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SYSTEMS MO <br /> NNITORING DATA <br /> • Date /O a 6 I T , Location X�W 1 a-r /t.v.PJ[ , Field Technician A I <br /> Job No__4 6-/b 3 , Irutial System Status VIDOVIM I Tot Hrs <br /> Knockout H2O drum ¢ _% full Drum Storage #of full drums <br /> MANIFOLD STATUS: <br /> ' INITIAL Manifold Dilution Valve Position open, closed c ac ed FINAL Position open, closed c ac ed <br /> WELLS ONLINE _ -,�-f Tj 6 - <br /> INITIAL Manifold Vac Y H2O FINAL Manifold Vac_ 5 H2O <br /> INITIAL Flow @ Pitot ep ,S " H2O, Calc Velocafto fpm, Calc Flow 1335'-cfm <br /> FINAL Flow @ Pitot np . S " H2O, Calc Veloc ?" fpm, Calc Flow / rscfm <br /> (Flow = Velocity x 0 049 x 0 9) <br /> Manifold PID 6S16 ppm <br /> NOTES <br /> ' THERMOX STATUS: <br /> INITIAL Auto Dilution Valve Position open, closed, c FINAL Position oven, closed. 'ked <br /> INITIAL Line Vac H2O FINAL Lane Vac YF " H2O <br /> INITIAL Flow @ meter *35'3 cfm FINAL Flow @ meter cfm <br /> TEMPERATURE Infl Chamber / / /9 <br /> PID Influent 3YU ppm, Effluent (stack)_ /00 ppm <br /> ' NOTES <br /> Wall ptD heading (ppm) Sample ColleGted7 Notes <br /> VW1 Yes No <br /> VW2 gS 0 Yes o <br /> VW3 Yes No <br /> VW4 Yes No <br /> VW5 6 0 0 Yes 0 <br /> VWB J X70 Yes <br /> Manifold Sb Yes <br /> Influent 3 } a No <br /> Effluent 0 Q Ye No <br /> NOTES <br /> Gas meter reading 2=71 s 1 <br /> Electric meter read ng 5- <br /> Filter <br /> Filter condition ne s reDlacina. rimlaceo (Magnehelic • r " H20) <br /> ' Chart condition od r I ed <br /> Maintenance conducted f' �' �� 1v - v <br /> Q9F OAA. �.✓ <br /> f0=%5y5-0&m 002 <br />