Page 9 - Environmental Nanotechnology Applications and Impacts of Nanomaterials
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About the Contributors



















        Mark R. Wiesner, Ph.D., is a professor of Environmental Engineering
        at Duke University where he holds the James L. Meriam Chair in Civil
        and Environmental Engineering. His work has focused on applications of
        emerging nanomaterials to membrane science and water treatment, and
        an examination of the fate, transport, and effects of nanomaterials in the
        environment. Before joining the Duke University faculty in 2006, he served
        on the Rice University faculty for 18 years in the Departments of Civil and
        Environmental Engineering and Chemical Engineering, and as director
        of the Environmental and Energy Systems Institute. He is a co-founder
        of the Houston-based nanomaterials company Oxane Materials. Dr.
        Wiesner holds a B.A. in Mathematics and Biology from Coe College, an
        M.S. in Civil and Environmental Engineering from the University of Iowa,
        a Ph.D. in Environmental Engineering from the Johns Hopkins University,
        and has completed postdoctoral training at the École Nationale Supérieure
        des Industries Chimiques (ENSIC). In 2004, Dr. Wiesner was named a “de
        Fermat Laureate” and was awarded an International Chair of Excellence
        at the French Polytechnic Institute in Toulouse.

        Dr. Jean-Yves Bottero is a senior research director with France’s
        Centre National de la Recherche Scientifique (CNRS), and director of
        France’s Geoscience and Environment Lab (CEREGE) associated with
        the University of Paul Cézanne, Aix-Marseille. He also holds an appoint-
        ment as Adjunct Professor at Duke University. His research addresses
        physico-chemical phenomena of surfaces and particles. His early work
        addressed the structure of materials used in water treatment at the
        nanometric scale, and most notably demonstrated for the first time the
        existence of the Al 13  species that controls the chemistry of the now
        widely used “polyaluminum” coagulants. He has worked extensively on
        topics ranging from particle aggregation and membrane filtration to
        solid waste disposal and reuse. More recently, he has been a senior
        spokesman in Europe in advancing the agenda for research on possible
        environmental and health impacts of nanomaterials.

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