \\rltQ' - * \\"l-~ D 8 il3G. I

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- ~3~J... *!"~ I

  • "V\\~

W\\ 9 \\35iS6 10 Approx. Recovery Rate Over Depth lnt~rval tftlmltl} '~-** ~\\A

z,<09~

"-LA ~ "-\\A- \\. '3 ~ -o/,w::. II 'ltJ.fo/~ \\ ~\\~~ NA tJA.- ~"~ ns+* ~~w~l~ ~::t:z> I §'~(..* -:::. '3\\.=t-t:>' ~~f B - ~c?c~ ~~-+' ~l?O~ ~ 3.. 04-I '3 *::;. *=.t 6~ (Vv....- ()j...,t~ ((~f ~ P if=. ee~ *-\\e-~-...12o,:;J :t.t-** t\\34 1 Ge~A-e.l ~\\ -z &~-{1~

  • "'2..~'2..'

ta) s- =ee(._ L,2L,J~M c.J!~l-v-~o& \\..~ t4me.c_ O.o8-- l / Ct&l (3 -.2.. -{"'oc. *";;._. of cr.f-c~.~ ~~.,s. -::;

y~. (.../If"' -Pt\\eJl._

Well Oevelopementoata Sheet Rev 1 RCN: CRP-0619.2 Page 6 of 6 Approved for Use by AI Tlce. Tecnncial Lead Ou--~ ~<:.o ~ 'nc-t~-c.... J..,,'--- Sir\\*. 4:..6eC.... <6 (:.Oc) s--~ ~oo'2.o ) _____ _ Clinch River Data Rep~rt--Rev.,fcR.fi:1Hf.'f6--- ----- ---- Page E.2-26 of 104

WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 Bottom of Screen Note - Prepare separate Column Information (2} I (3} Depth of Water Screen Length (1) *From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log Sand Int. (thickness) (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (5) (6) Water Column I Bore Hole Volume (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal 2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 (7) Casing Volume (8) Purge I Total Purge Volume Volume {ten volumes) Well Cluster Boring ID: OW 416 Prepared by:/(J{ L Date: 9/t ~(J3 Checked by: IV J5 Date: C[ /t "(I J <D N ...... c. r::t:: (.) Q) r::t:: t:: 0 c.. Q) r::t::'<l' 1110 c- ... 0 Q)..... >N ~N .:::u.i u Q) ,§g' ()C..

