Registration Number
0226U002033,
(0125U000526)
, R & D reports
Title
Development of environmentally friendly technology and technical means for cleaning flue gases of industrial enterprises
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Розроблення конструкції обладнання для охолодження газоподібних промислових відходів при виробництві будівельних матеріалів
Head
Faflei Oleh Ya., Доктор філософії
Registration Date
05-02-2026
Organization
Ivano-Frankivsk National Technical University of Oil and Gas
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The goal of the project is to increase the environmental security of the state by developing technology and equipment for the separation and purification of gaseous waste from industrial enterprises
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DEVELOPMENT OF ENVIRONMENTALLY FRIENDLY TECHNOLOGY AND TECHNICAL MEANS FOR PURIFICATION OF FLUE GASES OF INDUSTRIAL ENTERPRISES
Object of research. Processes of cooling gaseous industrial waste.
Subject of research. Technical means and technologies for energy- and reagent-independent cooling of gaseous waste of industrial enterprises.
Purpose of work. Improving the environmental safety of the state by developing a new technology for cooling gaseous waste of industrial enterprises.
Research methods – a systematic approach that combines the latest information technologies, classical mechanical-mathematical and computer modeling, as well as laboratory and industrial experimental verification of the results obtained.
Results obtained. Within the scope of the reporting stage, energy-efficient technical solutions for cooling and controlling the parameters of flue gases from industrial enterprises were developed. A comprehensive analysis of the physicochemical characteristics of flue gases from the cement and oil-and-gas industries was carried out. Their main features were identified, including high temperatures of up to 130 °C, a significant content of water vapor, carbon monoxide and carbon dioxide, nitrogen and sulfur oxides, metals and their compounds, as well as solid particulate matter. Based on the obtained data, technical requirements were formulated for equipment capable of reliable operation in aggressive high-temperature environments.
Product Description
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Hrytsanchuk Andrii Valentynovych
Vytvytskyi Vasyl S
Matiishyn Liliia I.
Faflei Oleh Ya.
Yurych Lidiia R.
Yurii Voloshyn
Ihor Y. Faflei
Andriy M. Cheverda
Nazariy Y. Danyliuk
Denis R. Deynega
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2026-02-05
