Introduction to Tight Gas Reservoirs
Chapter
First Online:
Abstract
Tight gas reservoirs represent a significant portion of natural gas reservoirs worldwide. Tight gas sand is generally characterized as a formation with effective permeability less than 0.1 md (Law and Curtis 2002).
Keywords
Hydraulic Fracture Horizontal Well Effective Permeability Sand Lens Initial Water Saturation
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
References
- 1.Law BE and Curtis JB (2002) Introduction to unconventional petroleum systems. AAPG Bulletin 86:1851–1852Google Scholar
- 2.Holditch SA (2006) Tight gas sands. Paper presented at the SPE 103356, Texas A and M University. J Petrol TechnolGoogle Scholar
- 3.Meeks MH, Susewind KD, Templeman TL (2006) Maximizing gas recovery from tight gas reservoirs in Trawick field. Paper presented at the SPE 101221, international petroleum exhibition and conference, Abu Dhabi Google Scholar
- 4.Fairhurst DL, Indriati S, Reynolds BW (2007) Advanced technology completion strategies for marginal tight gas sand reservoirs: a production optimization case study in South Texas. Paper presented at the SPE 109863, SPE annual technical conference and exhibition, California, USAGoogle Scholar
- 5.Campbell I (2009) An overview of tight gas resources in Australia, PESA News 95–100Google Scholar
- 6.Gonfalini M (2005) Formation evaluation challenges in unconventional tight hydrocarbon reservoirs. Paper presented at the 2005 SPE Italian section, ItalyGoogle Scholar
- 7.Teufel LW, Chen HY, Engler TW, Hart B, (2004) Optimization of infill drilling in naturally-fractured tight-gas Reservoirs. Final report, by New Mexico Institute of Mining and Technology, submitted to U.S. Department of Energy and Industry CooperativeGoogle Scholar
- 8.Mahadevan J, Sharma M, Yortsos YC (2007) Capillary wicking in gas wells. Paper presented at the SPE 103229. SPE J 12(4):429–437Google Scholar
- 9.Bennion DB, Brent F (2005) Formation damage issues impacting the productivity of low permeability, low initial water saturation gas producing formations. J Energy Res Technol 127:240246Google Scholar
- 10.Bennion DB, Thomas FB (1996) Low permeability gas reservoirs: problems, opportunities and solutions for drilling, completion, stimulation and production. Paper presented at the SPE 35577, SPE gas technology conference, CalgaryGoogle Scholar
- 11.Kantanong N, Bahrami H, Rezaee R, Hossain MM (2012) Effect of sand lens size and hydraulic fractures orientation on tight gas reservoirs ultimate recovery. Paper presented at the SPE 151037, middle east unconventional gas conference, Abu DhabiGoogle Scholar
- 12.Bahrami H, Rezaee R, Hossain MM, Murickan G, Basharudin N, Alizadeh N, Fathi A (2012) Effect of sand lens size and hydraulic fractures parameters on gas in place estimation using ‘P/Z vs Gp method in tight gas reservoirs. Paper presented at the SPE 151038, SPE/EAGE European unconventional resources conference and exhibition, Vienna, AustriaGoogle Scholar
- 13.Jaeger JC, Cook NGW, Zimmerman RW (2007) Fundamentals of rock mechanics 4th edn, Blackwell Chap 12, p 370Google Scholar
- 14.Abass H, Ortiz I (2007) Understanding stress dependant permeability of matrix, natural fractures, and hydraulic fractures in carbonate formations. Paper presented at the SPE 110973, SPE technical symposium, Saudi ArabiaGoogle Scholar
- 15.Teufel LW, Sandia N (1993) Control of fractured reservoir permeability by spatial temporal variations in stress magnitude and orientation. Paper presented at the SPE 26437, SPE annual technical conference, TexasGoogle Scholar
- 16.Dusseault MB (1993) Stress changes in thermal operations, SPE 25809, SPE International Thermal Operations Symposium, Bakersfield, CaliforniaGoogle Scholar
- 17.Behrmann L (2000) Perforating practices that optimize productivity, oilfield review. SpringGoogle Scholar
- 18.Holditch SA (1979) Factors affecting water blocking and gas flow from hydraulically fractured gas wells. JPT J 31(12):1515–1524Google Scholar
- 19.Sharif A (2007) Tight-gas resources in the Western Australia. PWAGoogle Scholar
- 20.Araujo EM, Fontoura SA, Pastor JS (2005) A methodology for drilling through shales in environments with narrow mud-weight, SPE 94769, 2005 SPE Latin American and Caribbean Petroleum Engineering ConferenceGoogle Scholar
- 21.You L, Kang Y (2009) Integrated evaluation of water phase trapping damage potential in tight gas reservoirs. Paper presented at the SPE 122034, European formation damage conference, Scheveningen, The NetherlandsGoogle Scholar
