Page 302 - Fundamentals of Gas Shale Reservoirs
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282   A REVIEW OF THE CRITICAL ISSUES SURROUNDING

            Michel G, Sigal RF, Civan F, Devegowda D. Proper modeling of   Sigal RF. Mercury capillary pressure measurements on Barnett
              nano‐scale real‐gas flow through extremely low‐permeability   core. SPE Reserv Eval Eng 2013c Nov;16(4), 432–442.
              porous media under elevated pressure and temperature condi­  Sigal RF. Pore size distributions for organic shale reservoir rocks from
              tions. 7th International Conference on Computational Heat and   NMR spectra combined with adsorption measurements, submitted
              Mass Transfer, İstanbul, Turkey; 2011a July 18–22.   for publication; 2015. Accepted for publication in SPET.
            Michel G, Civan F, Sigal RF, Devegowda D. Parametric investigation   Sigal RF, Odusina E. Laboratory NMR measurements on methane
              of shale gas production considering nano‐scale pore size distri­  saturated Barnet shale samples. Petrophysics 2011;52 (1):
              bution, formation factor, and NonDarcy flow mechanisms.   32–49.
              SPE‐147438‐PP, the 2011 SPE Annual Technical Conference and   Sigal RF, Akkutlu IY, Kang SM, Ambrose R. A methodology to
              Exhibition (ATCE), Denver, CO, USA; 2011b Oct 30–Nov 2.  measure total gas storage in an organic shale. Hedberg Research
            Michel G, Civan F, Sigal RF, Devegowda D. Effect of capillary relax­  Conference “Critical  Assessment of Shale Resource Plays,”
              ation on water entrapment after hydraulic fracturing stimulation.   Austin, TX, USA; 2010 Dec 5–10.
              Paper SPE‐155787‐PP, the 2012  Americas Unconventional   Sigal RF, Akkutlu IY, Kang SM, Diaz‐Campos M, Ambrose R. The
              Resources Conference held June 5–7 at the David L. Lawrence   laboratory measurement of the gas storage capacity of organic
              Convention Center in Pittsburgh, PA, USA; 2012.      shales. Petrophysics 2013 June, 54(3), 224–235.
            Michel G, Civan F, Sigal RF, Devegowda D. Proper simulation of   Singh SK, Sinha A, Deo G, Singh JK. Vapor‐liquid phase coexis­
              fracturing‐fluid flowback from hydraulically‐fractured  shale‐  tence, critical properties, and surface tension of confined
              gas wells delayed by NonEquilibrium Capillary Effects. URTeC   alkanes. J Phys Chem 2009;113 (17):7170–7180.
              1582001 presented at the Unconventional Resources Technology
              Conference, Denver, CO, USA; 2013 Aug 12–14.       Sohn S, Kim D. Modification of Langmuir Isotherm in solution
                                                                   systems – definition and utilization of concentration dependent
            Passey QR, Bohacs K, Esch WL, Klimentidis R, Sinha S. From   factor. Chemosphere 2005;58:115–123.
              oil‐prone source rock to gas‐producing shale reservoir –
              geologic and petrophysical characterization of unconventional   Swami V, Clarkson CR, Settari A. NonDarcy flow in shale nano­
              shale gas reservoirs. Paper SPE 131350‐MS presented at the   pores: Do we have a final answer? SPE 162665 presented at the
              SPE International Oil and Gas Conference and Exhibition in   SPE Canadian Unconventional Resources Conference; 2012
              China, Beijing, China; 2010 June 8–10.               Oct 30–Nov 1, Calgary, Alberta, Canada.
            Qin B. Numerical study of recovery mechanisms in tight gas reser­  Xiong X, Devegowda D, Michel GG, Sigal RF, Civan F. A fully‐
              voirs. Masters Thesis, University of Oklahoma, Norman, OK,   coupled free and adsorptive phase transport model for shale gas
              USA; 2007.                                           reservoirs including NonDarcy flow effects. Paper SPE 159758,
                                                                   SPE Annual Technical Conference and Exhibition, San Antonio,
            Quirein J, Galford J, Witkowsky J, Buller D, Jerome Truax J. Review   TX, USA; 2012 Oct 4–7.
              and comparison of three different gas shale interpretation
              approaches. Paper SPWLA‐2012‐075, Society of Petrophysicists   Zhang T, Ellis GS, Ruppal SC, Milliken K, Yang R. Effect of
              and  Well‐Log  Analysts, SPWLA 53rd  Annual Logging   organic‐matter type and thermal maturity on methane
              Symposium; 2012 June 16–20; Cartagena, Colombia.     adsorption  in  shale‐gas  systems.  Org  Geochem
                                                                   2012;47:120–131.
            Rogers RE. Coalbed Methane Principles & Practice. Englewood
              Cliffs, NJ: Prentice‐Hall; 1994.                   Zhang Y, Civan F, Devegowda D, Jamili A, Sigal RF. Critical eval­
                                                                   uation of equations of state for multicomponent hydrocarbon
            Schoelkopf J, Ridgway CJ, Gane PAC, Matthews GP, Spielmann   fluids in organic rich shale reservoirs. Paper SPE 1581765 the
              DC. Measurement and network modeling of liquid permeation   2013 Unconventional Resources  Technology Conference,
              into compacted mineral blocks. J Colloid Interface Sci 2000;   Denver, CO, USA; 2013a Aug 12–14.
              227:119–131.                                       Zhang Y, Civan F, Devegowda D, Sigal RF. Improved prediction of
            Sigal RF. Coates and SDR permeability, two variations on the same   multi‐component hydrocarbon fluid properties in organic rich
              theme. Petrophysics 2002;43 (1):38–46.               shale reservoirs. Paper SPE 166290 the 2013 SPE  Annual
            Sigal RF. A note on the intrinsic porosity of organic material in shale   Technical Conference & Exhibition in New Orleans, LA, USA;
              gas reservoir rocks. Petrophysics 2013a June, 54(3), 236–239.  2013b Sept 30–Oct 2.
            Sigal RF. The effects of gas adsorption on storage and transport of   Zhmud BV, Tiberg F, Hallstensson K. Dynamics of capillary rise. J
              methane in organic shales. SPWLA‐D‐12‐00046, SPWLA 54th   Colloid Interface Sci 2000;228:263–269.
              Annual Logging Symposium, 22–26, New Orleans, LA, USA;
              2013b June 22–26; SPWLA‐D‐12‐00046.
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