Assessment of Non-Uniform Corrosion in Copper Piping

Abstract

Assesses the prevalence of nonuniform corrosion in copper piping within the North American drinking water industry. Research partner: USEPA. Includes a CD-ROM. Published in 2008.

Resources

Public Plus

Assessment of Non-Uniform Corrosion in Copper Piping

Report

#91217

02/25/2008

View Executive Summary

Related Projects

Recently

Project #4409

Controlling Lead in Drinking Water

Completed

This project produced a white paper that provides recommendations for controlling lead in drinking water. Items of discussion include background on lead in drinking water, methods for controlling...

View more details

Project #4349

Galvanic Corrosion Following Partial Lead Service Line Replacement

Completed

This project conducted a scientific review of lead release due to galvanic corrosion following partial lead service line replacement. A second phase of this project included collecting and...

View more details

Project #4586

Optimization of Phosphorus-Based Corrosion Control Chemicals Using a Comprehensive Perspective of Water Quality

Completed

The purpose of this project was to determine if clean and biologically stable water distribution systems can optimize lead and copper corrosion control while minimizing or eliminating the...

View more details

Project #5223

Guidance for Complying with the Lead and Copper Rule Revisions for Water Systems with No- to Low Prevalence of Lead Service Lines (LSL, LSLs)

In Progress

Presently 15 to 22 million Americans nationally are served drinking water by lead lines. While most utilities employ effective corrosion control that limits the release of lead, the...

View more details

Project #5081

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

In Progress

View more details

Project #5152

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

In Progress

Many drinking water utilities are conducting lead service line replacements to safeguard public health. However, lead service lines (LSLs) cannot be replaced until their locations are identified. There...

View more details

Leading Water Utility Innovation

Assessment of Non-Uniform Corrosion in Copper Piping

Abstract

Resources

Assessment of Non-Uniform Corrosion in Copper Piping

Controlling Lead in Drinking Water

Galvanic Corrosion Following Partial Lead Service Line Replacement

Optimization of Phosphorus-Based Corrosion Control Chemicals Using a Comprehensive Perspective of Water Quality

Guidance for Complying with the Lead and Copper Rule Revisions for Water Systems with No- to Low Prevalence of Lead Service Lines (LSL, LSLs)

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

Leading Water Utility Innovation