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Shale Gas: A Non-Conventional Hydrocarbon as Future Energy Resource of India


  • Gujarat Energy Research and Management Institute, Gandhinagar - 382 007, India


Shale gas, despite being trapped in low permeability horizons, has gained a big boom in recent years that can be utilized to partially meet the ever increasing demands of the conventional natural gas. The major assets of hydrocarbon potential are widely distributed over India. The Brahmaputra valley of NE India, the Cambay region of Gujarat coast, the west coast offshore and the east coast offshore regions are the potential areas from where the maximum hydrocarbon is tapped. In India approximately two-third production is shared by the offshore regions while the rest is contributed by the onshore regions. The average annual production of oil and gas does not meet the demands hence, dependency lies more on imports. The projected demand may increase many fold by the end of this decade. The continuous increase in demand leaves no option except to enhance R&D activities in order to explore extensively for the unconventional resources namely Coal Bed Methane, Tight reservoirs, Shale Gas, Underground Coal Gasification, Gas Hydrates etc. Except the Coal Bed Methane and the Shale Gas, the knowledge and efforts towards other alternate resources are still in preliminary stage. The present study aims to highlight the importance of Shale Gas in filling the gap between demand and supply in the Cambay basin.


Resource Potential, Non-Conventional Hydrocarbons, Shale Gas, Cambay Basin.

