Titlebook: Biofouling and Biocorrosion in Industrial Water Systems; Proceedings of the I Hans-Curt Flemming,Gill Gregory Geesey Conference proceedings

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Role of Bacterial Adhesion in Biofilm Formation and Biocorrosion,al particles in relation to their behaviour at surfaces. The process of adhesion of bacteria is considered in terms of their approach to a surface, the effects of long- and short-range forces, and the interactions between bacterial and substratum surface properties. Attached bacteria are capable of

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Biocides and the Current Status of Biofouling Control in Water Systems,ize that most organisms exist at solid-liquid interfaces. This paper considers disinfection of attached bacteria in potable water systems. Studies detail the mechanisms of disinfection resistance for attached organisms and how these organisms can exist in the presence of a disinfectant residual. Dat

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Bacterial Growth and Biofouling Control in Purified Water Systems,biological and abiological contaminants which were undetectable five years ago are now regarded as unacceptable for many products and processes. While recent advances in analytical chemistry and fine particle physics have resulted in dramatic reductions in abiological contaminants, biological contam

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What is Biocorrosion?,stratum. These reactions refer to biocorrosion when the substratum consists of a metal or metal alloy. The effect of corrosive microbial products on an underlying metal surface is exacerbated when their concentrations are permitted to increase to high levels as may occur when the microorganisms grow

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Biofilms and Corrosion,ies because they remain in stable juxtaposition to the colonized surface and to each other. Planctonic bacteria cannot establish these highly organized consortia. As a consequence, the focused bacterial biodeterioration of insoluble substrates and microbially influenced corrosion of metals are both

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