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— - - -- - — - ' - PAGE 06 <br /> 06/25/2001 15 00 20946711 <br /> AGE STaCKTON <br /> Pu 9W SUN-AS Environmental Division <br /> ttw ► iii � ti <br /> May 1, 2041 Reference Quote # SA05Q 1-140 <br /> Mr. Timothy 3. Cuellar <br /> Advanced GeoEnvironmental Inc. <br /> 4005 M. Wilson Way <br /> Stockton, CA 95245 <br /> Regarding: MTBE/GRO impacted Ground Water Treatment System <br /> Manteca, Cly <br /> Dear Mr Cuellar: <br /> Pursuant to your request, we have designed a system to remove <br /> MTBE/ GRO/ ORO impacted ground water with a pump-and-treat <br /> design, for your Manteca CA site. We have utilized the summary <br /> analytical data and flow rate data that you provided to us In your fax <br /> of 4.19-2001, udli<z(ng the data for well EW-1 only pursuant to your <br /> direction The design flow rate is 6 gpm continuous flow. <br /> This system Is a multi-media system, which contains a combination of <br /> a specialty prepared granular activated carbon (GAC), and Sun Solve, <br /> which is a combination of a specialty prepared granular activated <br /> carbon and a hydroscopic synthesized ftlter media that has a high <br /> affinity for MTBE. <br /> We recommend that the system include a settling tank fbr the <br /> recovered groundwater, a suspended solids pre filter W protect the <br /> media beds from slit fouling, appropriate pumps and controls far <br /> system control and a flow meter/totalizer. used on the discharge <br /> point of the tested water, theme may be additional system controls <br /> and/or requirements that reed to be incorporated into the system <br /> This system consists of two 1,000 pound capacity granular activated <br /> carbon units In series, and two 1,500 pound capacity SunSolve units in <br /> series after the GAC, which provides for liberal retention time on the <br /> adsorpVon media for optimum removal of the dissolved contaminants <br /> 3325 E Mire&ma Avenue Stnto 121 ■Ar=6i%m -CaUfwna ,'2W6 <br /> 714/572 6177 - 714/372-1713 Fmc- 6-Wwd PURDFFECTOAOLCOM <br /> jir, 3Cad yNV95 �4 01� <br />