Title: |
Designing Thermal-Physical, Power and Economic Parameters of Development of Near-Surface Geothermal Deposits |
Authors: |
E.I. Boguslavsky, A.I. Mikheyev |
Key Words: |
designing, near-surface systems, geothermal heat supply |
Conference: |
Stanford Geothermal Workshop |
Year: |
2011 |
Session: |
Direct Use |
Language: |
English |
Paper Number: |
Boguslavsky |
File Size: |
266KB |
View File: |
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A scarcity of organic fuel and relevance of environmental protection necessitate the growth rates of development of practically inexhaustible, ubiquitous and pollution-free geothermal energy resources. The development of near-surface geothermal deposits for heat supply purposes is of significant importance.
A simulation economic-mathematical model has been developed, the algorithm and optimizing program of parameters and efficiency of near-surface systems of geothermal heat supply (NSGH) have been created to design and construct NSGH. Computer-aided estimations for a wide range of natural, power and economic conditions were carried out. Basic design and process-dependent variables of NSGH, exergy and economic parameters of the latter were defined. Their optimal values for heating self-contained houses under the conditions of the Yaroslavl region were recommended.
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