Volume 97, №3
THE PROSPECT OF USING MEMBRANE DEVICES FOR COLD PRODUCTION AS AN ALTERNATIVE TO THE ABSORPTION REFRIGERATING INSTALLATION
The papers considers the problems relating to the use of separation processes in membrane apparatuses for the production of cold in mix refrigerating machines as an alternative to absorption refrigerating machines, which will ensure a more stable process for obtaining a refrigerant from the mixture, reduce material costs for the production of a refrigerating installation, and increase the energy effi ciency of the refrigerating installation operating on mixture components. An analysis of the use of traditional absorption and membrane refrigerating machines was carried out from the point of view of energy effi ciency and the number of working elements. The primary method for calculating the process of separation of an absorbent–refrigerant mixture based on reverse osmosis processes is presented
The papers considers the problems relating to the use of separation processes in membrane apparatuses for the production of cold in mix refrigerating machines as an alternative to absorption refrigerating machines, which will ensure a more stable process for obtaining a refrigerant from the mixture, reduce material costs for the production of a refrigerating installation, and increase the energy effi ciency of the refrigerating installation operating on mixture components. An analysis of the use of traditional absorption and membrane refrigerating machines was carried out from the point of view of energy effi ciency and the number of working elements. The primary method for calculating the process of separation of an absorbent–refrigerant mixture based on reverse osmosis processes is presented
Author: M. V. Shamarov
Keywords: refrigerating installation, absorption, separating membrane, selectivity, separation area, absorbent, refrigerant
Page: 585
M. V. Shamarov.
THE PROSPECT OF USING MEMBRANE DEVICES FOR COLD PRODUCTION AS AN ALTERNATIVE TO THE ABSORPTION REFRIGERATING INSTALLATION //Journal of engineering physics and thermophysics.
. Volume 97, №3. P. 585.
Back to list