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3 <br /> space of the container with a photoionization detector (PID) <br /> calibated to the each rmeasurement ipoint 1 were ne molecule. <br /> recorded rron he vtheesneborringlogs <br /> (Attachment I) . <br /> Soil samples submitted for analysis were selected based on <br /> obvious signs of contamination ( i.e. <br /> PID samples readings <br /> dingsere cand soil <br /> discoloration) and stratigraphy. in accordance <br /> preserved and transported under chain-of-custody <br /> with WaterWork's Soil Sampling Protocol (.Attachment 2). <br /> Samples were analyzed for benzene, toluene, ethylbenzene, xylenes <br /> (BTEX), and total 20$015euandydorganics as lead gasoline by Luft PHmanual <br /> EPA methods / <br /> methodologies. <br /> not reached, but WaterWork anticipated <br /> at <br /> Groundwaterwouldwas <br /> be found between 90 and 100 feet below grade. <br /> groundwater <br /> ion 80.5 feet <br /> Sample analysisrTPHGt to revealed <br /> 70.51 below grade lint the to <br /> boring <br /> below grade and <br /> (VW1) . Organic lead was not detected. <br /> The vertical extent of . soil contamination and the high <br /> concentrations of shallow contamination warrant remediation. At <br /> this. time no remediation alternatives have been evaluated due to <br /> c <br /> financial constraints of . <br /> he Linden ifrom st <br /> rict. The <br /> school Senate Bill <br /> col 3istrict planningonpursuing funds <br /> 2004 before continuing work on the project. <br /> �j If you have any questions about this project, please contact <br /> either Lois Frantz or Bill Channell at our office. <br /> Respectfully, <br /> WaterWork <br /> Bill Channell <br /> Senior G olo ist <br /> Russell . Juncal <br /> V� <br /> CA Registered Geologist No. 3864 <br /> LF/tdp <br /> pc: RWQCB <br /> F. Hubbard <br />