Registration Number
0225U003615,
(0120U101198)
, R & D reports
Title
Development of methods and means of improving environmental energy efficiency in gas turbine construction and heat power engineering
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Розвиток методів та засобів підвищення екологоенергетичної ефективності в газотурбобудуванні та теплоенергетиці
Head
Khalatov Artem A., Доктор технічних наук
Registration Date
23-07-2025
Organization
Institute of Engineering Thermophysics of NAS of Ukraine
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The aim of the project is to improve the environmental and energy indicators of heat power engineering objects by:
- intensification and rational organization of work processes in elements of gas turbines, microcogeneration plants, burners, heat recovery systems, cooling towers and other;
- creation of information and measuring technologies for studying the state of the environment of heat power engineering and hardware and software for a system for monitoring harmful emissions, as well as developing methods for determining the energy indicators of fuels, including biofuels, methods and structures for measuring thermal conductivity of liquid coolants;
- development of methods and models for analysis, forecasting and control of heat and mass transfer processes to optimize the parameters of thermogasdynamic states of energy facilities.
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The objects of the study are thermal power plants and their components, such as biofuel micro-cogeneration units, low-emission burners of pulverized coal power boilers, vortex cooling systems for gas turbine blades, dry cooling towers for cooling return water, vortex heat exchangers with high thermal-hydraulic characteristics, new combined heat-utilization systems with deep cooling of flue gases, highly efficient micro-jet burner devices, service connecting branches of the Kyiv Metro and the new Safe Confinement of the Chernobyl NPP
The aim of the work is to develop methods and measures to improve the environmental and energy efficiency of thermal power plants and their main elements, as well as deep underground facilities, and to develop methods for measuring a number of thermophysical quantities.
The paper presents experimental and theoretical studies of cooling systems for rotating blades of gas turbines, swirl burners of pulverized coal power boilers (75 MW), experimental studies of a micro cogeneration unit with a Stirling engine and a two-stage swirl chamber for burning biofuel (15 kW), a dry cooling tower with two-phase cooling of the heat exchanger and cross-flow of pipes with spiral grooves on the outer surface, as well as a study of the thermal state of deep tunnels of the Kyiv metro branches, the Safe Confinement of the Chernobyl NPP, etc. A set of studies of the thermophysical substantiation of new combined heat recovery systems and environmentally friendly energy-efficient micro-jet burners has been carried out. The methods of quasi-differential calorimetry, dynamic measurement of heat release, etc. have been further developed.
Product Description
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Abdulin Mykhailo Z.
Aloshko Serhii O.
Bietin Yurii O.
Borysov Ihor I.
Vorobiov Leonid Yo.
Hilchuk Andrii V.
Havrylko Yevhen V.
Glushak Oksana Yu.
Hniedash Heorhii O.
Hnatenko Hanna V.
Horobets Valerii H.
Davydenko Borys V.
Dashkovska Iryna L
Dvorianska Oksana A.
Deineko Andrii I.
Deshko Valerii I.
Donyk Tetiana V.
Drobik Olexandr Vasilyovich
Diadiushko Yevhen V.
Klishch Andrii V.
Kobzar Serhii H.
Kovalenko Hlib V.
Kovalenko Oleksandr S.
Kochenkova Yuliia V.
Круковський Павло Григорович
Kuzmin Andrii V.
Kuzmenko Ihor M.
Kutniak Olha M.
Misiura Tymofii O.
Maletska Olha Ye
Meranova Nataliia O.
Metel Mikhailo O.
Mochalin Yevhen V.
Nikitin Oleh A.
Navrodska Raisa O.
Novakivskyi Maksym O.
Olkhovska Nina M.
Polozenko Nina P.
Prokopov Viktor H.
Rokytko Kostiantyn V.
Siryi Oleksandr A.
Sbrodova Halyna O.
Skliarenko Dmytro I.
Smolchenko Dmytro A.
Sorokoviy Rodion Ya.
Starovit Ivan S.
Stepanova Alla I.
Stupak Oleh S.
Fialko Nataliia M.
Fedosenko Leonid P.
Frolov Hennadii O.
Khalatov Artem A.
Khmil Dmytro P.
Chekharovska Maryna I.
Shikhabutinova Oksana V.
Shvetsova Liudmyla Ya.
Shevtsov Serhii V.
Shevchuk Svitlana I.
Sherenkovskii Julii Vladyslavovych
Shchepetov Vitalii V.
Yurchuk Volodymyr L
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2025-07-23