WELL DEVELOPMENT ASSIGNMENT RECORD CLIN~H RIVER SMR PROJECT AMEC NO. 6468-13-1072 Well Number: ow 41' u Bottom of Screen Cf.....p-L'5: ftBGS Screen Length ll() *' ft:gQS

~~~~-----------

Length of Sand Pack ---~~~3~

  • '~

' __ ft~ See attached sheet for well construction details. Check water level prior to start of development (AMEC Observer). ~ "'ltof (;l SP" q {ttJ/1] Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer). Collect sample of water.in glass jar when complete. Provide water sample to Bechtel i;lite Representative for approval of completion of development. Contact site manager if there is insufficient water in well to complete development according to specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMEC Obsei:ver: __ _,_Ai -"--' v.:::.__k __ ---={:=-<ha--=-..t._,_l _,~ ~-------Development Crew Leader: --,..-;-~J~tL~"- . '-'-~'~--~~yL__C-=--,--'-' --=*(,_j ____ _ Prepared by: . S: (VIS ( ft-1 Tq AMEC REVIEW AND APPROVAL: f f Site Manager: kJ\\.eW ~'1. 13. Lt'"M; M~OI \\...J( fS-L Date: ~l10 li3 ~ 4 l t.OiiSN arne Signature ~' JVl)L 9/\\ tf \\'?;. Ai'v!EC_Well Development Assignment Record, Rev 0.* Approved for Use, AI Tice, Technical Lead RCN No~: CR;--E.-t? 1'$7..0 Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-28 of 104

WELL DEVELOPMENT ASSIGNMENT RECORD CLINCJI RIVER SMR PROJECT AMEC NO. 6468-13-1072 Well Number: L Bottom of Screen

~~3~0~.~0~----~ftBGS Screen Length i'JZ-q/to/tJ

--~~7~~~--------ft~ Length of Sand Pack /-;~S _____ ft g.e.s SJ2-Cf /t413 See attached sheet for well construction details. Check water level prior to start of development (AMEC Observer). Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer).

  • . Collect sample of water.in glass jar when complete. Provide water sample to Bechtel Site Representative for approval of completion of development.

Contact site manager if there is insufficient water in well to complete development according to specifications. )' SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMEC Observer: __ A},___,_,_,G=*:...:fc'--~* s .... *_.._tn...._._-'-1--'-:IA _____ Development Crew Leader: _ _,_~..L-\\,;_;/rn'---rl~/--c-=-/--'-1-"*r._J ___ _ Prepared by: --~L--_C=:_Y_:l...;; ,.$LJ("----'-"e.0~CV_* --Date: --'-q+,/_,_1 o'--1/'-'-;__,1:__ __ AMEC REVIEW AND APPROVAL: Site Manager: lv\\ACM.~"1?.

  • ~

Name /_* _::_\\J\\---=.=ll_::_

  • -=~~_:::::_
  • "--- ~'----

Date: '1ll 0 \\ I~ Signature Bf: c.HTEL (t)NOlR3 TH~\\" 05..S(RVK\\toN \\NtL\\- t?\\At.-.4tb~ \\ 5 Avt&Ut\\'ft:\\.,'1 Dt\\J~L~PED A. lvlJI-9/tZ-/13 AMEC_We/1 Development Assignment Record, Rev 0 Approved for Use, AlTice, Technical Lead Clinch RiverData Report Rev. 4 CRP-1112.16 Page E.2-29 of 104 RCN No ~ :* C.l<, f*-6 \\3T

o\\:* WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1 072 ~ 1/(1>/J;J '* Observation Well No. '-//~ (} Development Date 1fto /rJ Developer Crew 'J/,~-tt~t y Cr/55 -11.1 tJ kii10J AMEC Observer N!cAL :J,.._/fhJ. k:r/5}1-:11 LJ~'tt,PI Reviewer6<JL4/?~ ..J *z z..,AJ'}1 Vt*lt1 31. Total Well Depth, ff below top of casing T</':7;-r' ln!iial depth to water' ft betow top of casing 7 z,~ Ff @. I I 15-

  • I* 1' 'hS

~ 'Z A '5 f-:1.. (( 0 'd-1 B Smgle Purge Well Volume, gallons ~ (From Well Purge Spreadsheet) Development Method: Gcu!ld*fg~ pvff!fi viJtt flib/l*?fa co"'lrt4tfv-1 bAkt-tet V~Z£ clt.etk ~I.,< f/'?h,,.tJP~"fe ~ ~, ~(i-, 0 p ft.. ft-"":1 (11Vk-7 Water Lerel Recl)very Depth

Approx. Recovery RKte Development Volume Watc~

Stllrt/End I Step Removed Turbidity* After Removal, JnfrrYalg~ Times** Onr (}~pth lntcn*nl 1... (ftl~ibc. Monitored tftlmin)..

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~-f+'IS.). IIi;~ . ~J. I~ NA tJA NA 2 St~,.,t. l.f.tcJ, '?5o ~j§Jro Set!. Mfefwft l.l'

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'l~.~~ tz5--- io' l_a: IUfk.~p/( /.. j ~ 7 2-Scj4{ ~~Jr)skJ 15.51 '15'-7(( )c~~#k '* ?>4-8 A. fq4.1 Jlr~tvJ 'f)./(J ,...., ?rl l~l./14:/e~t 2 :(J{p 9 3~.5$,1 >IBJ.t- ?,,~() -- <Js**-ftJ.

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to I ~'2.5'J1 :z. ltNS t.vtJ 111 1/"o{tJWLl-J PvJ'.;d lvl ll c~rw~u~~ I . J

  • VlsLtal- (1) Clear; (2) Slight; (3) Mooerate; (4) Htgh
  • " May need to record dates wi.th times for slow recovery rates (overnight}.

..... Record at four to five selected steps: attempt to achleve three consecutive intervals of approximately constant recovery rate over same depth Interval. NOTES: (i)BJc.LtJ-c..Jibr~t., !l-£c CwiJ-*2) t..J~ lev~i #M~u:Jur lf..~005l ~ &JJb 't/te>/1 J

  • rf..rJ-1/t~! 13 GrWtr:ll~ fy,p.e. /t'if~J.. z*A**B-6 -'7~ ~~d A 1/JI 06 ()fP3 'f-l..

~f!W"/'I fl~t>~t.../-'/t.1 <:'o~/ie..r SI /tAP 1-115/z-7& 1/, Be/wr!erl.5kp 2 ~*t S; lerl re.cwtr ft, ~£oh B71Jc... )kpt I rf?.. Aru f?te dl)c~~ "'-' LtosecJJf'* 7 ).fcp 3 f.r~~ AA :v 1~,!'4</fl...l.fr; I :(')~<"Y'_r..J,. LeJ-- {'ep<V'W"" 1-fP 95,0 F*f= ()-to(. ~.o.IWe~ &ps Jcr 1L fu(Jifij ""'f5~.f/ S$e/jtf,l. *Ia f5.0et ~ 3reP lecav'<~"J J-c.~ -r~ld\\ ld-recl-Jtr~t fo.:z_t;.oFf bestvtlln. J/-cf:J tr(j-S, fvr-~lv.-) /V '!1 J5 ~lu. lj,J..J<, 15,o FJ > '1tt.. r et:OVI'~'J '1~.J!;ttt-,1.-e s~ ~ W<>Jc.l'l~. ~

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1{1</r'J rfr1./tJ WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 CZ(t(/r?- Observation Welf No. 4lid L DevelopmentDate~t:Y' Developer Crew 'Ji&!lhjt CJt!'S~ -MW P,(}IIA:J. foJ1l1"l,cj ~i

  • - ~ /'

