Archive


Table Tiles

August 2017

Image of a membrane surface with silica and calcium sulfate scale. Courtesy of Avista Technologies.

Membranes

What is Chemistry’s Role in Maximizing RO Recovery Rates?

By Lee Durham and Raul Gonzalez

May 2017

A zero-liquid discharge plant. Photo courtesy of Aquatech International.

Wastewater

Reducing High-Recovery RO, ZLD Costs

By Dr. Michael Mickley

December 2016

Nuclear Energy

Assessment Of Polyacrylic Acid Injection To Reduce Sludge And Enhance Thermal Performance Recovery At Nuclear Stations

By Danial Soorty

February 2016

Emerging Technologies

Is POU Water Recovery And Reuse Practical In Microelectronics Fabs?

By Azita Yazdani

May 2015

Wastewater

Use of a Low-Cost, Energy Efficient Technology for Nitrogen Removal and Recovery from Wastewater

By Paul M. Sutton, Doug Bucher, Dennis Livingston, and Tod Johnson

September 2013

Technology

Energy Recovery Moves To Take its Technology into New Markets

By Mike Henley

January 2013

Produced Water

Part 1: Overview of Produced and Enhanced Oil Recovery Water Treatment

By Avijit Dey, Ph.D.

October 2012

Membranes

Recovery of RO Membrane Performance through Direct Osmosis-High Salinity Membrane Cleaning Process

By Harold Standfield et al.

March 2012

Reverse Osmosis

High-Recovery RO for Treating Water from Natural Gas Production

By Bob Kimball, P.E., and Ken Klinko, P.E.

January 2011

Produced Water

Produced Water Recovery at Seneca Resources Using Short-Bed Ion Exchange

By Lewis Krause, Michael Sheedy, and Keith Jones

October 2008

Feasibility Studies for Alum Recovery from Sludge

By Arun V. Parwate, Ph.D.

September 2008

Membranes

Comparison of Membrane and Granular Media Pretreatment, Toxin, and Boron Rejection Results and Energy Recovery Update in Carlsbad, Calif.

By Jonathan A. Dietrich, P.E., and Nikolay Voutchkov

July 2008

Reverse Osmosis

Is There a Place for Energy Recovery in Brackish RO Applications?

By Khaled R. Moftah

April 2008

Membranes

Membrane Process Offers Improved Water Recovery

By Hu Fleming, Ph.D., and Riad Al-Samadi, Ph.D.

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