Can THM Metrology and Analytical Technology And Removal Be Improved In High-Purity Water Applications?

Date Published 2016 | UPW journal archive

Log in or Join UPM to access this content

To access our resources you will need to be a member of UPM, log in to your account or purchase a membership to view this content.

Already have an account? Log in

As of today, water disinfection through chlorination is employed most commonly throughout the world however, disinfection byproducts (DBPs) such as trihalomethanes (THMs) and haloacetic acids are resulting in many municipal water supplies. It is crucial to recognise the properties and concentrations of THMs in chlorinated water and focus on ways to ensure their efficient removal due to their severe impact on human health as well as in high-purity water plants. This article reviews a method to solve the challenge of THMs control in ultrapure water plants and illustrates innovative approaches for the removal of THMs and their continuous Metrology and Analytical Technology.

Organizations: Ovivo
Authors: John DeGenova, Igancy Kieler,
Tags: ChlorineDisinfectionActivated Carbon

Related content

Conference material | 2022
Membrane protection through efficient dechlorination control with direct, accurate and automatic measurement of low-ppb chlorine residual
UPW journal archive | 2010
Coastal Seawater Testing of a Full-Scale MF System For Shipboard RO Pretreatment
UPW journal archive | 2010
Domestic Challenges and Solutions for Implementation of U.S. Desal Plants
UPW journal archive | 2016
Can THM monitoring and removal be improved in high-purity water applications

Back to results

Not a UPM Member?

Be part of year-round collaboration and knowledge exchange. Get access to the full range of tools leveraged by facility representatives and leading global experts from across the supply chain.

Book a demo

Find out how you can leverage UPM Member Portal to achieve your business objectives today.

Request a demo