Registration Number
0223U004036,
0121U113463
, R & D reports
Title
Research and development of new technologies for sustainable energy development of the region and Ukraine
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Head
Raiter Petro M., Доктор технічних наук
Registration Date
14-08-2023
Organization
Ivano-Frankivsk National University of Oil and Gas
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The object of the study is the processes of sustainable development technologies for increasing the energy efficiency of heating, ensuring the reliability of transportation and storage facilities for hydrocarbons and renewable energy; implementation of renewable energy sources.
The purpose of the work is research and application of new technologies of sustainable development to increase energy efficiency, ensure reliability and energy saving at hydrocarbon transportation and storage facilities and at renewable energy facilities and the introduction of renewable energy sources within the framework of the implementation of the provisions of the energy transition.
Research methods – analysis of modern technologies for the implementation of renewable energy and energy saving technologies, methods for diagnosing the condition and ensuring the reliability of renewable energy facilities.
A comprehensive approach to ensuring a stable energy-saving mode of operation of wells and a gas collection point in conditions of hydrate deposition is proposed on the basis of automatic monitoring of parameters of operation of gas storage wells, selection of the optimal mode of operation of wells and determination of probable places of the most frequent deposition of hydrates. This will make it possible to make timely decisions on the application of measures to prevent hydrate formation. The use of artificial intelligence technologies is proposed to solve the problem of forecasting hydrate formations on the sections of PSG pipelines, the method of creating an artificial neural network as a software algorithm for processing information from pressure and temperature sensors at PSG control points and predicting the beginning of hydrate formation processes is developed. The method of calculating thermal energy losses for underground heat pipes, taking into account the influence of soil moisture, has been improved. The final analytical dependences were obtained for the determination of heat
Product Description
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Vashchyshak Iryna R.
Karpash Maksym O.
Карпаш Oleh M.
Myndiuk Valentyn Dmytrovych
Rybitskyi Ihor V.
Tsykh Vitalii S.
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2023-08-14
