Phase Transfer‐Catalyzed Fast CO 2  Absorption by MgO‐Based Absorbents with High Cycling Capacity | Zendy

Zhang Keling | Zendy; Li Xiaohong Shari | Zendy; Li WeiZhen | Zendy; Rohatgi Aashish | Zendy; Duan Yuhua | Zendy; Singh Prabhakar | Zendy; Li Liyu | Zendy; King David L. | Zendy

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Phase Transfer‐Catalyzed Fast CO 2 Absorption by MgO‐Based Absorbents with High Cycling Capacity

Author(s) -

Zhang Keling,

Li Xiaohong Shari,

Li WeiZhen,

Rohatgi Aashish,

Duan Yuhua,

Singh Prabhakar,

Li Liyu,

King David L.

Publication year - 2014

Publication title -

advanced materials interfaces

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.671

H-Index - 65

ISSN - 2196-7350

DOI - 10.1002/admi.201400030

Subject(s) - materials science , catalysis , chemical engineering , phase (matter) , absorption (acoustics) , molten metal , absorption capacity , metal , gas phase , liquid phase , inorganic chemistry , metallurgy , organic chemistry , thermodynamics , chemistry , composite material , physics , engineering

Molten salts facilitate the reaction of CO 2 with MgO by providing an alternate pathway to traditional gas‐solid reactions. Molten salts partially dissolve bulk MgO and provide activated species accessible to CO 2 at gas‐solid‐liquid triple phase boundaries. This methodology is also applicable to other basic metal oxides and molten salts, inspiring the design of new absorbent systems.

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