Abstract
A BIOCHEMICAL MECHANISM FOR COD STABILIZATION IN EBPR ANAEROBIC ZONESAn extensive investigation of enhanced biological phosphorus removal (EBPR) metabolism based on the performance of laboratory-scale EBPR systems operated at two different temperatures, 20 and 5°C, was performed in an effort to elucidate biochemical mechanisms that contribute to the stabilization of COD in the anaerobic zones, i.e. anaerobic stabilization (AnS), of EBPR systems. The systems...Author(s)Zeynep K. ErdalClifford W. RandalUfuk G. ErdalSourceProceedings of the Water Environment FederationSubjectSession 1: Biological Phosphorus RemovalDocument typeConference PaperPublisherWater Environment FederationPrint publication date Jan, 2007ISSN1938-6478SICI1938-6478(20070101)2007:2L.81;1-DOI10.2175/193864707787976777Volume / Issue2007 / 2Content sourceNutrient Removal and Recovery SymposiumFirst / last page(s)81 - 105Copyright2007Word count489
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