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f <br /> 1 <br /> SYSTEMS MONI'T'ORING DATA <br /> iDate / 0 "9�, Location <br /> � Field Technician A S` <br /> Job No 6-bsy , Initial System Status U own Tot Hrs <br /> Knockout H2O drum 3— full D m Storage #of full drums <br /> MANIFOLD STATUS: <br /> ' INITIAL Manifold Dilution Valve Position open, closer!ckged FINAL Position open, closed, cr bled <br /> WELLS ONLINE s <br /> ` <br /> INITIAL Manifold Vac— n _^ 20 FINAL Manifold Vac�3-T " H2O <br /> I INITIAL_ Flow @ Pitot ep 16r " H2O, Calc Veloc d-eio fpm, Calc Flow f`O.0-cfm <br /> FINAL Flow @ Pitot np L6 5- " H2O, Calc Veloc3YaG fpm, Calc Flow 1,41 I cfm <br /> (Flow = Velocity x 0 049 x 0 9) <br /> Manifold PIR Ppm <br /> ' NOTES <br /> THERMOX STATUS: <br /> INITIAL Auto Dilution Valve Position o en closed c ed FINAL Position open, closed c acl ed <br /> INITIAL Line Vac -56 " H2O FINAL Line Vac Y�^ H2O <br /> ' INITIAL Flow @ meter 3$O cfm FINAL Flow @ meters 6 cfm <br /> TEMPERATURE InflChamber f ys]— <br /> PID Influent Ppm, Effluent (stack) ppm <br /> ' NOTES <br /> Wall PA) Reading (ppm) Sample Collected? Notes <br /> V W 1 Yes <br /> IVW2 Yes N� <br /> VW3 Yes N <br /> IVW4 Yes <br /> VW5 Yes N <br /> IVW6 Yeslry <br /> Manifold Yes '� <br /> ' Influent Yes (N) <br /> Effluent Yes l:N9 <br /> NOTES <br /> Gas meter reading 3 y s - <br /> Electric meter reading /,,;"g„L4 <br /> Filter condition nA n s r lacin revlaced (Magnehelic " H2O) <br /> ' Chart condition 6—ood. rdpld <br /> Maintenance conducyte�d <br /> illy - a- vH• S` - s (ire _ - ? S <br /> f0nW%jy&-0&M 002 <br />