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Case Study: Treating High BOD at a Bottling Plant - June 9, 2009:
Abstract:
To evaluate and demonstrate water purification efficacy in the beverage
England bottling company, to reduce BOD (Biological Oxygen Demand) the
municipal waste water stream. The criterion of success was to have the
distillation system produce distillate that met or exceeded (i.e., was
substantially below) local municipal limits for organics.
Abstract:
To evaluate and demonstrate water purification efficacy in the beverage
England bottling company, to reduce BOD (Biological Oxygen Demand) the
municipal waste water stream. The criterion of success was to have the
distillation system produce distillate that met or exceeded (i.e., was
substantially below) local municipal limits for organics.
White Paper: Definition and Measurement of BOD - November 7, 2008:
Abstract:
BOD is the amount of oxygen consumed by microorganisms as they
degrade organic compounds in an aqueous waste stream. It was initially
intended as a practical method for anticipating the effects of primarily
sewage wastes that are added to natural water sources like rivers and lakes.
Abstract:
BOD is the amount of oxygen consumed by microorganisms as they
degrade organic compounds in an aqueous waste stream. It was initially
intended as a practical method for anticipating the effects of primarily
sewage wastes that are added to natural water sources like rivers and lakes.
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Abstract:
intake water supply, at low specific power density, has been observed to be
substantial. The purpose of this biological reduction test is to establish a
predictable minimum measure of effectiveness of the ZanAqua technology
to eliminate bacteria from contaminated source water.