- 22.Ding Y, Herzhaft B, Renard G (2006) Near-wellbore formation damage effects on well performance: a comparison between underbalanced and overbalanced drilling. SPE Prod Oper 21:1Google Scholar
- 23.Bennion DB, Thomas FB, Schlumeister B, Romanova UG (2006) Water and oil base fluid retention in low permeability porous media—an update. Paper presented at the canadian international petroleum conference, CalgaryGoogle Scholar
- 24.Lokken VT, Bersas A, Christensen KO, Nygaard CF, Solbraa E (2008) Water content of high pressure natural gas. Paper presented at the international gas union research conference, ParisGoogle Scholar
- 25.Ravari RR, Wattenbarger RA, Ibrahim M (2005) Gas condensate damage in hydraulically fractured wells. Paper presented at the SPE 93248, Asia pacific oil and gas conference and exhibition, IndonesiaGoogle Scholar
- 26.Chi S, Torres C, Wu J, Alpak OF (2004) Assessment of mud-filtrate invasion effects on borehole acoustic logs and radial profiling of formation elastic parameters. Paper presented at the SPE 90159, SPE annual technical conference, HoustonGoogle Scholar
- 27.Wang Y (2008) Simulation of fracture fluid clean-up and its effect on long term recovery in tight gas reservoirs, Ph.D. thesis report, Texas A&M UniversityGoogle Scholar
- 28.Cipola C, Mack M (2010) Reducing exploration and appraisal risk in low-permeability reservoirs using microseismic fracture mapping. Paper presented at the SPE 137437, Canadian unconventional resources and international petroleum conference, CalgaryGoogle Scholar
- 29.Fan L, Thompson JW, Robinson JR (2010) Understanding gas production mechanism and effectiveness of well stimulation in the Haynesville shale through reservoir simulation. Paper presented at the SPE 136696, Canadian unconventional resources and international petroleum conference, Calgary, Alberta, CanadaGoogle Scholar
- 30.Bagherian B, Sarmadivaleh M, Ghalambor A, Nabipour A, Rasouli V, Mahmoudi M (2010) Optimization of multiple-fractured horizontal tight gas well. Paper presented at the SPE 127899, symposium and exhibition on formation damage control, Lafayette, LouisianaGoogle Scholar
- 31.Hossain MMM, Rahman MK (2008) Numerical simulation of complex fracture growth during tight reservoir stimulation by hydraulic fracturing. J Petrol Sci Eng 60:86–104CrossRefGoogle Scholar
- 32.Wang JY, Holditch SA and Duane A (2010) Modeling fracture-fluid cleanup in tight-gas wells, SPE 119624, SPE J 15(3)Google Scholar
- 33.Rodgerson JL (2000). Impact of natural fractures in hydraulic fracturing of tight gas sands. Paper presented at the SPE 59540, Permian basin oil and gas recovery conference, Midland, TexasGoogle Scholar
- 34.Raible CJ, Gall BL (1985) NIPER, laboratory formation damage studies of western tight gas sands. Paper presented at the SPE 13903Google Scholar
- 35.Wang Y, Holditch SA, (2008) Simulation of gel damage on fracture fluid cleanup and long-term recovery in tight gas reservoirs. Paper presented at the SPE 117444, SPE eastern regional/AAPG eastern section joint meeting, PennsylvaniaGoogle Scholar
- 36.Veeken CAM, Velzen JFG, Beukel JVD, (2007) Underbalanced drilling and completion of sand prone tight gas reservoirs in North Sea. Paper presented at the SPE 107673, European formation damage conference, The NetherlandsGoogle Scholar
- 37.Abass H (2009) Optimizing proppant conductivity and number of hydraulic fractures in tight gas sand wells. Paper presented at the SPE 126159, SPE technical symposium, Saudi ArabiaGoogle Scholar
- 38.Salim P, Li J, (2009) Simulation of liquid unloading from a gas well with coiled tubing using a transient software. Paper presented at the SPE 124195, SPE annual technical conference and exhibition, New OrleansGoogle Scholar
- 39.Mueller M, Amro M, Karl Haefner F, Hossain MM (2012) Stimulation of tight gas reservoir using coupled hydraulic and CO2 cold-frac technology, SPE 160365, Asia Pacific oil and gas conference and exhibition, Perth, AustraliaGoogle Scholar
- 40.Bazin B, Peysson Y, Lamy F, Martin F, Aubry E, Chapuis C (2009) Insitu water blocking measurement and interpretation related to fracturing operations in tight gas reservoirs. Paper presented at the SPE formation damage control symposium, The NetherlandsGoogle Scholar
- 41.Motealleh S, Bryant SL (2009) Permeability reduction by small water saturation in tight gas sandstones. SPE J 14(2):252–258Google Scholar
- 42.Jamaluddin AKM, Mehta SA, Moore RG (1998) Downhole heating device to remediate near-wellbore formation damage related to clay swelling and fluid blocking, Document ID: 98–73. Paper presented at the SPE Annual Technical Meeting, Calgary, AlbertaGoogle Scholar
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