AMEC Observer IUJcJ.. 1.... f..th> k-im..... r}." ep! Reviewer,P;;t(~'&:P.t4i<{/_ Total \\'Yell Depth, ft below top of casing ( 7J/1*' Initial depth to water, ft below top of casing ?{ 2. *z.o 'Ff /(IS 0 "'- V tt/JJ 1 -~

}"'<-."'f/ A f!08Zs 1M ? /M/rJ Single Purge Well Volume, gallons (From Well Purge Spreadsheet) 9_ -z, 'il F4

~ O@rJO 0.,.. ci {rt/ f.J o{) 5/ /) M/1.., Development Method: Grw.Jis;p_vmf w01t/f.cJiilt.l ees*J.n#~ I /iJ-.-/wn, R"'c.'i ~'"- v,Jve.J. )'1/e If.1VJ-e ~~ lhlf4 1.!1 <~ ~ Development Volume Water WoUel* lc,*cl Recovery [}e pth StnrtJEnd Approx. Rc~ovcry Rate After Rcrnovul, Intervnlj(ctt Over Peptb lnternll Step 1 2 3 4 5 6 7 8 9 10 NOTES: Removed Turbidity* {ft) 810(, l\\J~~ilored Times"* (ftlmin) H* ,),J. i4li~N.t, /ZJ.-55' ~~7~~~ Jq,e _Nk h..,;/: 'sW"!t:J '2 ~ Lf'(__ 51.7~.A ~1~1/th_ . f' f l' 111/4. ~"t *z '33 t-z..:L.~O Ho-11 ~1.5~~ 5Jt1M- /ZZ.Jo"',JJ.O" ~t(5 jee""k-hwt L. ~ '38 Bo ;.tf b / 1"'(1,).,,.,,J 2 ~* '11 .)/I'Jtv.1 tzz. o JM-n>" sec &ftf,."rll Z,.C,),..J *:: !'J~ ftJ J-1 k rr w-k>>Co.0 111'.,114 ~-t/1 IJie/,-t(PJJI..f v

  • Visual. (1) Clear; (2) Sltght; (3) Moderate; (4) Htgh
    • May need to record dates with tlmes tor slow recovery rates (overnight).

..,... Record at four to five selected steps; attempt to achieve three consecutive inteNals of approximately const~nt recovery rate over same depth inteNaL jy\\-(.+"1Vv1t' o~oo +u 13~(/ >'"')< lf/1.41-U;... ~o~Mt ~I'U-<1 r..Jt4 "'~".!.."!. V!tf,vltntdf-fl¥(/111"-11))* PvgeA k

  • IZI~S..r;; 1st /ect'I.J<YI.f /--e$1 ~~

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Well Developement Dala Sheet Rev 1 Approved for Use by AI Tice. Techncial Lead RCN: CRP-0619.2 Page 6 of 6

    • ----**------Clinch-Rive_r.oata Repori"R.ev. :.fcR.fi:ff12:1ii"---*-----------*---------*-----------*---*------------------- --------

Page E.2-31 of 104

llJ Bottom of (2) (3) WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 l4J Sand Int. (5) (6) (7) Screen Depth of Water Screen Length (thickness) Water Column Bore Hole Volume Casing Volume Boring (ft.) (ft.) (ft.) (ft.) (ft.) (gal.} OW-417U 70 22.82 20 23.3 47.2 11 OW-417L 115 19.77 20 23.5 95.2 11 0 0 0 0 0 0.0 0 Note - Prepare separate sheet for each wei!! cluster of three wells Input data into shaded cells Column Information (1) From Well Installation log, ft below ground surface (2} From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation Jog, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Column 4 times 1.5937 gallons per foot for.6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 (gal.) 8 16 0 (B) Purge Total Purge Volume Volume (ten volumes) (gal.) (gal.) 15 150 23 230 0 0 _j WeliCius . tec~ OW417 Prepared by: ; Date: 8 (1 i.-(t3 Checked by: ~ Date: B/rrrU_.~ 7 7 <D.... N.... Q. 0::: (,)

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WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No.. 6468-13-1072 Obseovation Well No. ~ Development Data~~ /Gj!? Developer Crew Le<.- ('h.~ La.... -1\\'1--l-<u -p;.U '1; AMEC Observer ~,~, U -~Reviewer ~,;;£/cil.e,~~ ~' S~ *-::r, ~ *

  • 2 --,

r

  • Total Well Depth, ft be~w t~f3-e1'-eesmg 0

Initial depth to water, ft below.~e~H;aeiAS'. ~.0:::?., l(, '6/IT/l *~ \\ ~

  • r-x-* ~/11"'/ ~~

Single Purge Well Vol e, gallons ~ (From Well Purge Spreadsheet) Development Method* Development Step 1 2 .tf 3 4 5 ~ 6

  • . 7

~- 8 9 ~ 10 NOTES M&iE Pump(s) Water Level after Volume Removed Water Turbidity* removal, ft ~c. ts h~<:/L ?.q.o3* l.5" V\\_;~1._. ~q.*-::r-~' \\S ~~ ... 1:t ';l.LB+' \\S IV\\~* :t4 io/-\\J ,s;- ~~~ 33.03 \\~ sa;# '3_p~~3' \\5 . S\\\\~~ 3~,+~ \\5' f'l~~ -~* . *?.>&;. 6-=f-l ,5.

  • 0'-e,.L-35", :.< l '

l5 ck~ 2!5". ~0 I V1sual- (1) Clear; (2) Slight; (3) Moderate; (4) H1gh

    • Record at selected steps; after 3, 6,8 and 10 suggested Record interval data in field book
  • Approx. Recovery Rate to initial level, ft/min **

~A ~A v._,,~I~DJ-t.lt1... \\s-~= ~':f. "e "U -eJ....l 'S~;c~ :::: ~ -tc>C- -\\'t') tJ ~S.. w ~r~ t ~rr-.. \\\\tA \\A)t, -~ ~A 0/l"'t-/1'3 U)t~"-' .... Til=.. 114 ~ 0 s~= ?.<\\,\\~ \\4A I.()~ "'i.... r.t,..,.N f <S~..., '=';l,"\\,"2 kJA u.ft~\\-'!AJA..~ \\S~<:::"?:c,ze' (or. ~~;:;.~'f * ~J--\\=ds rl (tk.o~S ~ (9 & ~~~fun{' a; f'L.x\\~s r~ Bucket(s) l-:2.) S"~t=R. ~

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  • Cwf?*-ljcwt3>~2..

Tank(s) WaterLeveiMeterJ")uck ~o Slt:Jff t~dtt'4~ ~n ~ 4-68ft, fl> (3cl:/ 5\\ftl~6~3o) Well Development Data Sheet Rev 0 f).. . <. ~£.?:. J_ rJ " /J

  • ~

I b"~?.. Approved for Use by AI Tice Techncial Lead t/e'~ . ~ . ~ (?;.

  • . /o/' C~ ~

"~/W vc. 9" Clinch River D'ata Report Rev. 4 CRP-1112.16 ~ _ {~ /) /J ...,.. /.J PageE.2-33of104 ~c:h/t! 1:5//,//~

ftvll~ ~~i~r?~ lb/lS ,~,*~ WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 Observation Well No. 4 r=r L Development Date 6 A~_t r~ Developer Crew LC2.e..- M~d~ fl'\\,+u,J o;~ l t *~ AMECObserver *.k"0\\_., c..h:r& ~ Reviewer~&~,£ Total Well Depth, ft below roff ~~i1:19: ll 5' Initial depth to water, ft below.te;~ 2f ?f 1 K..to' 11~ /I-& ~e.,S 8 /.'r? f r5 Smgle Purge Well Volume, gallons ::::23 (From Well Purge Spreadsheet) Development Method*

  • Approx. Recovery "VJ.. H '7>i-1c~== 3. 6"-::f-Development Water Level after

~~ .. -tt>C-~ ~~ :s. Step Volume Removed Water Turbidity* removal, ft Rate to initial level, ft/min **

2..*3

\\r\\, I c;;h... t?t6,~~ ' \\'LA ~~s 1 2

  • ~3

