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Our National Academy Members

Environmental and Natural Resources

February 2007 Mission
Arrow Emmett P. Fiske
Arrow Richard Gill
Arrow John Harrison
Arrow Brian N. Tissot
Arrow Timothy VanReken

November 2005 Mission
Arrow Jeffrey Joireman
Arrow Judith Morrison
Arrow Pius Ndegwa
Arrow William L. Pan
Arrow
Vikram Yadama

May 2005 Mission
Arrow Marc Beutel
Arrow Keith Blatner
Arrow Stephen Bollens
Arrow Candis S. Claiborn
Arrow Cheryl Schultz
Arrow David Yonge

February 2003 Mission
Arrow Markus Flurry
Arrow Richard Gill
Arrow Frank Loge
Arrow Mark Stephan
Arrow Philip Wandschneider

Our National Academy Members

Flury

Dr. David Yonge, Professor in Civil and Environmental Engineering at Washington State University, received his Ph.D. in 1982, in Environmental Systems Engineering from Clemson University. His area of interest is in physical and chemical wastewater treatment processes, specializing in adsorption phenomena, metal partitioning, precipitation, facilitated metal transport mechanisms, and vapor extraction of chlorinated solvents. He has been involved in the study of adsorption and desorption of hazardous organics and metals on soil simulants, soil, and activated carbon and the removal of metals from industrial waste streams for the past 20 years. These studies have included fundamental and applied aspects of sorption phenomena in complex systems (recently involving the partitioning of high concentrations of CCl4 on well-characterized silicates with narrow pore size distributions) and in defining the fate of particulates and metals in highway runoff. Dr. Yonge is also working to define biological chromium reduction in laboratory scale columns.

Our National Academy Members World-Class Research

 
 

Civil and Environmental Engineering
David Yonge
Solving Today’s Complex Environmental Problems

download a printable pdf

David Yong in lab with student

The development and implementation of efficient and cost effective solutions to remediate ecosystems contaminated by anthropogenic pollutants requires expertise from the physical and social sciences, engineering, and education. WSU has experts in numerous departments across campus involved in environmental research and education. The Center for Multiphase Environmental Research (CMER), formed in 1997, acts as an umbrella organization within the WSU family to foster cross-disciplinary collaboration of students and faculty with a mission of educating the next generation of environmental professionals. This mission is accomplished through interdisciplinary research that provides cutting edge solutions to important environmental problems, and by transferring this technology to industry and governmental agencies. True interdisciplinary education at the doctoral level is a relatively new concept. Instead of students being narrowly focused on individual research and coursework, experts from a variety of disciplines broaden students’ perspectives by requiring common coursework and seminars that include students and faculty from multiple disciplines. Initial collaboration was established through a NSF Integrative Graduate Education and Research Training grant received in 1998. About 20 faculty and 45 Ph.D. students from six departments and three colleges have participated in the program and graduates and their employers have commented on the advantages of this unique educational experience.

Several new discoveries and research directions have resulted from the interdisciplinary interactions developed through CMER. One example is the discovery that biological reduction of chromium (from the soluble and toxic form of hexavalent chromium to the insoluble and less toxic trivalent form of chromium hydroxide) actually forms organo-chromium complexes that remain relatively soluble and mobile in the environment. This finding, involving students from microbiology, chemistry, and engineering, has led research in new directions and has generated additional funding dedicated to defining the fundamental mechanisms involved in the production of these unique organo-chromium complexes. This cross-disciplinary interaction is the only way to discover and find solutions to our environmental problems, and students and faculty are fully committed to not only continue but to expand these interactions. Research within CMER will continue to expand upon the success of collaborative research and education to solve today’s environmental problems, and to educate professionals who will be future leaders in the field of environmental science, engineering, and education.


Contact Information
David Yonge, Ph.D.
Director, Center for Multiphase Environmental Research
Department of Civil and Environmental Engineering

Washington State University
PO Box 642910
Pullman, WA 99164-2910

Telephone: 509-335-2147
E-mail: yonge@wsu.edu

   

                         
                         
 
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