ML22087A025

TMW-09

ML22087A025
Person / Time
Site:	07000925
Issue date:	08/30/1999
From:	Lux J Environmental Properties Management
To:	Jennifer Davis, Saxton J, James Smith NRC/NMSS/DDUWP/URMDB
Smith J
Shared Package
ML22087A014	List: ML22087A019 ML22087A020 ML22087A021 ML22087A022 ML22087A023 ML22087A024 ML22087A025 ML22087A027 ML22087A028
References
Download: ML22087A025 (2)

Text

{{#Wiki_filter:SOIL BORING LOG KM 5655-B KERR-McGEE CORPORATION /IKM suss101ARY LocAT10N BORING r=H'=ydr=r=ol='og','y=D=e'=pl=. =-S=&=E'=A=D=lV=lS'=io=n=d~e_;c"c::"'°C>:°'~r"'c-~o~!\\~~('"'!#~r,io*Ao:,*~=gl,.!'Lc,;,'l"~l*o.Q~!fl!c~~~:#~/=d,=N~U=M~BE~R~q~D~Dl,,Ll-V~-b \\~~3~5~t;d DEPTH ~ UNIFIED BlCMS SOIL SAMPLE IN it Cl SOIL PIO "EMA"KS 0" LITHOLOGIC DESCRIPTION

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FEET (5 CLASS. 0 (ppm) NO. i ~ DEPTH , REC FIELD OBSERVATIONS 1osor--~_t.b_r_n~s-Ai~s,-1,-,-b-~-.. -~~-~-"-+-1i~~~&-+:~1~~~)~:~~+----+~~~-l-~~J--~~-1-~-l-~~~~~~--I_ ~ rd brn I>> :<.~ ->'

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Tl) ~~. S ~ _y_ SL PlD NO. Z TYPE 0 Water Table (24 Hour) Water Tobie {Time of Boring) Photoioni2otion Detection (ppm) Identifies Sample by Number Sample Collection Method z

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x w I ~1 ROCK I CORE ITHIN [] CONTINUOUS ~NO WALLED TUBE SAMPLER RECOVERY DEPTH Depth Top and Bottom of Sample REC. Actual length of Recove(ed Sample in Feet = = m ,. **I ~GRAVEL R\\:l SIL TY ~\\)CLAY Thi CLAYEY Ci..UJ SlLT EXISTING GRADE ELEVATION ffT AMSU D==- LOCATIONORGR10CQOROINA'TES "loo AJ - \\::l3S~

Protective Pipe---- ___ _ KERR-McGEE CORPORATION HYDROLOGY DEPARTMENT MONITORING WELL INSTALLATION DIAGRAM I Ft.

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Casing Cap Vent 1 Yes 0 No 0 Q

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Lock? Yes 0 No 0

,Weep Hole 1 Yes 0 No[) Yes 0 No 0 Steel 0 PVC 0 Surveymg Pm ? - __ / __,,,,,,.---- Concrete Pad DRILLING INFORMA TIO/I: I ~,, DEPTH Yes 0 No ~O:::_ ____ f__,:;,.;,,~*'"~*'<*"'fl*~, Ft. x ____ Ft. x ___ Inches .... -~ Concrete Ft.~=. _1.

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Cement/Bentonite Grout Mix YesO NoO 5.5 Gallons Water to 94Lb. Bag Cement & 3-5 Lb. Bentonite Powder Other: Bentonite Seal Pellets 0 SlurryQ Filter Pack Above Screen FILTER PACK MATERIAL Silica Sand rn ..:io-~ Washed Sand 0 Pea Gravel 0 Other: -------- Sand Size ____ _ d.. 0 Ft. +- -.~* ~--.. ..... ~ :- /lJ..55Ft.

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~* -~ BELOW GRADE FROM TOP OF CASING 'S.53 s.se 7-58 ~:;i..1:, --- Dense Phase Sampling Cup ~-Ft. Bott<HTI Plug Yes O NoO Overdrilled Material Backfill Grout 0 Sand ffi +- )..i:.c. °"="'-'-1\\.;:i, I. So _,;(Q_Q_Ft.: i I I I Caved Material 0 I 1..___ _____ J Othe" kk"_,: k_ ~f .. Borehole Diameter=. ~ Inches. 2.. Were Drilling Additives Use-0 1 YesO No~ Revert 0 Bentonite 0 Water 0 Solid Auger 0 Hollow Stem Auger O

3. Was Outer Steel Casing Used? Yes 0 No'fSd Oepth= ____ to _____ Feet.

4. Borehole Diameter for Out~r Casing IJ/A Inches.

WELL CONSTRUCT/ON 11/FORMA TION: 1.Type of Casing: PVC~ Galvanized 0 Teflon 0 Stainless 0 Other

2. Type of Caslog Joints: Screw-Couple fSl Glue-Couple 0 Other------------*

3. Type of Well Screen: PVC C&

Galvanized 0 Stainless 0 Teflon 0 Other _______ _

4. Diameter of Casing and Wet! Screen:

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Casing _ __.,.,,,,.__ __ Inches, Screen d Inches.

5. Slot Size of Screen:

d.O

6. Type of Screen Perforation: Factory Slotted 0 Hacksaw 0 Drilled 0 Othcr~--------

7. Installed Protector Pipe w/Lock: Yes 0 No 0 WELL DEVELOPMENT /NFORMA TIO/I:

l. How Vro'as Well Developed 1 Bailing 0 Pumping O Air Surging (Air or Nitrogen) ~ Other ____ _

2. Time Spent ori Well Development 'l

_____ {:;;,_ 3___k Minutes/H-0urs

3. Approximate Water Volume Removed 7 J.fl2___ Gallons

4. Water Clarity Before-Development 1 Clear 0 Turbid IB Opaque 0

5. Water Clarity After Development ?

Clear 5r Turbid 0 Opaque 0

6. Did Water have Odc.r 1 Yes 0 No fXI tf Yes. Describe ---------------

7. Did Water have any Color 'l Yes 0 No fia' If Yes* Describe _____________ _

WATER LEVEL INFORM A TIO/I: Water Level Summary (From Top of Casing) During Drilling Ft. Date _____ _ Before Oevelopment _____ Ft. Date After Development _____ Ft. Date ____ _ Driller/Firm -{-\\f)ri 3l£?n

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