Copper Pitting and Brass Dezincification: Physical and Chemical Effects

Abstract

Establishes definitively whether certain chemical constituents inhibit or accelerate copper pitting corrosion. Examines the impacts of water chemistry on dezincification. Determines the extent to which differential flow and water chemistry interact to cause non-uniform corrosion failures in single-metal systems and those with dissimilar needs. Published in 2011.

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Copper Pitting and Brass Dezincification: Chemical and Physical Effects

Report

#4289

09/30/2011

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Copper Pitting and Brass Dezincification: Physical and Chemical Effects

Abstract

Resources

Copper Pitting and Brass Dezincification: Chemical and Physical Effects

Non-Intrusive Methodology for Assessing Lead and Copper Corrosion

Water Chemistry Effects on Dissolution Rates of Lead Corrosion Products

Effect of Nitrification on Corrosion in the Distribution System

Guidance for Using Pipe Rigs to Inform Lead and Copper Corrosion Control Treatment Decisions

Identifying Service Line Materials without Excavation: Distinguishing LSLs from Non-LSLs

Using Phosphate-Based Corrosion Inhibitors and Sequestrants to Meet Multiple Water Treatment Objectives

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future