~~~k- \\t' l-55' t...J.A ~fA tAJ I Gf\\.V\\t>l..C -s Q(<' -:::?..3 '\\W*olan# '6--::f,~* ' 1~\\tl 0 t;S' ~:: q;s, :!8 3 4 5

{

6 7 4 8 9 10 NOTES M&TE Pump(&) ~3 ~):l \\\\\\.of..,' ktA Sur~ w/&uncJ-foSfU'

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~llr~ ll~.64' ~A ~*F" \\u"'lalk4"'J.G,rEs ~ ~3 c\\~>(L 'L2. ~e' W*~I.JWV~,. 1-t ~s G/t9/t"3 1-s'"~ -:::.10~ *. Q3 Cl-e~.L t\\~,C,t '

  • "-lA

-~W-f~ 2~-z.. ~ ___:-----~ "'A ~

  • Visual- (1) Clear; (2) Slight; (3) Moderate; (4} H1gh
    • Record at selected steps; after 3, 6,8 and 10 suggested Record interval data in field book CO~-"s pvni>.. Ty ~e.. (Y\\.p \\- 2.~A-f> -C. --rv "S ~f C~c

~ \\JLA.: ~e<.Sr-.! ~ -\\1 o4-\\ :z oloo \\6~

  • Bucket(s)

(2.) s e;)1 bc!a.:iQ c_,.JLL.r.;>_j~~ ~1\\ivlc... Cl..o.G -l ;~w(b *-2. Tank(s) Water Level Meter "Duv-~ ~ SlOfL \\vv.l~.~ SN:.4-oB'='f2 (:::001 ).lf-*S\\cP"l0030 Well Development Data Sheet Rev 0 .To C... -::.... \\a(' of' C,A.S t~ Approved for Use by AI Tice, Techncial Lead ~* S.