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  • ASSOCIATED CHAMBERS OF COMMERCE AND INDUSTRY OF INDIA (ASSOCHAM) (2011) India formulating policy for shale gas exploration.DGH press release, May 10.
  • BALAKRISHNAN, T.S., GUPTA, T.C. and BISHT, H.S. (1997) Regional tectonic and sedimentation in studies of Cambay basin. Unpubld. report-ONGC.
  • BHANDARI, L.L. and CHOWDHARY, L.R. (1975) Stratigraphic analysis of Kadi and Kalol formations. AAPG Bull., v.59, pp.856-871.
  • BHARDWAJ, V.K. and SAINI, S.S. (2010) Hydrocarbon potential of India. In: A. K. Bhattacharya and S. Guha (Eds.), Glimpses of Geoscience Research in India, INSA, New Delhi, pp.251-252.
  • BHOWMICK P.K. and MISRA R. (2010) Phanerozoic petroliferous basins of India. In: A.K. Bhattacharya and S. Guha (Eds.), Glimpses of Geoscience Research in India, INSA, New Delhi, pp. 218-228.
  • BISWAS, S.K. (1977) Mesozoic stratigraphy of Kutch, Gujarat. Quart. Jour. Geol. Min. Metall. Soc. India v.49 (3-4), pp.1-52.
  • BISWAS, S.K., RANGARAJU, M.K., THOMAS J. and Bhattacharya S.K. (1994) Cambay-Hazad petroleum system in the south Cambay basin, India. In: B.L. Magoon and W.G. Dow (Ed.), Petroleum system-from source to trap, AAPG Memoir, no.60, pp.615-624.
  • BRAHMAJIRAO, G., PHILIP, P.C., PADMANABHAN, N., SIDDIQUI, M.A. and SAXENA, R.P. (1991) Source rock development in Kommugudem Mandapeta and Draksharama. Proceedings of conference on integrated exploration research achievements and perspectives, ONGC, pp.395-398.
  • BRITISH PETROLEUM (1996) Statistical review of world energy. Technical report by British Petroleum Company P.Lc, London.
  • CHANDRA, K. (1997) Alternative hydrocarbon resources in the next, pp.1-19.
  • CHANDRA, U., DHAWAN , R., MITTAL, A.K., DWIVEDI, P. and UNIYAL. A.K. (1995) Stable isotope geochemistry of associated gases from Lakwa-Lakhmani field, Upper Assam basin, India. Proceedings first international petroleum conference and exhibition, Petrotech-95, New Delhi, v.3.
  • CRONQUIST C. (2001) Estimation and classification of reserves of crude oil, natural gas and condensates. Soc. Petroleum Engineers, 432p.
  • CURTIS, J.B. (2002) Fractured shale - gas systems. AAPG Bull., v.86, pp.1921-1938.
  • DIRECTORATE GENERAL OF HYDROCARBONS (DGH), India. Petroleum exploration and production activity reports, 2005-2006 onwards, source:
  • DIRECTORATE GENERAL OF HYDROCARBONS (DGH) India, (2011) Petroleum exploration and production activity reports, 2010- 11, 128p, source:
  • FRANTZ, J.H. and SCHLUMBERGER, V.J. (2005) White paper on shale gas. Schlumberger Marketing Committee, pp.1-10.
  • GUPTA, S.K., MAZUMDAR, S.K. and BASU, B. (2000) Genesis of petroleum systems in Krishna Godavari basin. AAPG conference proceedings.
  • HASAN, S.Z. and FAROOQUI, M.Y. (2011) A laboratory based study for shale gas reservoir characterization, stimulation and production evaluation. Abstracts-international conference on unconventional sources of fossil fuels and carbon management (ICUSFFCM-2011), 31p.
  • HASAN, S.Z., FAROOQUI, M.Y., RAMACHANDRAN, K., PUSHPITA, T., HARINARAYAN, T. and RAO, P.H. (2013) Petroliferous basins and shale gas-an unconventional hydrocarbon asset of India. Geosciences, 3 (4), Scientific and Academic Publishing, USA, pp.108-118.
  • HOLDITCH, S.A. (2006) The increasing role of unconventional reservoirs in the future of the oil and gas business. SPE President Publications, pp.34-38.
  • INDIA HYDROCARBON VISION (IHV) (2025) Ministry of Petroleum, Government of India, Source: INDIA UNCONVENTIONAL GAS FORUM (IUGF) (2011) Unlocking the value of unconventional gas. Technical presentation by Dr. V.K. Rao, Sr. V.P., Reliance Natural Resources.
  • KAUFMAN, P., PENNY, G.S. and PAKTINAT, J. (2008) Critical evaluation of additives-used in shale gas slickwater fractures. Soc. Petroleum Engineers, SPE-119900.
  • KUNDU, J. and WANI, M.R. (1992) Structural styles and tectonostratigraphic framework of Cambay rift basin, western India. Indian Jour. Petrol. Geol., v.1, pp.181-202
  • MISRA, M. and PATEL, B.K. (2011) Gas shale potential of Cambay formation, Cambay basin, India. Proc. 2nd South Asian Geosience Conference and Exhibition, GEOIndia, pp.1-5.
  • MURTY, K.S.R.,SUBRAMANYAM, A.S., LAKSHMINARAYANA, S., CHANDRASHEKHAR, D.V. and RAO, T.C.S. (1995) Some geodynamic aspects of the Krishna-Godavari basin, east coast of India. Continental Shelf Res., v.15, no.7, pp.779-788.
  • MURTHY, M.K.V., PADHY, P.K. and PRASAD, D.N. (2011) Mesozoic hydrogeologic systems and hydrocarbon habitat, Mandapeta- Endamuru area, Krishna-Godavari basin, India. AAPG Bull. v.95, no.1, pp.147-167.
  • NATIONAL RESOURCES DEFENSE COUNCIL (NRDC) (2007) Drilling down: protecting western communities from the health and environmental effects of oil and gas production. An official document-USA, October-2007, 48p.
  • PADHY, P.K. and DAS, S.K. (2013) Shale oil and gas plays: Indian sedimentary basins. Geohorizons, pp.20-24.
  • PETROLEUM FEDERATION OF INDIA (2012) Concepts of petroleum Geology, ONGC presentation, Industry-academia workshop on Technology imperatives for exploration and production of oil and gas, 26-29 March, 2012, source:
  • PORGES, R. and HAMMER, M. (2001) The compendium of hydrogeology. National Groundwater Association, USA, 303p.
  • POTENTIAL GAS AGENCY (PGA) (2011) Future US and Canadian shale gas resources. Annual Report, Colorado School of Mines, USA.
  • RANGARAJU, M.K., AGARWAL, A. and PRABHAKAR, K.N. (1991) Tectonostratigraphy structural style, evolutionary models and hydrocarbon prospects of Cauvery and Palar basins, India. Proc. Second Sem. Petroliferous Basins of India.
  • ROGNER, H.H. (1997) An assessment of world hydrocarbon resources. Annual Reviews Energy and Environments, no.22(99), pp.217-262.
  • Schmoker, J.W. (1994) Volumetric calculations of hydrocarbon generated. In: L.W. Magoon and W.G. Doe (Eds.), The petroleum system from source to trap, AAPG Memoir 60, pp.323-360.
  • SINGH, P.K. (2011) Geological and petro logical considerations for CBM exploration: a review. Energy sources part A: recovery, utilization and environmental effects, (Taylor and Francis), 33, pp.1211-1220.
  • SURY, M. (2004) Review of environmental issues of underground coal gasification. Report no. COAL R272 DTI/Pub URN 04/1880, November, 2004.
  • THUS, B., LEVY, R. and BHATT, G.M. (2011) Shale gas exploration and production research in India by the Energy and Geoscience Institute, university of Utah-a model for Indian universities. Abstracts-international conference on unconventional sources of fossil fuels and carbon management (ICUSFFCM-2011), 21p.
  • UNITED STATES GEOLOGICAL SURVEY (2008) Models for gas hydratebearing sediments inferred from hydraulic permeability and elastic velocities. Scientific Investigation Report 2008-5219.
  • Wikipedia, India Geological Zones, source:
  • WORLD COAL INSTITUTE (WCI) (2005) Coal Reserves: Optima, v.1, no.1: World Energy Council, "India: Extract from the Survey of Energy Resources, 2001".