Book ChapterDOI
Modelling of Absorption Process in a Column with Diffused Flow Structure in Liquid Phase
Alexander Golovanchikov,Nikolay Merentsov +1 more
- pp 635-644
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TLDR
In this paper, a physical and mathematical model of the absorber with countercurrent flow of dispersed gas phase was proposed and the model considered ideal displacement regime and uniform liquid phase with the diffusion flow structure.Abstract:
In this study, physical and mathematical model of the absorber with countercurrent flow of dispersed gas phase was proposed. The model considered ideal displacement regime and uniform liquid phase with the diffusion flow structure. The calculation algorithm was proposed. The technological and geometrical parameters of absorbers were compared with considered in the study flow structures as well as with flow structures of ideal displacement for both phases. The calculation algorithm for the phases is described in previous studies. The variation observed between the absorber flow structure and ideal displacement requires the increase in the column packing height.read more
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Journal ArticleDOI
The use of industrial wastes from machine-building enterprises as packing materials for small-sized absorbers for gas emissions purification
TL;DR: In this paper, the authors used industrial wastes from machine-building enterprises, appearing while machining various steel grades, as packing materials for industrial absorbers for environmental cleaning processes of gas emissions.
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Heat and mass transfer in unit of cooling tower filler with advanced gas-liquid contact surface
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Sectional automatic adjustment of catalyst layers in gas and liquid phase reactors
TL;DR: In this paper, a new approach to the high-quality implementation of gas-liquid and catalytic gas-and liquid-phase reactions in displacement reactors is presented, where the authors have described the scheme and algorithm for automatic control of the parameters of the catalyst layer.