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Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-34 of 104

'h ' WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468-13-1072 k Observation Well No. +/-~TL- . Development Date '&(-pt/13 Deve.loper Crew ~e_ M~l * * ~ \\:>0 l ~ AMEC ObseNer k(~. Cb~-~ Reviewer pdf~~ \\. e-

  • ..,-'oc...

.A-: Total Well Depth. ft below top of casing

  • I.:::>

Initial depth to water, ft below top of casing ".::2 3~-r.:=:r Single Purge Well Volume, gallons :;;2,. 3 (From Well Purge Spreadsheet) Development Method: G Q..v'\\~::S f~ \\< t.S St"Lr(t "'3 DcveloJ)ffiCnt Volume Wat~r Water Len! Recovery Depth Start/End Approx. Rccov~ry l{ate Step Rrmoved Turbidity* After Rcmov;ll, Jntcr.,.al ~lJhr;'l Ovet*Depth lntcmil (ft} .)}~nita,t;:~ ,*~ tftlminJ..... _(6_~!3 .:<3 CbN' lo+* ~ I'Z-<<>.,. t-z.cS..

< ;z.G.-.

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<.:::<. 4-4 5

6 7 8 9 10

  • V1sua1- (1) Clear; {2) Slight; (3) Moderate; (4) Htgh
  • .. May need to record dates wnh times for slow recovery rates (overnight).
  • ,.. Record at four to five selected steps; attempt to achieve three consecutive Intervals of approximately constant recovery rate over same depth interval.

NOTES: c~,\\fos e£.¥-e ::co~ l<12ss

  • \\vee.. M.el-z-A-e.-c--rv s--t+f

~-\\12o \\ l if : b'\\Jo~ Sb\\ *. \\-\\ c4 1 *-z.o (IPo \\ o1 (~) '5 ?>f: bl.X--\\~ Cc.JL,\\.:<.¥& ~hv'\\ec.. ewe~-L/C.UJ~-~2....

  • C>uv-~ 0-e.£, -tl~-e ~~e~

$1--J..' 4o6(o~ ( 3oo c) *-t\\: 3;1 (?1Cb'36 -roc...~ \\Cif'o~ C~l~ Well Developement Data Sl1eet Rev 1 Approved for Usa by AI Tice. Techncial Lead RCN: CRP-0619.2 Page 6 of 6 Cl1nch R1veYUafa Repon*Re'il. 4-CRP;1t12*:ts----*-**---------*-- --- ---***---**-**--*-**--*----*------ Page E.2-35 of 104

~ \\Q~ WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT AMEC Project# 6468-13-1072 Bottom of Screen (2) I (3) Depth of Water Screen Length Sand Int. I (5) I (6) I (7) I (8) (thickness) Water Column Bore Hole Volume Casing Volume Purge I Total Purge Volume Volume (ten volumes) -Prepare separate sheet for each well I cluster of three wells al!ll\\t\\H!Hii!i1Hl:\\UH!i!:!EHH!l lnput data into shaded cells Column Information (1) From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0,17 gallons per foot for nominal2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 Well Cluster Boring ID: Prepared by: fvJj Checked by: 9:)"L OW418 Date: 1-{t..,/r> Date :~ <D N c.. r::t:: (.) Q) r::t:: t:: 0 c.. Q) r::t::'<t 1110 ni""'" c- ._ 0 Q)<D ~N .:::u.i u Q) ,§g' ()C..

WELL DEVELOPMENT ASSIGNMENT RECORD CLINCH RIVER SMR PROJECT AMEC NO. 6468-13-1072 Well Number: Ow 4tfi.lL Screen Length I. o<"

~~d--~~.---_ftBGS

.s17- __,/'-'-'(J'-'--. _ ....fit:__..

  • ____,* ~~'f-1-ft-¥?/t~J-ft :scrr Bottom of Screen Length of Sand Pack

~'~1_.~~1 ______ ft~~

See attached sheet for well construction details. Check water level prior to start of development (AMEC Observer). srz:. q'{f"J)(J Sj-z-- cr /olo Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer).

  • . Collect sample ofwaterin glass jar when complete. Provide water sample to Bechtel Site Representative for approval of completion pf development.

