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Nanoporous Materials for Gas Storage, 1st ed. 2019 Green Energy and Technology Series

Langue : Anglais
Couverture de l’ouvrage Nanoporous Materials for Gas Storage

This book shows the promising future and essential issues on the storage of the supercritical gases, including hydrogen, methane and carbon dioxide, by adsorption with controlling the gas-solid interaction by use of designed nanoporous materials. It explains the reason why the storage of these gases with adsorption is difficult from the fundamentals in terms of gas-solid interaction. It consists of 14 chapters which describe fundamentals, application, key nanoporous materials (nanoporous carbon, metal organic frame works, zeolites) and their storage performance for hydrogen, methane, and carbon dioxide.

Thus, this book appeals to a wide readership of the academic and industrial researchers and it can also be used in the classroom for graduate students focusing on clean energy technology, green chemistry, energy conversion and storage, chemical engineering, nanomaterials science and technology, surface and interface science, adsorption science and technology, carbon science and technology, metal organic framework science, zeolite science, nanoporous materials science, nanotechnology, environmental protection, and gas sensors.

Introduction.- Supercritical gases.- Fundamental science of gas storage.- Engineering aspects of gas storage.- Nanoporous carbons.- MOFs.- Zeolites and other adsorbents.- Methane storage on nanoporous carbons.- Methane storage on metal organic frameworks.- Methane storage on zeolite and others adsorbents.- Storage of hydrogen on nanoporous adsorbents.- CO2 storage on nanoporous carbon.- CO2 storage on metal organic framework.- CO2 storage on zeolites and other adsorbents.- Clathrate-mediated gas storage.- Conclusions.
Katsumi Kaneko graduated the master program of Chemistry of the University of Tokyo in 1971 and became a Research Associate of Faculty of Science, Chiba University just after graduation of the master program. Doctor of Science was given for the research carried out in Chiba University from the University of Tokyo in 1978. He became Associate Professor in 1986. He was Professor of Physical Chemistry from 1992 to 2010 in Chiba University. He was invited to Exotic Nanocarbons Project, Japan Regional Innovation Strategy Program by the Excellent, Japan Science and Technology as Distinguished Professor in 2010. He has been Distinguished Professor of Center for Energy and Environmental Science Shinshu University since 2014 after the JST project. He is a world-wide active scientist in adsorption and nanoporous materials science fields. He has developed science on molecules, ions, and materials confined in nanoscale solid spaces. He firstly enveiled in-pore super-high pressure effect of carbon pores and partial dehydration effect of carbon pores for ions, and non-Coulombic structure formation of ions in carbon pores. He has contributed to quantum molecular sieving effect and water adsorption on hydrophobic carbons in addition to pioneering contribution to characterization of nanoscale carbon pores. He published about 500 articles in refereed journals. He was in charge of president of the International Adsorption Society from 2004 to 2007. He is the recipient of the Division Award of the Chemical Society of Japan and the Charles Petinos Award by the American Carbon Society. He is a fellow of the Royal Society of Chemistry, International Adsorption Society, and Chemical Society of Japan.

Francisco Rodríguez-Reinoso obtained his doctorate from Granada University (Spain) in 1967. He did postdoctoral research at Bristol University (UK) and Pennsylvania State University (USA) from 1968 to 1971. He was then Associate professor of Inorganic Chemistry at Granada Univ

Combines molecular level knowledge with material design for gas storage

Explains the reason why storage of hydrogen, methane, and carbon dioxide is difficult

Challenges the design and search of optimum porous materials

Pioneers industrial application route for natural gas storage by porous carbons

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