Submit an Article
Become a reviewer
Vol 66 Iss. 1
Pages:
79-86
Download volume:
RUS
Article

Extraction of the Earth's heat - a new area of drilling operations

Authors:
Yu. M. Parijskij
Date submitted:
1972-07-11
Date accepted:
1972-09-11
Date published:
1973-01-01

Abstract

Modern scientific and technological progress requires increasingly complete utilization of natural resources. Along with the use of other types of energy and fuel, geothermal resources, i.e. the heat content of the Earth's crust, represent an important energy reserve. The necessary prerequisites for the wide practical development of these resources are created by the development of techniques and technology of drilling wells, contributing to the study of ever deeper horizons of the Earth's crust and the accumulation of actual material on geothermy.

Область исследования:
(Archived) Without section
Funding:

None

Go to volume 66

References

  1. Dyadkin Yu. D. et al. Prospects of Utilization of the Earth's Heat in Technological Processes of Mining Production. – Kolyma, 1969, No. 5 (in Russian)
  2. Bronzov A. S. et al. Turbine Drilling of Inclined Wells. Nedra, 1965 (in Russian)
  3. Henderson J. K. Methods and devices for interconnecting subterranean boreholes. U.S. Pat. 3406766, Oct. 1968

Similar articles

Regularities of advance bottom-hole freezing during drilling with cold- carrier circulation.
1973 B. B. Kudryashov
Investigation of the temperature regime of frozen rock cores
1973 V. I. Kovalenko
Peculiarities of air-flush drilling of small-diameter boreholes in moraine deposits of the Tyrnyauz deposit
1973 L. K. Gorshkov, I. E. Slyusar, Yu. E. Budyukov
Physical phenomena in hard rock drilling and refinement of the penetration rate formula proposed by E.F. Epstein
1973 S. N. Tarakanov
On the method for approximate solution of certain problems in mining thermophysics
1973 B. B. Kudryashov, A. N. Salamatin, V. A. Chugunov
Grapho-analytical solution of the problem of determining the penetration rate in hard rock drilling
1973 S. N. Tarakanov