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Vol 148 No 1
Pages:
146-150
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RUS
Research article
Without section

Estimation of microcracking in coal during methane desorption

Authors:
V. N. Odintsev
About authors
  • Institute of Comprehensive Exploitation of Mineral Resources Russian Academy of Sciences
Date submitted:
2000-06-28
Date accepted:
2000-07-26
Date published:
2001-01-01

Abstract

At present, when a number of industrial regions producing coal are experiencing a shortage of gas fuel, the problem of industrial production of methane at coal deposits is urgent. To solve it, it is necessary to investigate a number of fundamental scientific problems. One of the main tasks is to establish the patterns of decay of the natural system "coal - methane" and the migration of methane to mining wells. According to the views prevailing among many experts, almost all of the methane is in the coal in the absorbed (dissolved) state, and the coal bed is initially gas-tight. Therefore, not in all cases, drilled wells can give methane in the required volume. This is evidenced by field experiments. Some gas production wells produce little methane. Other wells, such as those in the coal fields of the San Juan Basin, have very high gas yields.

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References

  1. Бобин В.А. Оценка энергии межмолекулярного отталкивания молекул сорбата в микропорах угля /
  2. B. А.Бобин, В.М.Зимаков, В.Н.Одинцев // ФТПРПИ. 1989. № 5. С.48-56.
  3. Ковалева И.Б. О возможности использования диффузионно-кинетических параметров угля для тестирования различных по газовому темпераменту угольных пластов / И.Б.Ковалева, Е.А.Соловьева // Горный информационно-аналитический бюллетень. 1997. № 6. С.60-64.
  4. Кузнецов С.В. Природа и механизм формирования газопроницаемых зон в угольных пластах /
  5. C. В.Кузнецов, В.А.Трофимов // ФТПРПИ. 1999. № 1. С.21-27.
  6. Салганик Р.Л. О понижении прочности под действием усадочных напряжений / Р.Л.Салганик, В.Я. Чертков//Изв. АН СССР. Механика твердого тела. 1969. №3. С.126-133.
  7. Эттингер И.Л. Растворимость и диффузия метана в угольных пластах // ФТПРПИ. 1987. № 2. С. 79-90,
  8. Bahr Н.-А. Thermal-shock crack patterns explained by single and multiple crack propagation / H.-A.Bahr, G.Fisher, H.-J.Weiss // J. Material Sci. 1986. Vol.21. P.2716-2720.
  9. Keer L.M. Unstable growth of thermally induced interacting cracks in brittle solids: Further results / L.M.Keer, S.Nemat-Nasser, A.Oranratnachai // Int.J.Solids Strutures. 1978. Vol.15. P.lll-126.
  10. Nemat-Nasser S. Unstable growth of thermally induced interacting cracks in brittle solids / S.Nemat-Nasser, L.M .Keer, K.S.Parihar // Int.J.Solids Strutures. 1978. Vol.14. P.409-430.

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