Abstract
The paper provides a scheme of the designed sectioned mass exchange packing, a description of an experimental plant for studying flow dynamics and heat and mass exchange processes in packing devices, and experimental results of investigation on flow characteristics of the designed sectioned mass exchange packing. The authors describe the advantages and structural aspects of the use of new adjustable packing materials. The authors have studied the use of wastes from metal working machines for packings of heat-and-mass exchange apparatuses as well as the adjustment (self-adjustment) of their basic parameters and flow modes. The article also covers the classifying method for processing of experimental data that helps to perform an express investigation and provide conclusions on the applicability of packing materials for different mass exchange processes. Besides, the authors provide the results of calculation of main process parameters and dimensions of an industrial absorber equipped with a sectioned mass exchange packing each section in which is to be adjusted and managed by flow modes.
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