Petroleum source rocks
Open Access
Issue
Bull. Soc. géol. Fr.
Volume 188, Number 5, 2017
Petroleum source rocks
Article Number 33
Number of page(s) 9
DOI https://doi.org/10.1051/bsgf/2017199
Published online 29 November 2017
  • Biteau J-J., Heidmann J-C., de Janvry GC, Chevallier B. 2010. The whys and wherefores of the SPI-PSY method for calculating the world hydrocarbon yet-to-find figures. First Break 28 (11): 53–64.
  • Bust V, Majid A, Oletu J, Worthington P. 2013. The petrophysics of shale gas: technical challenges and pragmatic solutions. Petroleum Geoscience 19 (2): 91–103. [CrossRef]
  • Cander H. 2012. Sweet spots in oil and gas plays. Prediction of petroleum composition and reservoir pressure, AAPG Annual Convention, Long Beach.
  • Charlez P. 2015. La révolution du gaz et pétrole de schistes. Géologues 185: 43–45.
  • Demaison G, Huizinga B. 1991. Genetic classification of Petroleum Systems. AAPG Bulletin 75 (10): 1626–1643.
  • Espitalié J, Derroo G, Marquis F. 1985. La pyrolyse Rock-Eval et ses applications. Oil and Gas Science and TechnologyRevue IFP, vol. 40, n° 5, pp. 563–579 et n° 6, pp. 755–794.
  • England W. 1994. Secondary migration and accumulation of hydrocarbons. In: Maggoon L, Wallace G, eds. The Petroleum System from source to trap. AAPG, Memoire 60, part III, chapter 12, pp. 211–217.
  • Jarvie D. 2012. Shale resource systems for oil & gas: part 2 – Shale oil resources systems. In: Breyer J, ed. Shale reservoirs. AAPG, Memoir 97, pp. 89–119.
  • Magoon L. 1988. The Petroleum System – A classification scheme for research, exploration and ressource Assessment. In: Petroleum Systems of the United States. U.S. Geological Survey Bulletin 1870, pp. 2–15.
  • Meyer P. 2012. Shale source rocks: a game-changer due to 8-to-1 resource potential. O&G Journal 14: 72–73.
  • Michael G, Packwood J, Holba A. 2014. Determination of in situ hydrocarbons volumes in liquid rich shales plays. AAPG Search and Discovery Article # 80365.
  • Noble R, Kaldi J, Atkinson C. 1977. Oil saturation in shales: application in seal evaluations. In: Surdam R, ed. AAPG, Mémoire 67, pp. 13–29.
  • Passey Q, Bohacs K, Esch W, Klimentidis P, Sinha S. 2010. From Oil-prone source to gas-producing shale reservor. SPE Paper 131350, 2010; International Oil & Gas Conference in China, Beijing.
  • Perrodon A. 1980. Géodynamique pétrolière : genèse et répartition des gisements d'hydrocarbures. Masson , 2e édition, 1985, 381 p.
  • Perrodon A. 1995. Petroleum Systems and Global Tectonics. Journal of Petroleum Geology 18 (4): 471–476. [CrossRef]
  • Philips Z, Halverson R, Strauss S, Laymon J, Green T. 2007. A case study in the Bakken Formation. Paper SPE 108045, 2007, SPE Rocky Mountain Oil and Gas Technology Symposium, denver, CO., USA, 16–18 April.
  • Price L, LeFever J. 1992. Does Bakken horizontal drilling imply a huge oil-resource base in fractured shales? In: Schmoker JW, Coalson EB, Brown CA eds. Geological studies relevant to horizontal drilling : examples from Western North America. Rocky Mountains Association, pp. 199–214.
  • Rylander E, Singer P, Jiang T, McLin R, Sinclair S. 2013. NMR T2 Distributions in the Eagle Ford Shale: reflections on Pore Size. SPE Paper 164554; Unconventional Resources Conference, Woodlands, Texas, 10–12 April.
  • Vially R. 2015. Les hydrocarbures de roche-mère : l'exemple américain est-il exportable ? Géologues 185: 34–39.
  • Zhang T, Sun X, Ruppel S. 2013. Hydrocarbon geochemistry and pore characterization of Bakken Formation and implications to oil migration and oil saturation. SDA from AAPG Annual Convention, Pittsburg.

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