Contact site manager if there is insufficient water in well to compiete development according to specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMEC Observer: _ _.A/-=-'. ,_..._{_,.,c,'""'{c=:~-S~/.__',*_M'-'-1 /.t "-----'-*) ____ Development Crew Leader: _,__~J"--_*. ..::Vc:L....:.*t'--""S:S=-- --- - Prepared by: S AMEC REVIEW AND APPROVAL: Site Manager: u(~ "P:>' ~-.... -t\\A.Q.,U ;g, t.- Date: Cf. l1 3 ~.- l) Name Signature \\.3~U1\\~L C.VNt:v\\1..) T}\\~1 <>B"L WG'I...J... OW*- 4ltOV \\ S Ar>QvA\\r;;L'1'PE:VGLOft'D ~. )/1~. 9;14.;,3 AMEC_Well Development Assignment Record, Rev 0 Approved for Use, AI Tice, Technical Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-37 of 104 RCN No.: ceP*-Oitfl.t?

WELL DEVELOPMENT ASSIGNMENT RECORD CLINCH RIVER SMR PROJECT AMEC NO. 6468-13-1072 Well Number: Qw 41& L-Bottom of Screen _ ___./'-""S:.___..,fr-------- ft BGS Screen Length --~1~*~0 ________ ft~ Length of Sand Pack --~2~3~.~~----ft~ See attached sheet for well construction details. Check water level prior to start of development {AMEC Observer). <&J2.* 4' /t.} /t J .srz qj(J/(J Develop well in accordance with project specifications and work instructions. Record development data on Well Development data form (AMEC Observer).

  • . Collect sample of water in glass jar when complete. Provide water sample to Bechtel Site Representative for approval of completion of development.

Contact site manager if there is insufficient 'Water in well to complete development according to specifications. SPECIFIC INSTRUCTIONS ASSIGNED PERSONNEL AMECObserver: A} (J' S'lh 1~ J~ c//f r,. r Development Crew Leader: - =---=--___,-,..v"---'--'-.l""*_J Prepared by: ~. Cr { ~ c* Ct-1 (b ~ate: __ q-'-+-1!}__* ~? /;'--'---;; __ I I AMEC REVIEW AND APPROVAL: Site Manager: Ut£.~1.- ~. \\-=.~ Name /~.fS.k Signature \\)t4\\~\\\\2L t-oNCUK~ 0~~. Wt\\-t., 0\\N-4\\~L i $ t\\1)fGOt\\1~l\\ \\){;\\ft;LofEb Allt!EC _Well Development Assignment Record, Rev 0 Approved for Use, AlTice, Technical Lead Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-38 of 104

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~qfi1 ~~tJ* <\\!- 1Clft 1 ('1:t' _.u~ "'o\\ \\1 WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468~ 13-1072 Obseovation Well No. Lf 18 U Development Date ~/ y~ Developer Craw !181J: ;J,.,.,., 7 Cr/~$ AMEC ObseJVer Jllcl~tdM *-;: 5-.tAit /'{ 1 Reviewer7f't.Mc(?~.4f:?. Total Well Depth, ft below top of casing }10, 5 Initial depth to water, ft below top of casing tL 3o 14@. 1<-Jor:J c-.,., "'1/fJ/IJ

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~t.{-l)t~ ~DS'§Ocrn "'{JI..//1"} Single Purge Welt Volume, gallons (From Well Purge Spreadsheet) Oev~tpment Method: l!1Cll'tvJt1 ')u{#'( IIJJ"f/A Wetr11 P~z§ c4ec.lc. 1/ult/d I ~~~J~~d4t:k. f 5/r:J ~{J *lvbi"!J, C,'l'rtt;f./bJ. f7..f'C ~ 1'1/1 /** 2 -A -{j~ 6 4V frlqdel 111AitJtoo"3fl f"'"'f-> fl.eA:-Pto {~t1!fiJ//tt"./f: 1.J/jttl11-l 5/2-7~ tli HeNCIII Jc<J r wr.:ler f?.ve/ IP ZlbtfZ) 5"j*d. Dcvelupmcnt Volume Water Wat~r I.;e,*el Recovrry Depth Stllrt/End Approx. Recovery Rnte After Rcmovul, Inrcrvnl f}Tc J Over Depth lnlcn*n) Step 1 2 3 4 5 6 7 8 9 10 [( NOTES: Rrmavcd Turbidity* Times** CAL. < rn~>>Ice.. Monitored tftJmln} *'* 23 ht:74. /ri:j, 5 Ff":..c;z" fce~kbouk. 1131-- (') 4Ift\\ lo':/-.5 1"}"' ~?.-" \\~

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/6-;J-/)"' t.f~-17.:' t v J,3,5 (,J. ~u dt\\; da-pel lbZ )'d. *: N,'rw(.Uw ~6-S jfJtlq/.

