Особливості видобутку метану з вугільних горизонтів в світі
- Деталі
- Категорія: Ukraine
Авторы:
Є. М. Старосельський, Г.І. Рудько, М.М. Лизанец
Реферат:
Охарактеризованы особенности добычи метана в различных угледобывающих регионах мира, приведена их сравнительная характеристика. Дан химический анализ метаносодержащих газов и показано, как их соoтношение влияет на характеристики метана, подлежащего утилизации.
Список литературы
1. Анциферов, А.В., Голубов, А.А., Майборода, А.А., 2007, Методические особенности выделения перспективных площадей для добычи метода угольных месторождений // Національна Академія України. - 2007. - 180 c.
2. Анциферов, А.В., Голубев, А.А., Канин, В.А., Тиркель, М.Г., Задара, Г.З., Узиюк, В.И., Анциферов В.А., Суярко, В.Г. Газоносность и ресурсы метана угольных бассейнов Украины: Национальная Академия наук Украины. - 1.
- Геология и газоносность западного, юго-западного и южного Донбасса. – 2009. - 405 с.
3. Успенский, В.А. Опыт материального баланса процессов, происходящих при метаморфизме угольных пластов // Изв. АН СССР. Сер. Геология. - № 6, - С. 94-191.
4. Blyth, Alexander. Water wall complaints filed with Alberta environment, an independent review of coalbed methane: Review. – 2008. - 128 p.
5. Cardott, B.J. Oklahoma Coal Bed Methane Workshop // File 2-2001.- 2001. - 240 p.
6. Bhanja, A.K. and O.P., Srivastava, 2008, A New Approach to Estimate CBM Gas Content from Well Logs: 54 p.
7. Dallegge, E. and C.E., Berker, 2001, Coal-Bed methane gas-in-place resources estimates using sorption isotherms and burial history reconstructions. An example from the ferronsandstone member of the mancos shale: Utah, U.S.Geological Survey professional paper 1625 B, p. L1-L26.
8. Diamond, W.P. and J.R., Levine, 1981, Direct Method Determination of the Gas Content of Coal. Procedures and Results: Report of Investigations 8515, United States Department of the Interior, Bureau of Mines, 150 p.
9. EUB Bulletin, 2005, Alberta Energy and Utilities Board, Alberta Coalbed Methane Activity Summary and Well Locations, CBM Activity Summary, p. 1.
10. Dallegge, E. and C.E., Berker, 2001, Coal-Bed methane gas-in-place resources estimates using sorption isotherms and burial history reconstructions. An example from the ferron sandstone member of the mancos shale: Utah, U.S.Geological Survey professional paper 1625-B, p. L1-L26.
11. Yurko, V.R., 1975, Deep Cretaceous Coal Resources of the Alberta Plains, Government of Canada, Alberta, Open file report 75-4, 54 р.
12. Hoch, O, 2005, The Dry Coal Anomaly - The Horseshoe Canyon Formation of Alberta: SPE, Annual Technical Conference and Exhibition.
13. Kong Сhen Chai, Sonny Iravan, Chow Weng Sum, Saleem Qadir Tunio, 2011, Preliminary study on gas storage capacity and gas-in-place for CBM potential in Balingian Coalfield, Sarawak Malaysia: International Journal of Applied Science and technology, Vol, 1, no. 2, p. 138-149.
14. Kaiser, W.R. and W.B., Ayers, 1994, Coalbed methane production, Fruitland Formation, San Juan Basin: geologic and hydrologic controls. New Mexico Bureau of Mines and Minerals Bulletin 146: Coalbed methane in the upper Cretaceous Fruitland Formation, San Juan Basin, New Mexico and Colorado, p. 187-207.
15. Kolesnikov, A., Kutcherov, V.G., Goncharov, A.F., 2009, Methane-derived hydrocarbons produced under uppermantle conditions: Nature Geoscience, no. 2, p. 566-570.
16. Lyons, William C., 1984, Air and Gas Drilling Manual: vol. 1, 240 p.
17. Loftin, P., 2009, Tips and tricks for finding, developing and operating a coalbed methane field, 24th World Gas Conference, Argentina, 17 p.
18. McLennan, J.D., Schafer P.S., Pratt, T.J., 1995, A guide to determining Coalbed Gas content: Gas Research Institute Report, No GRI-94/0396, 34 р.
19. Mavor, M.J., Owen, L.B., Pratt, T.J., 1990, Measurement and evaluation of isotherm data: Proceedings of the 65th Annual Technical Conference and Exhibition of the Society of Petroleum Engineers, SPE 20728, p. 157-170.
20. Mavor, M.J, Pratt, T.J., Britton, R.N. Improved technology for determining total gas content. Vol. 1. Canister desorption data summary: Gas research Institute. -v. 1. - 1994. - 58 p.
21. Watson, J.S, Pearson, V.K, Gilmour, I., 2003, Contamination by sesquiterpenoid derivatives in the Orgueil carbonaceous chondrite: Organic Geochemistry, v. 34, p. 37-47.