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1 <br /> thydrocarbon laden air from the spray aerator These vapors are then <br /> combusted In the ICE The exhaust from the ICE passes through two <br /> automotive-type catalytic convertors placed in series, before discharge to the <br /> atmosphere through a 10-foot-high, 2 5-inch-diameter, exhaust stack Treated <br /> groundwater will be discharged through relnjeLtion wells (see Figure 1) <br /> ' 3 May showing location of site relative to surface waters and supply wells <br /> within a 0 5-mile radius <br /> See Figure 2 <br /> ' 4 Site_map to scale showing the location of facility, treatment system, plume, <br /> extraction wellssite boundaries,_reinleutlon wells and monitoring well~ <br /> ' See Figure 1 <br /> 5 Anticipated design, average and maxtmum flows trom the treatment and <br /> ' disposal systems <br /> ' Extraction Flow Rate Reinjection Flow <br /> gallons per minute (gpm) Rate (gpm) <br /> Design 4 4 <br /> ' Average 3 3 <br /> ' Maximum S H <br /> (maximum Lapawty of <br /> 4 extraction pumps) <br /> ' 6 Operational plan descnbing general operations and maintenance procedures, <br /> rocess controls monitoring and purnping rates <br /> ' Operations and Maintenance Procedures <br /> EMCON proposes to conduct weekly operation and maintenance on the <br /> S A V E system During the site visit EMCON personnel will monitor the <br /> influent and effluent flow rates and total flow of both extracted soil vapors <br /> and extracted and discharged groundwater EMCON personnel will also <br /> -� perform periodic maintenance activities (as recommended by the <br /> manutacturer) on the system to support the proper functioning of all <br /> equipment <br /> sAC/pi2\2520215201000 Id 94 lfc 8 2 Rev 11 September 15 1994 <br />