Titlebook: Nanoporous Materials for Gas Storage; Katsumi Kaneko,Francisco Rodríguez-Reinoso Book 2019 Springer Nature Singapore Pte Ltd. 2019 Gas sto

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Metal-Organic Frameworks,ional organic molecules (linkers). Highly porous MOFs reach records in terms of storage capacities for gases and vapors. The main characteristics of MOFs responsible for the success of them as adsorbents are crystallinity, modular composition, as well as exceptionally high specific surface areas and

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Methane Storage on Nanoporous Carbons, a large gravimetric and volumetric storage capacity in real applications (e.g., onboard storage for transportation vehicles), a proper carbon material must fulfill certain requirements in terms of porous structure, pore geometry, pore size distribution, and packing density. The effect of these para

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Storage of Hydrogen on Nanoporous Adsorbents,creasingly important energy vector. This chapter explores the research avenues that have been taken for the storage of hydrogen with zeolites, carbon-based materials, and metal-organic frameworks. Many studies have been devoted to characterization at 77?K and 1?bar..This chapter highlights that few

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CO2 Storage on Nanoporous Carbons,le surface chemistry, and low energy requirements for regeneration. In this chapter, the potential of porous carbons for carbon capture in different scenarios will be shown. Firstly, the fundamentals of CO. adsorption by porous carbons will be thoroughly described. Afterward, the synthesis strategie