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' TABLE A-1 <br /> Estimate of Biodegradation Capacity for TPH <br />' Former Tank Site #I and Tank Site #2 <br /> Site#1 Aquifer <br /> J�ectron Acceptor f Utflaation Fac#oi; Average Upgradient, �,Aver4e �ei Z6ne, �B€ode�tadapit <br /> or,Metabolite g Com} Concentration(mg/L) �Cvnc on416g/p Capaclt hi trrg/[.j PI <br /> Dissolved oxygen 314 078 045 01 <br /> urate* 490 1417 394 2.1 <br />' Manganese(II) 110 133 2-13 007 <br /> Iron(II) 218 005 2.61 012 <br /> Methane 078 0 02 002 000 <br />' 2.4 <br /> Notes <br />' Upgradient wells include MW-5A only <br /> Source wells include MW-1A and MW-2A <br /> *Because rutrate was given as N,the concentration will be multiplied by 62/14 to get the actual nitrate concentration <br />' Site#2 Aquifer <br /> ectrort Acceptor UJtiliaation)~actor Average Upgradient meraget i�urce Zone t'Siodegraditio i,- <br /> fir,Metaboli#e (g/g C6Hs) Concentrat€on(mg/L� rCfrrticet a on nng/J ) Capacii �rtt <br /> Dissolved oxygen 314 078 059 01 <br /> Nitrate* 490 1417 009 29 <br />' Manganese(II) 110 133 2-38 010 <br /> ,"`ethane <br /> (II) 218 005 442 020 <br /> ethane 0 78 002 002 000 <br />' 32 <br /> Notes <br />' Upgradient wells include MW-5A only as this well is located in the upgradient-most part of the common aquifer for Site I and Site 2 <br /> Source wells include MW-5 <br /> *Because nitrate was given as N,the concentration will be multiplied by 62/14 to get the actual nitrate concentration <br /> 1 <br />