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Li Chen, Michael H. Young, Jim Woodrow, Duane P. Moser, Jianting Zhu, Richard B. Susfalk, Glenn C. Miller, Stephanie K. Labahn, Ernesto A. Moran, Todd Arrowood, Nevada System of Higher Education. Desert Research Institute, Nevada System of Higher Education. Desert Research Institute. Division of Hydrologic Sciences
Technical Report
Results of Laboratory Experiments in Support of PAM-related Research
Technical ReportLi Chen
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Li Chen
Li Chen, Michael H. Young, Jim Woodrow, Duane P. Moser, Jianting Zhu, Richard B. Susfalk, Glenn C. Miller, Stephanie K. Labahn, Ernesto A. Moran, Todd Arrowood, Nevada System of Higher Education. Desert Research Institute, Nevada System of Higher Education. Desert Research Institute. Division of Hydrologic Sciences
Technical Report
Results of Laboratory Experiments in Support of PAM-related Research

Technical Report Results of Laboratory Experiments in Support of PAM-related Research

Li Chen, Michael H. Young, Jim Woodrow, Duane P. Moser, Jianting Zhu, Richard B. Susfalk, Glenn C. Miller, Stephanie K. Labahn, Ernesto A. Moran, Todd Arrowood, Nevada System of Higher Education. Desert Research Institute, Nevada System of Higher Education. Desert Research Institute. Division of Hydrologic Sciences
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This report describes laboratory-based research conducted on linear anionic polyacrylamide (LA-PAM) to evaluate its efficacy in reducing seepage in unlined water delivery canals and potential environmental impacts from its use. The projects focused on three categories: LA-PAM hydration and reactivity, acrylamide (AMD) fate and transport, and LA-PAM transport.
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