Sustainable Water Management

Daniel H. Chen is professor at the Dan F. Smith Department of Chemical Engineering and holds the title of University Professor and University Scholar at Lamar University. He is the director of the Photocatalysis Lab and deputy director of the Process Engineering Center. Dr. Chen’s areas of expertise are air/water pollution, nanostructured catalytic materials, and process modeling. He has published 4 book chapters and 37 articles and has given numerous presentations throughout the United States and worldwide. Since 2006, he has worked on a series of field sampling and water treatment projects aimed at improving the water quality of the Rio Grande Basin in south Texas. Dr. Chen holds a PhD in Chemical Engineering from Oklahoma State University. Dr. Chen has previously served as a shift supervisor in Hualon-Teijin Polyester Plant, Taiwan, as a project engineer at Chemical Engineering Consultants, Inc., Stillwater, Oklahoma, as a US Department of Energy research fellow at the National Energy Technology Laboratory in Morgantown, West Virginia, and as a US Army/Battelle faculty associate at Aberdeen Proving Ground in Maryland. He also has served as session chair/co-chair of Sustainable Water Use and Management, Reaction Engineering for Combustion and Pyrolysis, and Liquid Phase Reaction Engineering at the American Institute of Chemical Engineers (AIChE). Dr. Chen is a registered professional engineer in the state of Texas.

"A very well written and arranged, easy to read reference book by notable experts in the subject of water management and technology for sustainability." — Dickson Ozokwelu, US Department of Energy, Bowie, Washington, D.C., USA"The two-volume set Sustainable Water Management and Technologies, edited and compiled by Daniel Chen, covers a broad spectrum of current-day issues and challenges in water resource management and stewardship arising from increased demand for energy, food, and water, and the rapid expansion of new technologies for energy production via Shale gas and unconventional hydrocarbons. Topics include current best practices for water purification and management, plus emerging developments in nano and biotechnology, as well as advanced separations to address future needs. It is what a handbook should be, a go-to reference set to provide background and grounding for a highly important area of science and technology." — Joseph B. Powell, Shell, Houston, Texas, USA

• Water Quality Management. Water Monitoring and Diagnosis. Sustainable Monitoring of Algal Blooms. Groundwater Management (Aquifer Storage and Recovery, Overdraft). Reservoir System Management. Sustainable Urban Water Management. Water Management for Shale Oil and Gas Development. Outreach Programs for Awareness of Water Resources Sustainability and Adoption of Best Management Practices. Water Scarcity in Developing Regions. Perspectives on Managing Freshwater Systems for Sustainable Use. Climate Change and Future Water Supply. Adapting Water Infrastructure to Nonstationary Climate Changes. Integration of Water and Energy Sustainability. Water, Energy, and Ecosystem Sustainability. Optimum, Sustainable, and Integrated Water Management.