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+ FO NO FURTr"'� ACTION REQUESTS AT UNDEew'RO11ND TANK SITES <br /> SIM Name and Location: CAL. We&T ComcrterE I I S3 UANee%wi ,-, MAroTScA� SAro <br /> 1. L Distance to production welts for municipal, domestk:, agriculture,industry and other uses within 2000 <br /> feat of the site, MAP"6,cA C1W WW. Y!13 Ib0 kseRTN�1-r or roR",ra T4wly <br /> 2. ,-La Slta�aos, to scale, of area impacted showing locations of fom»r and existing tank systems, <br /> excavation Contours and samPle locations, boring and monitoring wait ekrvation contours, gradients, <br /> and nearby surface waters, buildings, streats, and subsurface Old"; 2tn,ev1ro Mnacu 149 <br /> 3. r Figuues depi�ing tltlnology(dress sed�`on�, treatment system diagrams; lb K D)eS ct- <br /> 4. Stockpied ad remaining onsite or off-site disposal(quantity); k <br /> Monitoring web remaining onsite, fate; <br /> Tabulated results of all groundwater elevations and depths to water, NwR <br /> ogD 14- 19 f t B rs <br /> 7. Tabulated results of all sampling and analyses: <br /> a Defection formation sampling iopaN,3 S-0'k alfrPHd <br /> b) Load analyses <br /> Concentration contours of contaminants found and those remaining in sol and groundwater, both on- <br /> site and off-sRa: <br /> Lateral extent of soti Contamination <br /> Vertical extent of soti contamination <br /> Lateral extent of groundwater contamination <br /> VwftM o)ftM of groundwater aontaminatkm MNN wom- MAY 1 MPgRT vownc.4c anAbiv ,r <br /> 9. Zone of Influence calculated and assumptions used for subsurface remediation system and the zone <br /> of capture attained for the sol and groundwater remediation system; <br /> 10. Reports/khrrmation <br /> jiff Unautinaized Relapse ForM{URF) 3o se„ 9 <br /> jc_s QMRs Pates) <br /> y 70 "1qr"1qoil N <br /> PAR <br /> FRP <br /> Other(report name) PRsun,u nog 1..oes,.A..�.S £vAws+wN Rewe. JAti 96 <br /> i Well and boring logs <br /> 11. _ Best Available TeCMnology(BAT)used or an explanation for not using BAT; <br /> 12. Reasons why%wkground'was/is unattainable using BAT; <br /> 13. Jli Mass balance calculation of substance treated versus that remaining; <br /> 14. J Assumptions. parameters, calculations and model used In risk assessments, and fate and transport <br /> modeling; <br /> 15. _ Rationale why conditions remaining at site will not adversely Impact water quality, health, or other <br /> beneficial uses; and <br /> 16. WET or TCLP results <br /> Comments: LJDW RISK M GRowna `+Aytk int!(j4fATM MW-I IS2162 TQH.LAeee pawcaa) <br /> 0.5-XIL 014T6e MA"79%4 34PPci waLG Terreo NempgMf able MTBE <br /> NF11R Co.+er�neuc� <br /> BY: JtrD <br /> Date: 9'1 <br />