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Information × Registration Number 0221U105554, 0119U002234 , R & D reports Title Energy-efficient solutions and their applications in the oil and gas industry and transport development popup.stage_title Head Kryshtopa Sviatoslav I, Доктор технічних наук Registration Date 22-07-2021 Organization Ivano-Frankivsk National University of Oil and Gas popup.description2  The object of research is thermal power plants of the oil and gas industry and technological transport. Research method - computer modeling and calculation methods were used. An energy-efficient compressed gas cooling system has been developed by providing lower, compared to the existing systems of mobile diesel compressor stations of the oil and gas industry, temperature and heat use of gas compression. The most rational way to choose low-calorie gas for mixed motor fuel is substantiated. The theory of plastic deformation at low temperatures has been developed, which should be considered as a kind of polymorphic transformation. According to the results of research on the operation of engines on commercial and biodiesel RME B100, it is established that the use of biodiesel leads to a deterioration of the mixture due to reduced heat dissipation and as a result increases fuel consumption, reduced engine power. Based on the studies of the structure of the extended layers obtained using different modes of electrospark processing, it was found that using copper electrodes, the maximum layer thickness was 40 J ± 50 and 125 ± 25 Hz, respectively. These modes of processing are the most optimum for restoration of the worn out working surfaces of pushers of valves of engines. An energy - efficient braking system of a modern ATC with experimental data of operating modes and energy load of brakes has been developed. Based on the data, you can create a brake system, the initial characteristics of which will be quite stable under high energy conditions. According to the research results, a method of analysis of gaseous, liquid and solid substances with a molecular weight less than 400, which meet certain requirements, the main of which are volatility, thermal stability, inertness, ease of production. Product Description popup.authors Bohatchuk Ivan Bohdanovych Voitsekhivska Tetiana Yosypivna Hnyp Mariia Mykhailivna Dolishnii Bohdan Vasyliovych Zakhara Ihor Yaroslavovych Kozak Liubomyr Yuriiovych Kozak Fedir Vasyliovych Kryshtopa Sviatoslav Ihorovych Melnyk Vasyl Mykhailovych Prunko Ihor Bohdanovych popup.nrat_date 2021-07-22 Close