The use of non-metal materials in the filler units of cooling towers with circulating water supply system

The use of non-metal materials in the filler units of cooling towers with circulating water supply system

The design of cooling tower`s filler unit, consisting of inclined-corrugated contact elements, and made of polymer material, is developed and described in this research paper. The experimental studies were conducted to determine the efficiency of cooling the circulating water in the proposed cooling...

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Published in:MATEC web of conferences Vol. 315; p. 3002
Main Authors: Dmitriev, Andrey V., Madyshev, Ilnur N., Khafizova, Aliya I.
Format: Journal Article Conference Proceeding
Language:English
Published: Les Ulis EDP Sciences 2020
Subjects:
Cooling
Cooling rate
Cooling towers
Efficiency
Mass flow rate
Mass transfer
Microorganisms
Reagents
Scientific papers
Vapor phases
Water circulation
Water supply
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Abstract The design of cooling tower`s filler unit, consisting of inclined-corrugated contact elements, and made of polymer material, is developed and described in this research paper. The experimental studies were conducted to determine the efficiency of cooling the circulating water in the proposed cooling tower. The authors obtained the results of evaluating the heat-mass transfer efficiency coefficient of cooling tower, when changing the mass flow rates of liquid and gas phases. The research results showed that the highest efficiency of cooling the circulating water is observed at relatively low irrigation densities equal to 15-25 m 3 /(m 2 ·h), while the heat-mass transfer efficiency of cooling tower achieves 72%.The use of non-metal materials as the main elements of cooling tower allows to abandon the use of chemical reagents against bacteria and microorganisms in favor of circulating water ozonation method.
AbstractList The design of cooling tower`s filler unit, consisting of inclined-corrugated contact elements, and made of polymer material, is developed and described in this research paper. The experimental studies were conducted to determine the efficiency of cooling the circulating water in the proposed cooling tower. The authors obtained the results of evaluating the heat-mass transfer efficiency coefficient of cooling tower, when changing the mass flow rates of liquid and gas phases. The research results showed that the highest efficiency of cooling the circulating water is observed at relatively low irrigation densities equal to 15-25 m3/(m2·h), while the heat-mass transfer efficiency of cooling tower achieves 72%.The use of non-metal materials as the main elements of cooling tower allows to abandon the use of chemical reagents against bacteria and microorganisms in favor of circulating water ozonation method.
The design of cooling tower`s filler unit, consisting of inclined-corrugated contact elements, and made of polymer material, is developed and described in this research paper. The experimental studies were conducted to determine the efficiency of cooling the circulating water in the proposed cooling tower. The authors obtained the results of evaluating the heat-mass transfer efficiency coefficient of cooling tower, when changing the mass flow rates of liquid and gas phases. The research results showed that the highest efficiency of cooling the circulating water is observed at relatively low irrigation densities equal to 15-25 m 3 /(m 2 ·h), while the heat-mass transfer efficiency of cooling tower achieves 72%.The use of non-metal materials as the main elements of cooling tower allows to abandon the use of chemical reagents against bacteria and microorganisms in favor of circulating water ozonation method.
Author Dmitriev, Andrey V.
Madyshev, Ilnur N.
Khafizova, Aliya I.
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  fullname: Madyshev, Ilnur N.
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  givenname: Aliya I.
  surname: Khafizova
  fullname: Khafizova, Aliya I.
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10.1051/matecconf/201711508006
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SubjectTerms Cooling
Cooling rate
Cooling towers
Efficiency
Mass flow rate
Mass transfer
Microorganisms
Reagents
Scientific papers
Vapor phases
Water circulation
Water supply
Title The use of non-metal materials in the filler units of cooling towers with circulating water supply system
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