publication . Article . 2017

проблема энергетической эффективности геотермальной циркуляционной системы при различных режимах обратной закачки теплоносителя

D. K. Djavatov; A. A. Azizov;
Open Access
  • Published: 01 Apr 2017 Journal: South of Russia: ecology, development, volume 12, pages 73-81 (issn: 1992-1098, eissn: 2413-0958, Copyright policy)
  • Publisher: Institute of Applied Ecology
Abstract
Aim. Advanced technologies are crucial for widespread use of geothermal energy to ensure its competitiveness with conventional forms of energy. To date, the basis for the development of geothermal energy is the technology of extracting the heat transfer fluids from the subsoil. There are the following ways to extract the coolant: freeflow; pumping and circular methods. Of greatest interest is the technology to harness the geothermal energy based on geothermal circulatory system (GCS). There is the problem of the right choice of technological parameters for geothermal systems to ensure their effective functioning. Methods. We consider the development of geotherma...
Subjects
free text keywords: Geotechnical engineering, Geology, Petroleum engineering, Energy balance, Coolant, Forms of energy, Geothermal heating, Geothermal energy, business.industry, business, Geothermal gradient, Heat transfer fluid, geothermal circulatory system, temperature of the injected heat carrier, energy costs, net power, viscosity, optimization, Ecology, QH540-549.5
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