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lL/SYSTEMS MONITORING DATA <br /> Date O Sa 4 , Location I�NGWIe s A Field Technician 4 s <br /> Job No , Initial System Status /Down Tot Hrs T033! <br /> Knockout H2O drum L.Ls- % full Drum Storage is' r poi, -# of full drums <br /> I <br /> MANIFOLD STATUS: � <br /> INITIAL Manifold Dilution Valve Position o en closed, cfracl d FINAL Position o en closed cracl ed <br /> WELLS ONLINE _ <br /> INITIAL Manifold Vac 4 -" H2O FINAL Manifold Vac y " H,0 <br /> ' INITIAL Flow @ Pitot op ,'.5- " H2O, Calc Veloc 2o0e fpm, Calc Flow W �- cfm <br /> FINAL Flow @ Pitot np ,3S " H2O, Calc Veloc 01) fpm, Calc Flow J o-r T scfm <br /> (Flow = Velocity x 0 049 x 0 9) <br /> Manifold PID ppm <br /> ' NOTES <br /> THERMOX STATUS: <br /> INITIAL Auto Dilution Valve Position open, closed. c d FINAL Position open, closed, cc d <br /> INITIAL Line Vac 40 " H2O FINAL Line Vac �6 " H2O <br /> INITIAL Flow @ meter 3 6:3 �cfm FINAL Flow @ meter -Z03 cfm <br /> TEMPERATURE Infl -9, Chamber i 4SS <br /> PID Influent ppm, Effluent (stack) ppm <br /> ' NOTES <br /> Well PID Reading (ppm) Sample Collected) Notes <br /> VW1 Yes No <br /> ' VW2 Yes 60 <br /> VW3 Yes No <br /> 1 VW4 Yes No <br /> VW5 Yes N <br /> ' VW6 Yes N <br /> Manifold Yes <br /> ' Influent Ye No <br /> [ Effluent (Ye No <br /> ' NOTES <br /> Gas meter reading $ <br /> Electric meter reading 1 1 <br /> Filter condition no d needs rgglacing, replaced (Magnehelic " H2O) <br /> Chart condition o rg&ed <br /> Maintenance conducted <br /> OOP++► <br /> famaleys-o&m 002 <br />