Perspectives of Microwaves‐Enhanced Heterogeneous Catalytic Gas‐Phase Processes in Flow Systems | Zendy

Stankiewicz Andrzej | Zendy; Sarabi Farnaz Eghbal | Zendy; Baubaid Abdul | Zendy; Yan Peng | Zendy; Nigar Hakan | Zendy

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Perspectives of Microwaves‐Enhanced Heterogeneous Catalytic Gas‐Phase Processes in Flow Systems

Author(s) -

Stankiewicz Andrzej,

Sarabi Farnaz Eghbal,

Baubaid Abdul,

Yan Peng,

Nigar Hakan

Publication year - 2019

Publication title -

the chemical record

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.61

H-Index - 78

eISSN - 1528-0691

pISSN - 1527-8999

DOI - 10.1002/tcr.201800070

Subject(s) - microwave , flow (mathematics) , process engineering , catalysis , microwave heating , phase (matter) , gas phase , materials science , nuclear engineering , computer science , mechanics , physics , chemistry , engineering , thermodynamics , telecommunications , biochemistry , quantum mechanics

The paper discusses the currents status and future perspectives of the utilization of microwaves, as a selective and locally controlled heating method, in heterogeneous catalytic flow reactors. Various factors related to the microwave‐catalyst interaction and the design of microwave‐assisted catalytic reactor systems are analyzed. The analysis clearly shows the superiority of the traveling‐wave systems over the mono‐mode and multi‐mode cavity‐based systems when it comes to the design and application of microwave flow reactors at relevant production scales.

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