Abstract
When performing rectification and sorption processes, one method to increase the energy efficiency is the use of modern contact facilities, which makes it possible to increase the productivity of industrial installations and to lower the prime cost of the unit of the ready product. In recent years, various designs of such facilities possessing a rather high heat-and-mass exchange efficiency appear. They have disadvantages such as a high hydraulic resistance, low efficiency, and complexity in fabrication and repair. The application of jet-bubble contact facilities that we developed will make it possible to prevent the ungrounded increase in the energy consumption in column apparatuses. The question of the scale transition is also solved in this case, which will make it possible to develop the apparatuses of any specified productivity without efficiency lowering. The article represents the results of the investigation into the determination of optimal constructive parameters of the contact facility.
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