Influence of Operating Parameters on Thermal Capacity of Closed Cooling Tower with Bundle of Finned Tubes

The study of thermal characteristics of closed-type cooling towers is of great importance in modern production of different industries. Efficient chilling of process water provides an optimization of energy costs and an improved overall performance of the equipment. In this paper, based on the developed calculation method for the chilling process in a closed-type cooling tower with a wetted finned tube bundle, its thermal capacity was studied. During the calculation, various mass flow rates of the wetting liquid were changed. It was determined that the peak thermal capacity is observed at the lowest temperature of the wetting liquid at the input to the sprinkler and the highest mass flow rate under study.

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Published
2025-04-08
DOI
https://doi.org/10.1109/reepe63962.2025.10971110
Primary Topic
Solar Energy Systems and Technologies
Type
article
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article

Influence of Operating Parameters on Thermal Capacity of Closed Cooling Tower with Bundle of Finned Tubes

A. O. Mayasova, Vitaly Kharkov, V. É. Zinurov, И. Н. Мадышев
Solar Energy Systems and Technologies
article

Influence of Operating Parameters on Thermal Capacity of Closed Cooling Tower with Bundle of Finned Tubes

A. O. Mayasova, Vitaly Kharkov, V. É. Zinurov, И. Н. Мадышев
article en

Abstract

The study of thermal characteristics of closed-type cooling towers is of great importance in modern production of different industries. Efficient chilling of process water provides an optimization of energy costs and an improved overall performance of the equipment. In this paper, based on the developed calculation method for the chilling process in a closed-type cooling tower with a wetted finned tube bundle, its thermal capacity was studied. During the calculation, various mass flow rates of the wetting liquid were changed. It was determined that the peak thermal capacity is observed at the lowest temperature of the wetting liquid at the input to the sprinkler and the highest mass flow rate under study.

Kazan State Power Engineering University (RU), Kazan State Technological University (RU)
Affordable and clean energy
Openalex Percentile: Top 90%
Solar Energy Systems and Technologies
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