Submit an Article
Become a reviewer
Vol 154
Pages:
124-129
Download volume:
RUS
Article

Environmentally friendly technology for the development of coal gas fields

Authors:
Yu. F. Vasyuchkov1
M. Yu. Vasyuchkov2
About authors
  • 1 — Moscow Mining University
  • 2 — Moscow Mining University
Date submitted:
2002-08-02
Date accepted:
2002-09-13
Date published:
2003-11-13

Abstract

The results and environmental implications of the study of the application of borehole technology for the development of methane-bearing coal deposits are outlined. Design parameters of the technology for obtaining gas fuel with increased calorific value and power generation directly at the mine field have been developed. The development of coal beds and methane extraction was substantiated with regard to the conditions of the Kuznetsk coal basin and some design parameters of the proposed technology were established.

Область исследования:
(Archived) Problems of rational use of mineral resources
Funding:

None

Go to volume 154

Similar articles

Development of a methodology and structure for building a database on methods of elimination of local technogenic pollution in rock massifs
2003 O. S. Bryukhovetskii, I. P. Ganin
Mycobiota in the structure of oak forest ecosystems
2003 B. P. Churakov, L. R. Aleeva, S. V. Panteleev, U. P. Zyryanova
Macrokinetic study of the heterogeneous thermolysis process of hexachlorocyclohexane (hexachlorane)
2003 N. V. Gubanova, A. M. Kutin, I. A. Suprunova, A. D. Zorin, V. F. Zanozina, E. N. Karataev
Development of borehole ultrasonic and television tools to assess the condition of the contour zone of mine workings and tunnels in order to predict emergencies and their consequences during construction and operation
2003 V. L. Shkuratnik
Enhancing production efficiency in the coal industry based on improving the economic mechanism of the rational use of mineral resources
2003 N. Ya. Lobanov, E. A. Kuklina, M. A. Nevskaya
The system of state control in the Russian Federation: organizational and legal issues
2003 A. M. Tarasov