  • Visual- (1} Clear; (2) Slight; (3} Moderate; (4) High

-* May n.eed to record dales with times for slow recovery rates (overnight). .... Record at four to five selected steps; attempt to achleve three consecutive intervals of approximately constant recovery rate over same depth interval. I I Ct..fJ>pW 6v.:V.e.+ JuwP-Z /!'k.vu.IJ1 t..la:ltrf), !ivfJ~*I i.i *lf/'ol'\\ pvr?,* & JfJt/) "J'f<J(. &,.... t,::f ~~IJ.. d. 1~1 f't~w.~xtr~f, /)P Svvy:z. jiiH"t"'Y2 e4.P /61-. f5ft/tr(J,....r.:1~e<Jrl* ~rodrec~Mt -!txt /NI>d~ /1 1 ic ~ I. -J,/d:l,t!.-"{:f7()c tl"'.5=f.5ecfJ"4, "]re-lruc<~

  • 1-c->t.fvqrVl} 1 fl.cJ f~??l in tof..S~ l27oi... P (,(J 5eejptl. 411, retPvccy f!:c,.}i g.~!}/~ {vto >*~qr t.elure,:) lv!o'}..5fJ7uc &6CI<;e~.-~*

.5,J.-l.. recolltrtf(?t, fvf)l>-)(11.. 7~f!tt-btf/.,re) to lo.~;5r[J"'Ttt:-e &oJtt/J-vfJ,j-1... f<.c.11w7 kff-. ftrfJf"j{Ao.Sv'}r'_,6e./t;re)f-o /lYlt~ /}]de@ C,o W/)'~1c'?t4 tec;,'ve"!*t-cJf:...../.d r~.ctivtr */-.J 'V~251Jw{ tMt t~etfi!ry.,., aw*lfOS' L 111. PY'l/t..'{*'IO!vr;e ~)fa Jfl,/5' e "'66 )e~h~l, /J.fh ftcfAJtry.Av!t Pu?flt9 (tlll..l:!.~ *t(j /u1S/ f}"Td(' e '"' (,(JJ't'l,'l<o-1, f(b r.ec~verofv6!A f~ lv /tif6"eG;tr~l;;t/£ 16/t.reCt:tlJr..tt k.rlw Pvrf""' b kfJ!j, ~ 'l)fe</.j,J.I#f, {'e.~ Je.>-1-; t:el ~e-1/t~(I)Ve-t-, !?> r (...-ft.e,. f.~l!A df;..rw5Ju..,J. T ~~~ Well Developemenl Data Sheet Rev 1 /3'12;(: ::: I

  • Itt.!.fon c/ c;-,;/:,..q Approved ror Use t>y AI Tree Tectmcial Lead ?f ft.

WI' 1 ./ RCN: CRP-0619.2 Page 6 of 6 Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-39 of 104

~, 1 l '1tt~So~ vr1e. ~ .~er 1 't.d., '?- '/.1o/J'f~ e;~ ~ '(). r~J,o'& r- {1 . ~Jtt;/f '?, eM'J 5{/J er ~7/t?{/3 ~' wJt-1 o:'D1Jl{,

  • ~ ~ /t':li l-c;M (t.<~-W L:.ffvt

<=10*4. / tf,,km t"' ltfh* WELL DEVELOPMENT DATA SHEET CLINCH RIVER SMR PROJECT Project No. 6468**13-1072 Observation Welt No. 4l g L Development Date 'Jhl/J j Developer Crew MB Ltl : 3 illll('/1..7 C'; I$~. &f/flt /I'$ £....1.1 /7 / . /~ AMEC Observer AciA,kiJ "X ~(#. Reviewer ?Levt.::V~ Total Well Depth, ft below top of casing l tp1.;) Initial depth to water, ft below top of casing C, fi, *;z t: @ fC./t.VJ an. -=f/t:t/13 Z _, '~'l?f,.JiWflt( (.Pt8. ¥JP1 *e tJ~tr."' 1'/f\\j/tJ Single Purge Well Volume, gallons 4.- (From Well Purge Spreadsheet) }3toc s.ioqJt }I G!SF.f {I o<JZO (fn. 1/I~J/1 J rJJ/ ~t/vr( <if ,. ~ /1 4/ 1/ J /., 'jL... Development Method: l!:kt!U~tll1tfv(lj'G b!J}l.dJtftrto. P**Zfthtt./t'!ilil~ 1 IIJ ()I} Suljehla.t *l.,..~.j)J) /IJ" 4.}' Gf'I/.IV,.I.f:oJ -Jype: fiP*I~ -A ~o.. &--rtJ 7 JVYK/e/ A lA 1 fs,OOJPl pv~f,RteP/1-J?/~ A/-1'1/ler *Jk 5..T /ftlf /*~f 15/z:!c: W~ter Lc\\*el Recuwry Depth Approx. RccO\\'~ry Rate :z.. Development Volume Water After Remowl. I nterval.!fW * ****Sta*rt/E nd Over Depth interYnl 0 Step ~~o ved Turbidity* Times~*

