Accession Number : ADP000738
Title : Rotating Biological Contactors - Second Order Kinetics,
Corporate Author : ENVIRONMENTAL PROTECTION AGENCY CINCINNATI OH MUNICIPAL ENVIRONMENTAL RESEARCH LAB
Personal Author(s) : Opatken,Edward J.
Report Date : 1982
Pagination or Media Count : 23
Abstract : The RBC process is uniquely adaptable for kinetic studies on secondary treatment of wastewater. Secondary treatment, for this specific kinetic study, is defined as the removal or reduction of soluble substrate with time. The substrate is identified in the reaction phase as soluble chemical oxygen demand (sCOD) and/or soluble biochemical oxygen demand (sBOD). The reduction of insoluble oxygen demanding material is not applicable since: (1) It is the function of the reactor (RBC) to convert soluble organic matter into carbon dioxide and insoluble matter for later removal by the secondary clarifier. (2) The use of unfiltered oxygen demand would require the kinetic study to treat the RBC process as a heterogeneous reaction instead of a homogeneous reaction. These results provide added evidence that RBC obey second order kinetics and when the reaction rate constant is known, can be used to predict performance, design optimum train configuration, and can be used to reduce capital costs.
Descriptors : *Waste water, *Water treatment, *Waste treatment, Facilities, Secondary, Substrates, Oxygen consumption, Reaction kinetics, Equations, Reaction time, Rates
Distribution Statement : APPROVED FOR PUBLIC RELEASE