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Explore the Properties of Today's Widely Used Nanomaterials- and Assess Their Potentially Harmful Effects on the Environment
Environmental Nanotechnology is the first book to assist you in both understanding the properties of new nanomaterial-centered technology and assessing the potentially harmful effects these materials may have on the environment.
Written by a team of 29 leading experts from around the world, this comprehensive book presents cutting-edge coverage of the fabrication, characterization, and measurement of nanomaterials...emerging markets for nanomaterials...nanotechnologies in the energy industry...nanotechnologies for environmental quality...nanotechnology transport and fate in the environment...toxicological impacts of nanomaterials...and much more. Filled with detailed illustrations, Environmental Nanotechnology features:
State-of-the-art techniques for the characterization and measurement of nanomaterials
The latest findings on the transport and fate of nanomaterials in the environment
Nanotechnologies for energy production, storage, and distribution
In-depth analyses of the ecotoxicological impacts of nanomaterials
New methods for developing nanomaterials with less environmental risk
Inside This Landmark Environmental Engineering Guide
_- Nanomaterials: New Challenges and Opportunities - Fabrication of Nanomaterials - Characterization and Measurement of Nanomaterials - Emerging Markets for Nanomaterials - Nanomaterial-Enabled Technologies for Energy Production, Storage, and Distribution - Nanomaterial-Enabled Technologies for Environmental Quality - Nanomaterial Transport and Fate in the Environment - Ecotoxicological Impacts of Nanomaterials - Toxicological Impacts of Nanomaterials
Table des matières
About the Contributors Part I: Nanotechnology as a Tool for Sustainability Chapter 1: Nanotechnology and the Environment (Mark R. Wiesner and Jean-Yves Bottero) Chapter 2: Nanotechnology and Our Energy Challenge (Wade Adams and Amy Myers Jaffe) Part II: Principles and Methods Chapter 3: Nanomaterials Fabrication (Jean-Pierre Jolivet and Andrew R. Barron) Chapter 4: Methods for Structural and Chemical Characterization (Jerome Rose, Antoine Thill, and Jonathan Brant) Chapter 5: Reactive Oxygen Species Generation on Nanoparticulate Material (Michael Hoffmann, Ernest M. Holtze, and Mark R. Wiesner) Chapter 6: Principles and Procedures to Assess Nanomaterial Toxicity (Michael Kovochich, Tian Xia, Jimmy Xu, Joanne I. Yeh, and Andre E. Nel) Chapter 7: Nanoparticle Transport, Aggregation, and Deposition (Jonathan Brant, Jerome Labille, Jean-Yves Bottero, and Mark R. Wiesner) Part III: Environmental Applications of Nanomaterials Chapter 8: Nanomaterials for Groundwater Remediation (Gregory V. Lowry) Chapter 9: Membrane Processes (Mark R. Wiesner, Andrew R. Barron, and Jerome Rose) Chapter 10: Nanomaterials as Adsorbants (Melanie Auffan, Heather J. Shipley, Sujin Yean, Amy T. Kan, Mason Tomson, Jerome Rose, and Jean-Yves Bottero) Part IV: Potential Impacts of Nanomaterials Chapter 11: Toxicological Impacts of Nanomaterials (Nancy A. Monteiro-Riviere and Thierry Orsiere) Chapter 12: Ecotoxicological Impacts of Nanomaterials (Delina Y. Lyon, Antoine Thill, Jerome Rose, and Pedro J.J. Alvarez) Chapter 13: Assessing Life-Cycle Risks of Nanomaterials (Christine Ogilvie Robichaud, Dicksen Tanzil, and Mark R. Wiesner) INDEX
A propos de l'auteur
Mark R. Wiesner, Ph.D., is a professor of Environmental Engineering and former director of the Environmental & Energy Systems Institute (EESI). Dr. Wiesner's research pioneered the applications of nanomaterials to membrane science and water treatment and an examination of the possible risks posed by these materials to human health and the environment. Jean-Yves Bottero, Ph.D., is the head of France's Geoscience and Environmental Laboratory. He specializes in the physical chemistry of organic, inorganic, and heterogeneous contaminants; the physicochemical properties of surfaces; mechanisms of coagulation and flocculation; and water and wastewater treatment.
