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Energetic Efficiency of Mixing and Mass Transfer in Single Phase and Two-Phase Systems

100%
Jasińska M., Bałdyga J.
Chemical and Process Engineering
|
2017
|
vol. 38
|
issue 1
2
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Test Reactions to Study Efficiency of

100%
Jasińska M.
Chemical and Process Engineering
|
2015
|
vol. 36
|
issue 2
171-208
EN
Effects of mixing on the course of fast chemical reactions are relatively well understood, especially in homogeneous systems. This enables to design and operate chemical reactors with the goal to achieve a high yield of a desired product and use systems of complex reactions as a chemical probe (chemical test reactions) to identify progress of mixing and quality of mixture. Recently, a number of studies have focused on the application of chemical test reactions to identify energy efficiency of mixing, being a convenient way of comparing mixers and reactors in terms of their mixing efficiency. This review offers a presentation of chemical test reactions available in the literature and methods of applications of test reactions to identify the energy efficiency of mixing. Also methods to assess the extent of micromixing by measuring product distribution or segregation index, and to determine the time constant for mixing are presented for single phase homogeneous systems and two-phase liquid-liquid systems.
3
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Test Reactions to Study Efficiency of

86%
Jasińska M.
Chemical and Process Engineering
|
2015
|
issue 2
4
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Energetic efficiency of mass transfer accompanied by chemical reactions in liquid-liquid systems

86%
Jasińska M., Bałdyga J.
Chemical and Process Engineering
|
2017
|
vol. 38
|
issue 3
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