Journal
REVIEWS IN CHEMICAL ENGINEERING
Volume 37, Issue 1, Pages 125-161Publisher
WALTER DE GRUYTER GMBH
DOI: 10.1515/revce-2018-0046
Keywords
catalysis; crystallization; distillation; membrane gas separation; nanoparticles
Categories
Funding
- Russian Science Foundation [18-19-00453, 17-79-20286, 17-79-10464, 17-73-20275]
- Russian Foundation of Basic Research [17-08-01053, 16-38-60192 mol_a_dk, 16-38-60174 mol_a_dk]
- Russian Federation [MC-2924.2017.8]
- Ministry of Education and Science of the Russian Federation [4.6535.2017/8.9]
- Russian Science Foundation [17-79-20286, 17-79-10464, 17-73-20275, 18-19-00453] Funding Source: Russian Science Foundation
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In the past decade, novel approaches for post-synthesis processes of separating and purifying gases have been increasingly accepted in the industry, with a focus on developing new materials for challenging environments. Research is concentrated on elevated pressure and thermal distillations, membrane cascades, crystallization, and hydride methods.
In the last decade, novel approaches for post-synthesis processes of separation and high purification of gases are gaining larger acceptance in industry. The market is competing with consolidated operations such as cryogenic distillation. The key for new approaches of distillation, membranes and crystallization in challenging and harsh environments is the development of new tough, high-performance materials that are characterized by higher energy efficiency compared with conventional cryogenic distillation. This review highlights the most promising fields of research in high purification and separation of gases by considering the elevated pressure and thermal distillations, membrane cascades, purification in synthesis by use of catalytic technologies, crystallization and hydride methods based on them.
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