A non-reactive method of degassing the make-up and feed water of the heating network

The method of vacuum degassing of make-up and feed water of the heating system proposed by the authors is based on the method of engineer I.G. Komarchev, who is the founder of the reagent-free method of removing carbon dioxide from the water of hot water boilers and thermal power plants. The main task of the authors is to propose a method for removing aggressive gases from the make-up and feed water of the heating network, which will replace expensive, metal-intensive and bulky equipment of boiler houses and thermal power plants with easy-to-operate and economical equipment. Unlike decarbonizers, the vacuum degassing method eliminates the need to have blowers, carry out periodic overloads and flushing of the nozzle (Raschig rings), as well as carry out other repair work on decarbonizers, which will greatly facilitate the operating conditions of water decarbonization schemes

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Publication Details

Journal
ВЕСТНИК ВОЛГОГРАДСКОГО ГОСУДАРСТВЕННОГО АРХИТЕКТУРНО-СТРОИТЕЛЬНОГО УНИВЕРСИТЕТА
Published
2025-01-01
DOI
https://doi.org/10.35211/18154360_2025_1_167
Primary Topic
Process Optimization and Integration
Type
article
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article

A non-reactive method of degassing the make-up and feed water of the heating network

Evgeny Borovoy, Alexey Churakov, O. N. Volskaya, M. V. Khalipovsky
ВЕСТНИК ВОЛГОГРАДСКОГО ГОСУДАРСТВЕННОГО АРХИТЕКТУРНО-СТРОИТЕЛЬНОГО УНИВЕРСИТЕТА
Process Optimization and Integration
article

A non-reactive method of degassing the make-up and feed water of the heating network

Evgeny Borovoy, Alexey Churakov, O. N. Volskaya, M. V. Khalipovsky
article en

Abstract

The method of vacuum degassing of make-up and feed water of the heating system proposed by the authors is based on the method of engineer I.G. Komarchev, who is the founder of the reagent-free method of removing carbon dioxide from the water of hot water boilers and thermal power plants. The main task of the authors is to propose a method for removing aggressive gases from the make-up and feed water of the heating network, which will replace expensive, metal-intensive and bulky equipment of boiler houses and thermal power plants with easy-to-operate and economical equipment. Unlike decarbonizers, the vacuum degassing method eliminates the need to have blowers, carry out periodic overloads and flushing of the nozzle (Raschig rings), as well as carry out other repair work on decarbonizers, which will greatly facilitate the operating conditions of water decarbonization schemes

ВЕСТНИК ВОЛГОГРАДСКОГО ГОСУДАРСТВЕННОГО АРХИТЕКТУРНО-СТРОИТЕЛЬНОГО УНИВЕРСИТЕТА(1)
Openalex Percentile: Top 68%
Process Optimization and Integration
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