Page 87 - Fundamentals of Gas Shale Reservoirs

REFERENCES 67
from the Norwegian North Sea. Geochim Cosmochim Acta Jarvie DM. Williston Basin petroleum systems: inferences from oil
2006; 70, 15:3943–3956. geochemistry and geology. Mount Geol 2001;38 (1):19–41.
Ertas D, Kelemen SR, Halsey TC. Petroleum expulsion Part 1. Jarvie DM. Hydrocarbon generation and storage in the Barnett
Theory of kerogen swelling in multicomponent solvents. Energy Shale, Ft. Worth Basin, SPE Houston Chapter meeting; May
Fuels 2006;20:295–300. 2006; Houston, TX. Available at http://www.wwgeochem.com/
Espitalie J, Madec M, Tissot B, Mennig JJ, Leplat P. Source rock resources/Jarvie+­+SPE+Houston+April+19+2006+
characterization method for petroleum exploration: Proceedings presentation+­+submitted.pdf. Accessed November 12, 2013.
of the 9th Offshore Technology Conference, Volume 3, Paper Jarvie DM. Shale resource systems for oil and gas: Part 1—shale
2935; 1977. pp 439–444. gas resource systems, In: Breyer J, editor. Shale Reservoirs—
Espitalie J, Madec M, Tissot B. Geochemical logging. In: Voorhees Giant Resources for the 21st century. AAPG Memoir 2012a;
KJ, editor. Analytical Pyrolysis—Techniques and Applications. 97:69–87.
Boston: Butterworth; 1984. p 276–304. Jarvie DM. Shale resource systems for oil and gas: Part 2—Shale
Fabuss BM, Smith JO, Satterfield CN. Thermal cracking of pure oil resource systems, In: Breyer J, editor. Shale Reservoirs—
saturated hydrocarbons. In: McKetta JJ, editor. Advances in Giant Resources for the 21st century. AAPG Memoir 2012b;
Petroleum Chemistry and Refining. New York: John Wiley & 97:89–119.
Sons, Inc.; 1964. p 157–201. Jarvie DM, Hill RJ, Ruble TE, Pollastro RM. Unconventional
Ford TJ. Liquid‐phase thermal decomposition of hexadecane: reac­ shale‐gas systems: The Mississippian Barnett Shale of north‐
tion mechanisms. Ind Eng Chem Fundam 1986;25:240–243. central Texas as one model for thermogenic shale‐gas
Frolich C, Potter E. What further research could teach us about assessment. AAPG Bull 2007;91 (4):475–499.
“Close Encounters of the Third Kind”: intraplate earthquakes Jarvie DM, Coskey RJ, Johnson MS, Leonard JE. The Geology and
associated with fluid injection. In: Chatelier J‐Y, Jarvie DM, Geochemistry of the Parshall Field Area, Mountrail County,
editors. AAPG Memoir 103, Critical Assessment of Shale North Dakota. In: Robinson JW, LeFever JA, Gaswirth SB, edi­
Resource Plays. Tulsa, OK: American Association of Petroleum tors. Rocky Mountain Association of Geologists’ (RMAG) The
Geologists; 2013. p 109–119. Bakken‐Three Forks Petroleum System in the Williston Basin.
Fuhrmann A, Thompson KFM, di Primio R, Dieckmann V. Denver: RMAG; 2011. p 229–281.
Insight into Petroleum Composition Based on Thermal and Jarvie DM, Jarvie B, Courson D, Garza T, Jarvie J, Rocher D.
Catalytic Cracking. 21st IMOG, poster presentation; Krakow, Geochemical tools for assessment of tight oil reservoirs,
Poland; 2003. Geochemical tools for the assessment of shale oil plays, AAPG/
Fusetti L, Behar F, Bounaceur R, Marquaire PM, Grice K, Derene SEG/SPE/SPWLA Hedberg Conference: Critical Assessment
of Shale Resource Plays; Austin, TX; December 10–15, 2010;
S. New insights into secondary gas generation from oil thermal AAPG Memoir 103, Critical Assessment of Shale Resource
cracking: methylated monoaromatics. A kinetic approach using Plays. Chatelier J‐Y, Jarvie DM, editors, extended abstract;
1,2,4‐trimethylbenzene. Part I: a free‐radical mechanism. Org 2013; 2p.
Geochem 2010a;41:146–167. Jones RW. Comparison of Carbonate and Shale Source Rocks. In:
Fusetti L, Behar F, Grice K, Derene S. New insights into secondary Palacas J, editor. Petroleum Geochemistry and Source Rock
gas generation from oil thermal cracking: methylated monoaro­ Potential of Carbonate Rocks. Volume 18, AAPG Studies in
matics. A kinetic approach using 1,2,4‐trimethylbenzene. Part Geology; 1984. p 163–180.
II: a lumped kinetic scheme. Org Geochem 2010b;41:168–176. Landis CR, Castaño JR. Maturation and bulk chemical properties
Gao L, Schimmelmann A, Tang Y, Mastalerz M. Isotope rollover in of a suite of solid hydrocarbons. Org Geochem 1995;22:
shale gas observed in laboratory pyrolysis experiments: insight 137–149.
to the role of water in thermogenesis of mature gas. Org
Geochem 2014;74:59–65. Levine JA. Physical sorption of gases: implications for resources,
reserves, and production from sorbed gas reservoir systems,
Hao F, Zou H. Cause of shale gas geochemical anomalies and AAPG/SEG/SPE/SPWLA Hedberg Conference: Critical
mechanisms for gas enrichment and depletion in high‐maturity Assessment of Shale Resource Plays; Austin, TX; December
shales. Mar Pet Geol 2013;44:1–12. 10–15, 2010; AAPG Memoir 103, Critical Assessment of Shale
Hill RJ, Jarvie DM, Zumberge J, Henry M, Pollastro RM. Oil and Resource Plays. Chatelier J‐Y, Jarvie DM, editors, extended
gas geochemistry and petroleum systems of the Fort Worth abstract; 2013. 4p.
Basin. AAPG Bull 2007;91 (4):445–473. Li P, Ratchford ME, Jarvie DM. Geochemistry and thermal maturity
Horsfield B, Disko U, Leistner F. The micro‐scale simulation of analysis of the Fayetteville Shale and Chattanooga Shale in the
maturation: outline of a new technique and its potential applica­ Western Arkoma Basin of Arkansas, Arkansas Geological Survey,
tions. Geol Rundsch 1989;78:361–374. Information Circular 40, DFF‐OG‐FS‐EAB/ME 012. 2010.
Horsfield B, Leistner F, Hall K. Microscale sealed vessel pyrol­ Lis GP, Mastalerz M, Schimmelmann A. Increasing maturity of
ysis, In: Grice K, editor. Principles and Practice of Analytical kerogen type II reflected by alkylbenzene distribution from
Techniques in Geosciences. Cambridge: Royal Society of pyrolysis‐gas chromatography‐mass spectrometry. Org Geochem
Chemistry; 2015. 600p, pp. 209–250. 2008;39:440–449.
Hunt JM. Petroleum Geochemistry and Geology. 2nd ed. New Locke DE, Winans RE. X‐ray characterization of type I Green
York: Freeman WH & Co.; 1995. p 743. River Oil Shale Kerogen, presentation at Houston Organic