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OMNIFLO® ISBR - The most innovative SBR yet! - Siemens

OMNIFLO® ISBR - The most innovative SBR yet! - Siemens

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OMNIFLO® <strong>SBR</strong>Biological solids purged from facilityExperience<strong>The</strong> OMNIFLO® <strong>I<strong>SBR</strong></strong> system is aproven, practical option forsecondary wastewater treatmentand solids reduction. This completelyautomated system is a very reliable,cost effective and efficienttreatment process consistentlyproducing high quality effluent.In the State of California, anOMNIFLO® <strong>I<strong>SBR</strong></strong> system has beeninstalled at a wastewater treatmentfacility located near a hotel and casino.A design/build approach wasselected to build a 0.75 milliongallon per day (mgd) facility with a900 mg/ BOD load. This facility alsowas designed to handle not onlyhigh strength wastewater, but alsoweekly variations in flows andloadings due to the hotel andcasino business.Because of the limited land spaceand the requirement of an easy tooperate wastewater treatmentplant, the OMNIFLO® <strong>I<strong>SBR</strong></strong> systemwas the ideal solution. <strong>The</strong>biological treatment processincludes a two-tank OMNIFLO® <strong>SBR</strong>with VARI-CANT® Jet Aerationsystem that is operated by a flowproportional control system from<strong>Siemens</strong>. Initial plans called for theinstallation of an aerobic digesterand sludge drying beds for sludgehandling, however because of theconcern of the high energy costsassociated with aerating an aerobicdigester, a more energy efficientsolution was needed. It was foundthat a significant savings could berealized with the OMNIFLO® <strong>I<strong>SBR</strong></strong>system, which includes theCannibal® Solids Reduction System.<strong>The</strong> Cannibal® system requiresminimal aeration, which reducesenergy requirements and alsoprovides the benefit of greatlyreducing the amount of solids fordisposal.<strong>The</strong> wastewater treatment plant wasstarted up in July 2004 and hasexceeded expectations. <strong>The</strong>OMNIFLO® <strong>I<strong>SBR</strong></strong> system hasconsistently met all treatmentperformance objectives for effluentquality, energy savings and solidsreduction. <strong>The</strong> facility uses less than10 percent of the power for solidstreatment than was planned withthe proposed aerobic digester.Solids wasting from the plant hasbeen minimal, with less than 0.1pounds of biological solids wastedfrom the plant per pound of BODtreated. <strong>The</strong> control system from<strong>Siemens</strong> keeps the entire treatmentfacility operating - balancing theproper conditions in both theOMNIFLO® <strong>SBR</strong> and the interchangebioreactor. Optimal conditions aremaintained for both effluent qualityand minimizing solids production.5

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