| SCIENCE: NEW LOOK | |
| Geological structure of coal gas fields. Assessment of the methane potential | |
| Alekseev A., Grinev V., Starikov G. Experience of researches of methane different forms of presence and its volume in coal layer | |
| Andreev M., Kamyshan V., Andreev M. Methane potential – the reliability criteria for methods of coal bearing massif thermodynamics | |
| Bezruchko K. Residual water content of Donbass coal bearing formation low porous terrigenous collectors | |
| Byk S., Buchynska I., Knysh I., Yavnyy P. Methane content of Stepova mine coal beds field within Lviv-Volyn basin | |
| Goriainov S., Lakoba M. The methodology of gas geological zoning | |
| Goriainov S., Lakoba M. The results of gas geological zoning for Donetsk folded structure | |
| Zhykaliak N., Lishin V., Shaidorova I. Nonconventional gas collectors of Western Donbass coal deposits | |
| Kramarenko A., Gerasimov Ye. The problem of Donbass coal methane resources development (on the example of Luhansk oblast) | |
| Kuznetsova L., Pimonenko L. Factors defining gas saturation of Donbass carboniferous formation | |
| Lukinov V. Prognosis estimation of extractive resources of mobile methane of natural and technogenic accumulations on coal deposits | |
| Ohar V. Litho facial pre-conditions for the prognosis of carboniferous organic structures in deep horizons of Folded Donbass and is margins | |
| Pavliuk M., Bartoshynska Ye., Byk S., Dudok I., Kukharuk V., Naumko I. The role of regional epigenetic erosion in coal seam degassing | |
| Pavliuk M., Naumko I., Lelyk B., Byk S. Methane of Lviv-Volyn basin coal deposits as non-traditional source for hydrocarbons | |
| Pimonenko L., Shkuro L., Kuznetsova L. Geological factors influence on formation of Donbass rocks reservoir characteristics | |
| Privalov V., Panova O., Izart A., Sacksenhofer R., Alsaab D. Delineation of cbm prospective sites and predictive model of methane trapped in the Donets basin | |
| Rudko G., Kalashnyk P., Loviniukov V. Scientific and methodological principles of study of coal deposits methane content for calculation of total and productive resources of methane | |
| Sokorenko S., Kostyk I., Uziiuk V. Zoning of hydrocarbon gases and methane in coal seams and coal bearing rocks of Tiahlivske coal deposit | |
Coal bed methane production, transportation and utilization technologies |
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| Avtonomov K., Lelyk B., Khrapkin S., Lukinov V., Kuznetsova L., Dzhamalova Kh., Rakhno V. Pilot project: features of testing for Donbass coal mine methane study and production methods | |
| Andreev M., Kamyshan V., Andreev M. High technologies for coal seams development | |
| Bokiy B., Gunia D. Development of the degassing methods for the exhausted space and study of their efficiency | |
| Briukhanov A., Kudinov J., Bezborodov V. Safety of mine methane transportation and utilization | |
| Gorelkin A., Taran I. Scientific and organizational-technical aspects of degassing coal mines of Donbass | |
| Griaduschiy B. State and perspectives of coalmine methane utilization | |
| Denisenko V. Prognosis of volumes of mine methane and its quality management in the process of extraction by underground decontamination system | |
| Zhykaliak M., Nashkerskiy L. Substantiation of Donbass coal fields complex degassing development | |
| Zagorodniuk P., Hafych I. Research opportunities of well survey geophysical methods for carboniferous sections studies and methane production | |
| Zagorogniuk P., Lelyk B. Gravitational discharge of coal bearing formation is the effective method of degassing and methane production | |
| Zybinskiy P., Konarev V., Kamyshan V. Preliminary result of implementation the pilot project of the experimental-industrial extraction of the methane from the coal – contained rocks | |
| Kamyshan V., Konarev V. Methane of Ukrainan coal deposits is the alternative for natural gas | |
| Klets A. Advancing decontamination of breeds of a roof on gas production sites | |
| Kotlevskiy Ye., Chasnyk V. Equipment for coal-methanol holes drilling | |
| Cocherga V. Gas drainage efficiency at donbass mines and ways to increase discharge of captured methane | |
| Krasikov A., Ovcharov O. Baker Hughes technologies for coal bed methane (cbm) applications | |
| Lysny G., Merschiy V., Kovalenko O. Method of detailed seismic survey for methan reservoir exploration | |
| Marmalevskiy N., Tiapkin J., Tiapkina A. Abilities of the seismic method for prospecting, development and production of coalbed methane in Ukraine | |
| Monogarova J., Monogarov I., Mantoshko Ia. Features of the main ways of degassing works realization on Tomashevskaya area, Lisichansk geology-industrial region of Donbass | |
| Pavlov S. Perspectives and features of Donetsk basin coal deposits methane development | |
| Parafeynik V., Smirnov F., Severin A., Sidorenko D. Energotechnological equipment for transporting, processing and using of hydrocarbon gases produced by JSC «Sumy Frunze NPO» | |
| Amit Sharma Halliburton – matching our solutions to the cbm issues | |
Investment projects realization – the challenges and ways of their solution |
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| Bezpfliug V., Samus O. The experience with implementation of JI-Projects of coal methane utilization by Eco-Alliance LTD. and its german partners | |
| Belov A., Gladun P., Barna T., Gladun Ye. For the problem of realization of energy-saving technologies of Dnieper Basin's brown coals processing | |
| Gorpynko J. Air field cryogenic plants application to increase efficiency of methane use | |
| Huliy V., Vyzhva S., Lepigov G., Ozornoy G., Shunko V. Investment opportunity of projects associated with economic extraction of methane from coal beds of Ukraine and problems of their implementation | |
| Demchenko A. Methane of «Krasnoarmeiskaya-Zapadnaya N1» mine is the source of own electric power and heat | |
| Maydukova S., Griaduschiy V. Marketing results for coalmine methane of Ukraine: general state and prospects | |
| Pasternak Z. The investment project on reconstruction of degassing and coal methane utilizing system on Krasnolimanskaia mine | |
| Hoffman A., Alekseev Ye. Barriers to feasibility of coal gas extraction and utilization in Ukraine | |