Oxidation of Pharmaceutically Active Compounds During Water Treatment

Abstract

Characterizes the oxidation of important classes of pharmaceutically active compounds by potassium permanganate and ferrate. Assesses the potential use of these reactions to treat PhAC-contaminated drinking water sources. Published in 2010.

Resources

Subscriber

Oxidation of Pharmaceutically Active Compounds During Water Treatment

Report

#4066

09/29/2010

View Executive Summary

Related Projects

Recently

Project #4260

EDC/PPCP Benchmarking and Monitoring for Drinking Water Utilities

Completed

This project developed, justified, and documented statistical tools and protocols that water utilities can use to design and implement monitoring programs for endocrine disrupting compounds (EDCs) and pharmaceuticals...

View more details

Project #3020

Source Water Protection for Concentrated Animal Feeding Operations: A Guide for Drinking Water Utilities

Completed

Develops an understanding of the (1) potential and known impacts of CAFO-derived contaminants such as pathogens and endocrine disruptors on drinking water utilities, and (2) potential control strategies...

View more details

Project #1706

Guidelines for Source Water Control Options and the Impact of Selected Strategies on Direct Potable Reuse

Completed

The research project consisted of three integrated components – a literature compendium, utility case studies, and a Guideline for Source Control and Source Water Treatment Facility Design and...

View more details

Project #5171

Cost-Effective Approaches for Control of Multiple Constituents of Emerging Concern (CECs)

In Progress

This work will identify gaps in current and future regulatory drivers related to constituents of emerging concern (CECs) management. The resulting risk registry and quantitative metrics will help...

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

Project #5269

Understanding the Factors Affecting PFASVariability in the Potomac River Watershed

In Progress

The overall goal of this study is to understand the factors that affect per- and polyfluoroalkyl substances (PFAS) variability in the Potomac River Basin. Understanding these factors will...

View more details

Your Water System is Not Isolated - Interdependencies are Important

Oxidation of Pharmaceutically Active Compounds During Water Treatment

Abstract

Resources

Oxidation of Pharmaceutically Active Compounds During Water Treatment

EDC/PPCP Benchmarking and Monitoring for Drinking Water Utilities

Source Water Protection for Concentrated Animal Feeding Operations: A Guide for Drinking Water Utilities

Guidelines for Source Water Control Options and the Impact of Selected Strategies on Direct Potable Reuse

Cost-Effective Approaches for Control of Multiple Constituents of Emerging Concern (CECs)

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

Understanding the Factors Affecting PFASVariability in the Potomac River Watershed

Your Water System is Not Isolated - Interdependencies are Important