Increasing the efficiency of ozone technology in air purification HVAC systems

Q3 Engineering
Dzhamalutdin Chalaev, Tatiana Hrabova, Vitalii Sydorenko, Pavlo Honcharov, Rostyslav Bazieiev
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引用次数: 0

Abstract

The global problem of air pollution is exacerbated by large-scale pandemics and the catastrophic consequences of the war in Ukraine. To solve the problems of air purification, a technological scheme and equipment for plasma-chemical air treatment with a module for combined catalytic and thermal decomposition of excess ozone are proposed. Approbation of the scheme with the combined method of ozone destruction on oxide-cement catalysts showed an increase in ozone conversion by 10 - 15%. At the same time, the energy consumption for the implementation of the combined method of ozone destruction using heat pump recovery is 7-10 times less compared to the direct method of air heating.
提高臭氧技术在空气净化暖通空调系统中的效率
大规模流行病和乌克兰战争的灾难性后果加剧了全球空气污染问题。为解决空气净化问题,提出了一种等离子体化学空气处理的技术方案和设备,该技术方案采用催化与热分解组合式模块对过量臭氧进行处理。该方案与臭氧破坏氧化物-水泥催化剂的联合方法的认可表明,臭氧转化率提高了10 - 15%。同时,采用热泵回收臭氧破坏联合方法实施的能耗比直接采用空气加热的方法少7-10倍。
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来源期刊
Acta Periodica Technologica
Acta Periodica Technologica Engineering-Engineering (all)
CiteScore
0.60
自引率
0.00%
发文量
0
审稿时长
8 weeks
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