Outreach :: Phosphate-Based Reactive Barriers for Contaminated Sediments :: UNH Contaminated Sediments Center

Outreach

In the News
Papers and Reports
Presentations
Posters

In the News
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Dredged Sediments in Cement Contaminated sediments could replace some of the raw materials used to manufacture portland cement. Environmental Science & Technology 05.02.07
UNH Engineers Seek 'Multi-symptom' Remedy for Sediment Pollution UNH Campus Journal 08.02.06
	Researchers Turn Environmental Disaster into Learning Experience UNH Campus Journal 05.03.06
	A New Vision for Near Southeast Will waterfront project bring real change or just more of the same? By Gideon Berger This article in Capital Living discusses the changes coming to the waterfront area of the Anacostia River in Washington, DC. 05.21.03
	UNH Researchers Test New Contaminated-Sediment Cap in D.C. River This UNH News Release discusses how ERG researchers are conducting the first field-scale test of a patented system for capping and treating contaminated sediment in the Anacostia River in Washington, DC. 04.27.04

Papers
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Phosphate-Based Heavy Metal Stabilization and Reactive Barrier Technologies for Contaminated Sediments and Dredged Materials

Final report to NOAA/CICEET on laboratory scale diffusion experiments on phosphate reactive barriers.

Pilot-Scale Reactive Barrier Technologies for Containment of Metal-Contaminated Sediments and Dredged Materials

Final report to NOAA/CICEET on pilot scale phosphate reactive caps for treating contaminated sediment.

Reactive Barriers for Containment of Metals-Contaminated Dredged Materials: Diffusion Studies

Presented by Taylor Eighmy at the Beneficial Use of Recycled Materials in Transportation Applications international conference in Arlington, VA in November 2001.

Presentations
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	Apatite-Based Reactive Barrier Technology Based Reactive Barrier Technology in the in the Anacostia Anacostia River Study Presented by Jeff Melton at Battelle's Innovative Capping Methods, January 27, 2005
	Anacostia River Capping Demonstration Presented by Bradley S. Crannell on June 27, 2004 at ECC in Washington, DC.
	Reactive Barriers for Containment of Metals- Contaminated Dredged Materials: Diffusion Studies Presented by T. Taylor Eighmy at the Beneficial Use of Recycled Materials in Transportation Applications international conference in Arlington, VA in November 2001.
	Phosphate-Based Reactive Barrier Capping Systems Pilot-Scale Experiments and the Anacostia River Presented by Bradley S. Crannell at UNH's Environmental Research Group's Seminar Series in November 2004.

Posters
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Phosphorite Based Reactive Barrier TEchnology for Capping Metal Contaminated Sediments in the Tidal Anacostia River (Washington, DC)

Presented by Jeffrey S. Melton at the SERDP Partners in Environmental Technology Symposium in November 2005 in Washington, D.C.

Demonstration of Apatite Based Reactive Barrier Technology for Containment of Heavy Metal-Contaminated Sediments in the Anacostial River

Presented by Bradley S. Crannell at the University of Massachusetts Lowell in November 2004.

Demonstration of Apatite Based Reactive Barrier Technology for Containment of Heavy Metal-Contaminated Sediments in the Anacostial River

Presented by Bradley S. Crannell at the Gregg Hall dedication at the University of New Hampshire in April 2003.

Phosphate-Based Reactive Barriers for Contaminated Sediments
University of New Hampshire
Durham, NH 03824

Created: June 2005
Updated: May 3 , 2007