  • !~t) /3Totr Monitored (ftJmiii}u*

<h .al. 4S A;,~~Nr) 157/J J.l.J~W" fee/lt~eftv<~t. L_!?+ Ne 1 TI7.. '~1.. 5'1- . I.J;l~~. /Sff, (./ IV"' 'fiUH? I. tt' SJ 2 J)fl:-111"' (:(,5

5/J. 8" I 38;./JJ

/ I r 3 g 3 ~)*SI/fl v ~"f?J11.Xt1 v,;.fq.,. t e.,,/ u l.!61fZ ~.t, c... t!rJ;tJ.Wbvduf ) (),.JIJ-*Z. 4 23~:5 /'4r;J411J-1Jf 15f,lT /38:133 11 3 ( 5 faO' J/fii,J*de-r trg,r 139.~- r>f 1

  • ~6 6

25' ~ 15'9.-?Y {J!J ".-fJ3/ 't. L/l i'l.)~-:;1 NY} /~ .. ~. -- I]PJ:' "'11 )" ~~ 1 )~_ 7

  • Ut~iflt~ (){;tAr 8

wJ1 rJ..e,;eJ.o.~ ~ '3?5>54c-). J:l. ~9 tt. {./{ ~{vi"'-'d pvd;fd 9 -~.. ~ 10

  • V1sual. (1) Clear; (2) S!tght (3) Moderate; (4) H1gh

"* May need to record dates with times for slow recovery rates (overnight).

  • .... Record at four to five selected steps; attempt to achieve three consecu1ive intef\\lals of approximately constant recovery rate over same depth interval.

L. 1,1. NOTES* tJ~'t rvr. 'tl./1,. !};5:,4&:/II>""""J if&'1 1" d 7 J II *.I w:J>" /I 'f/1} M?,.,lkl!l}:z 5viJC*I w/#11./t.fttr.,. 3tt;...t:,~,)4 f'c..ro-..., I.A-}<<-u:.f, fvljl>'~j /1> /2.lf 131tX@.vlf7.;;6:kc./y**d, IJJ: r;""""<~. U.f ncuve.-- i I *' (_ ('.#¥"( ")<1/h.~ 0 I 'I t7

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  • p JSdX'{}1fXd! 4;0;cyJ"* 2tv~ /lecave'Y H;h Pufj/Uij fD 158/ff,r~&o.'(,p ftcfJ.J, ~rtlcu4 kff,f<$1<1 +o J;}J}. 6tfl~i;eJ.

4/AN.ov~ /e${,*/i}Jpot P,!Yf '1/Jo/JJ.~ fkl:)p {d,l.ftl/Mot i..Jdlr/ewl, flvfjf?y fo t/29.~,. {}'ft;C. (j wtf1St~j,.1. {i41"Cc~ k.J... lurttry '"' f~,a** a-ve f!- ~tr{:;Oted*r-' /dtt. 1-etau-7 M* Yv~fj in f59.'114Jvf:.~r-61I~~J.-J."1ft. f'etael~ll* r r 1 Well Oe~elopementData St'leet Rev 1 J;. {3 TOC, ': btJ/tJW kp o-f (l.;j 0J Approved roc Use by AI Tlce Technciallead RCN: CRP-0619.2 Page 6of 6 Clinch River Data Report Rev. 4 CRP-1112.16 Page E.2-40 of 104

"tl(") Ill::: IC :::1 ~ n m:::r N::tl .... ~ S.c os- ""::c ~ "'0 0 ~ ~ ~ .p. (")

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~ ~ a> WELL DEVELOPMENT PURGE VOLUME CALCULATIONS CLINCH RIVER SMR PROJECT Bottom of Note-Prepare separate sheet for each well I cluster of three Column Information (1) From Well Installation Log, ft below ground surface (2) From measurement prior to development, ft below top of casing (3) From Well Installation Log (4) From Well Installation log, bottom of sand pack to top of sand pack (5) Column 1 minus Column 2 AMEC Project# 6468-13-1072 (5) (6) (6) Column 4 times 1.5937 gallons per foot for 6.125-inch diameter borehole times 0.3 porosity (assumed) for well sand (7) Column 5 times 0.17 gallons per foot for nominal 2-inch inside diameter PVC casing (8) Column 6 minus (Column 4 times 0.17) plus Column 7. This step accounts for water in PVC within sand interval. Spreadsheet master prepared by JAT 8-6-13 Spreadsheet master checked by SJC 8-6-13 (7) Casing Volume (8) Purge j Total Purge Volume Volume (ten volumes) Well Cluster Boring ID: OW 419 Prepared by: 4-Date: S {l;/t3 Checked by:.W2~ Date: ejrr:;J; '5 r t}}

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