Archive


Table Tiles

April 2017

Photo courtesy of Evoqua Water Technologies LLC. VANOX is a trademark of Evoqua its subsidiaries and affiliates in some countries.

Microelectronics

Can Advanced Oxidation Technology Help Control TOC In Semiconductor Water?

By Glen Sundstrom et al.

October 2016

Organics

A Method To Predict A Potential TOC Incursion From A Municipal Water Source

By Paul Tan, W.T. Huang, and C.H.Chiuwas

November 2015

Patents

Latest Patent Summaries: Shimadzu Corp's TOC Meter, Water purifier from WOW Technology and Hydrogen chloride production from WME

Compiled by Mike Henley

June 2015

Pharmaceuticals

Enhanced TOC Reduction in Pharmaceutical Water Systems Using Highly Reflective UV Disinfection Reactors

By John Wammes, Gwynne Cavender, George Diefenthal, and J.R. Cooper, PhD

April 2014

Ultrapure

Correlations between Semi-volatile Organic Carbon and TOC in Pure Water

By Paul Whitehead

February 2013

Pharmaceuticals

Recent Pharmaceutical Water Regulatory Updates for TOC Measurements

By Jon Yourkin

December 2012

Microelectronics

Developments Toward a New TOC Monitoring System

By Roger Schmid

April 2012

Nanotechnology

Monitoring TOC in High-Purity Water at the Birck Nanotechnology Center

By Tim Miller

February 2012

Raw Water Disinfection Byproduct Effect on Conductivity and TOC in Ozonated USP Purified Water Systems

By William V. Collentro

December 2008

High-Purity

Detection and Quantification of Carboxylic Acid Excursions in High-Purity Water Using an On-Line TOC Analyzer

By Terry Stange, Ph.D., Zhao Lu, and Emek Blair, Ph.D.

February 2005

TOC monitoring and its significance to the semiconductor, power, steam generation, and pharmaceutical industry

By Anthony C. Bevilacqua et al.

January 2003

Enhanced 185-NM UV-source to achieve a TOC reduction below 1 PPB

By Michiel Baas

February 2002

Identification of critical contaminants by applying an understanding of different TOC measuring technologies

By John Rydzewski

Photolytic destruction of TOC in spent rinse waters by H2O2 and UV radiation

By Robert P. Donovan

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