Based on a literature study and on pipe-rig studies a mechanism is proposed which subdivides general corrosion of copper into three subprocesses: oxidation, scale formation and dissolution. The subprocesses are further characterized and a mathematical model is built on the identified kinetic rate laws. Finally, conclusions for optimising corrosion control strategies are discussed.

Copper, drinking water, general corrosion, mechanism, modellization
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© IWA Publishing 2004
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