Role of Bromamines on DBP Formation and Impact on Chloramination and Ozonation

Abstract

Evaluates the role of bromamines on chloramination demand and on the formation of DBPs formation, including bromate. Tailored collaboration partners: Southern Nevada Water Authority, Tampa Bay Water, and Long Beach Water Department. Published in 2011.

Resources

Subscriber

Role of Bromamines on DBP Formation and Impact on Chloramination and Ozonation

Report

#4159

07/14/2011

View Executive Summary

Related Projects

Recently

Project #5050

UV/Chlorine AOP in Potable Reuse: Assessment of Applicability, Operational Issues, and Potential Byproducts

Completed

Ultraviolet-chlorine advanced oxidation processes (UV/Cl-AOP) are gaining attention, particularly in potable reuse applications. They also have the potential to aid in the control of taste and odor and...

View more details

Project #4588

Effect of Ozone Dissolution on Bromate Formation, Disinfection Credit, and Operating Cost

Completed

This research investigated the effect of different ozone dissolution systems on disinfection credit and bromate formation. A case study at the Region of Halton provides full-scale evidence regarding...

View more details

Project #4532

Impact of Filtration Media Type/Age on Nitrosamine Precursors

Completed

This project focused on the impact of filter age and type (GAC and sand/anthracite) on removal of nitrosamines and their precursors. Tailored Collaboration partner: American Water.

View more details

Project #5085

Impact of Haloacetic Acid MCL Revisions on DBP Exposure and Health Risk Reduction

In Progress

The U.S. Environmental Protection Agency (EPA) is considering changes to the disinfectant and disinfection byproducts (D/DBP) rule. Specifically, there may be a shift from the currently regulated five...

View more details

Project #5264

Saltwater Threats to Drinking Water: Evaluating Risks of Corrosion and Disinfection Byproducts

In Progress

Freshwater salinization was originally thought to be a problem limited to arid areas, but it is now acknowledged as a worldwide environmental issue affecting both arid and humid...

View more details

Project #5194

Optimizing OH Radical Scavenging Potential Measurement

In Progress

Hydroxyl radical (•OH) is proving to be increasingly important to the scavenging potential to AOP treatment. This parameter represents the rate at which the radicals are consumed by...

View more details

Your Water System is Not Isolated - Interdependencies are Important

Role of Bromamines on DBP Formation and Impact on Chloramination and Ozonation

Abstract

Resources

Role of Bromamines on DBP Formation and Impact on Chloramination and Ozonation

UV/Chlorine AOP in Potable Reuse: Assessment of Applicability, Operational Issues, and Potential Byproducts

Effect of Ozone Dissolution on Bromate Formation, Disinfection Credit, and Operating Cost

Impact of Filtration Media Type/Age on Nitrosamine Precursors

Impact of Haloacetic Acid MCL Revisions on DBP Exposure and Health Risk Reduction

Saltwater Threats to Drinking Water: Evaluating Risks of Corrosion and Disinfection Byproducts

Optimizing OH Radical Scavenging Potential Measurement

Your Water System is Not Isolated - Interdependencies are Important