V.P. Ivannikov
THE USING FACILITY OF RENEWABLE ENERGY RESOURCES PRODUCTION TECHNOLOGIESIN OIL AND GAS INDUSTRY
Annotation. Humankind faces a real treat of absolute loss of traditional energy resources, oil, gas and high-quality coal first of all. That’s why it would be no exaggeration to say that XXI century will become the century of intensive search of hydrocarbon fuel substitutes, the century of energy and ecology saving technologies development, the century of untraditional and renewable energy resources production technologies getting and evolution. Particularly, only independent power supply is possible for oil and gas industry objects considerably distant from energy systems because their connection with host system cause great capital costs for extensive electricity lines building and exploitation. Mini hydro-electric engineering is the most advanced source of energy resources which allows to create independent energy supply systems for oil and gas industry. Fluence rate increase is achieved in mini hydro-electric engineering by special structures providing accumulation of energy before its use and rising electric potential during its use. There are mini hydro-electric engineering machinery which are classified by power as machinery for mini hydro-electric stations with 100-1000 kW of power. The problem of independent power supply of objects considerably distant from energy systems can be successfully solved on the bases of unique author solutions using pipes, flexible reinforced sleeves ets. as force-feed drift.
Key words: renewable energy sources, oil and gas industry, mini hydro-electric engineering, ecology, independent power supply systems, water resources of little rivers and artificial reservoirs.
For citation: Ivannikov V.P. [The using facility of renewable energy resources production technologiesin oil and gas industry]. Upravlenie texnosferoj, 2019, vol. 2, issue 1. (In Russ) Available at: f-ing.udsu.ru/technosphere
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About the Authors
Ivannikov Valery Pavlovich
Doctor of Technical Sciences, Professor of departament «Heat power engineering» IOaG,
Udmurt State University,
426034, Russia, Izhevsk, University str., 1/7
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