Remediation Through Humification

The role of humic substances in groundwater remediation

About The Author: 

Ted McCarter is president of PRB Environmental Group, Inc. McCarter can be reached at 404.831.4446 or by e-mail at ted@prbeg.com.

Activation Date: 
April 5, 2010
Issue Reference: 
Legacy
Legacy ID: 
21636

Testing for Reliable Bacteria Reduction

Related search terms from www.waterinfolink.com: testing, bacteria, IWPs

About The Author: 

Nikki Beetsch is the business unit manager for NSF International’s Engineering & Research Services group. Beetsch can be reached at 800.NSF.MARK or by e-mail at beetsch@nsf.org.

Activation Date: 
March 25, 2010
Issue Reference: 
Legacy
Legacy ID: 
21560

Iron: A Nuisance Contaminant

Thinking green while removing brown

About The Author: 

Jeff Roseman, CWS-VI, is a consultant and freelance writer in the water industry. Roseman is a member of the WQP Editorial Advisory Board. Roseman can be reached via e-mail at jeffrey@aquaionplus.com.

Activation Date: 
February 8, 2010
Issue Reference: 
Legacy
Legacy ID: 
21454

POE Arsenic Treatment

Spotlight Name Archive: 
Products
Legacy ID: 
57890
Spotlight Header Archive: 
Dealer of the Month November 2009

LayneRT is an NSF/ANSI Standard 61 certified and approved arsenic removal media. It is a hydrous iron oxide-impregnated resin that efficiently binds arsenic and never needs backwashing. LayneRT was designed for use in the npXtra series of home treatment systems to effectively reduce arsenic. Tanks are connected by a proprietary control head that provides valves for sampling influent and effluent of both tanks.

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Controlling Contamination with Carbon

Controlling VOC contamination with activated carbon

About The Author: 

Ken Schaeffer is president of Carbon Resources, LLC. Schaeffer can be reached by e-mail at ken@carbonresources.com.

Activation Date: 
September 8, 2009
Legacy
Legacy ID: 
21068

Co-Occurring Contaminants

Arsenic and uranium in drinking water supplies

About The Author: 

James Knoll is MetSorb commercial manager for Graver Technologies. Knoll can be reached at 800.249.1990 or by e-mail at jknoll@gravertech.com. Nichole Pennisi is research and development chemist for Graver Technologies. Robert Russo, Ph.D., is media manager for Graver Technologies.

Activation Date: 
September 8, 2009
Legacy
Legacy ID: 
21067

What's in the Water?

Testing for disinfectants and disinfection byproducts

About The Author: 

Marianne Metzger is general products group manager for National Testing Labs. Metzger is a member of the Water Quality Products Editorial Advisory Board. She can be reached at 800.458.3330 or by e-mail at mmetzger@ntllabs.com.

Activation Date: 
June 4, 2009
Issue Reference: 
Legacy
Legacy ID: 
20811

Conservation Strategies for Arsenic Treatment

The effects of media selection on water loss and wastewater generation

About The Author: 

James Knoll is commercial manager for Graver Technologies. Knoll can be reached at 800.249.1990 or by e-mail at jknoll@gravertech.com. Nichole Pennisi is research and development chemist and Robert Russo, Ph.D., is media manager for Graver Technologies.

Activation Date: 
April 16, 2009
Issue Reference: 
Legacy
Legacy ID: 
20668

Selecting Adsorptive Media

Adsorptive media as an effective means of arsenic removal

About The Author: 

Fredrick Vance, Ph.D., is a development specialist for Dow Water Solutions. Vance can be reached by e-mail at fwvance@dow.com. Stephen Wrigley, Ph.D., is a project leader for Dow Water Solutions. Wrigley can be reached by e-mail swrigley@dow.com.

Activation Date: 
April 16, 2009
Issue Reference: 
Legacy
Legacy ID: 
20667

Innovations in Arsenic Treatment

Hybrid media improves arsenic-removal capabilities

About The Author: 

Teresia Möller, Ph.D., is a senior scientist for SolmeteX, a div. of Layne Christensen. Möller can be reached by e-mail at tmoller@solmetex.com. Paul Sylvester, Ph.D., is manager of research and development for SolmeteX. Sylvester can be reached by e-mail at psylvester@solmetex.com.

Activation Date: 
April 16, 2009
Issue Reference: 
Legacy
Legacy ID: 
20666
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