Assessing Potential Short-Term Impacts of Chloramination

Abstract

This project (1) synthesized existing knowledge on the acute human health effects associated with exposure to chloraminated water, (2) discussed these with respect to possible public health impacts for future communication and management efforts related to monochloramine use in drinking water, and (3) identified the path forward to better inform our understanding regarding possible acute health effects of exposure to chloraminated drinking water. Published in 2015.

Resources

Subscriber

Assessing Potential Short-Term Impacts of Chloramination

Report

#4320

08/06/2015

View Executive Summary

Related Projects

Recently

Project #1183

Factors for Success in Developing Use Attainability Analyses

Completed

The objective of this research was to identify factors for success in the UAA process, and to then develop guidance for users to apply these factors. The research...

View more details

Project #5124

PFAS One Water Risk Communication Messaging for Water Sector Professionals

Completed

Per- and polyfluoroalkyl substances (PFAS) are of increasing concern to the water sector and the public. It is critical that water systems continue to be the trusted sources...

View more details

Project #4573

Securing Value: Integrating Risk Governance With Other Business Functions for the International Water Sector

Completed

This project was concerned with the operational principles of organizational risk, resilience, robustness, and adaptation. The project team explored how interactions between risk governance and these overlapping agendas...

View more details

Project #4965

Development of a Community-Based Lead Risk and Mitigation Model

In Progress

This project will further the science of lead (Pb) exposure risk assessment and mitigation, and translate this into practices that limit Pb exposure for drinking water consumers. A...

View more details

Project #5153

Evaluation of Bench-Scale Methods to Predict Drinking Water PFAS Removal Performance of IX and Novel Adsorbents at Pilot and Full-Scale

In Progress

Drinking water utilities are seeking practical and cost-effective ways to remove per- and polyfluoroalkyl substances (PFAS) from drinking water. Treatment by adsorption is currently the preferred method; however...

View more details

Project #5259

Evaluating U.S. Drinking Water Sources, HABs Mitigation and Guidance to Optimize Algaecide

In Progress

Rising populations have increased the need for water while simultaneously negatively impacting the quality of water available. This, in conjunction with extreme and more frequent climate change has...

View more details

Case Studies on Water Sector Interdependencies

Assessing Potential Short-Term Impacts of Chloramination

Abstract

Resources

Assessing Potential Short-Term Impacts of Chloramination

Factors for Success in Developing Use Attainability Analyses

PFAS One Water Risk Communication Messaging for Water Sector Professionals

Securing Value: Integrating Risk Governance With Other Business Functions for the International Water Sector

Development of a Community-Based Lead Risk and Mitigation Model

Evaluation of Bench-Scale Methods to Predict Drinking Water PFAS Removal Performance of IX and Novel Adsorbents at Pilot and Full-Scale

Evaluating U.S. Drinking Water Sources, HABs Mitigation and Guidance to Optimize Algaecide

Case Studies on Water Sector Interdependencies