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Advanced well stimulation method applying a propellant based technology

Treść / Zawartość
Identyfikatory
Warianty tytułu
PL
Zaawansowana metoda stymulacji otworu za pomocą technologii opartej na propelantach
Języki publikacji
EN
Abstrakty
EN
The world oil industry practice, during over the century of its history developed widely known conventional methods of well stimulation. Recently, an advanced well stimulation method, based on implementation of high energy (HE) materials (special explosives, propellants or rocket fuels), has shown to be competitive. The basic principles of propellant based well stimulation technology, employing propulsive thermo-chemical reaction for generation the multidirectional fractures inside reservoir rocks around the wellbore and laboratory investigation of original permeability modification on core samples due to propellant treatment are explained. Also, the well treatment procedure, using high energy gas fracturing tool, applied at two onshore oil wells in Croatia is described along with post stimulation well production results.
PL
Na przestrzeni ponad wieku opracowano na świecie znane metody stymulacji pracy otworów wiertniczych. Ostatnio konkurencyjną metodą stymulacyjną okazała się metoda oparta na wysoko energetycznych materiałach (specjalne rodzaje materiałów wybuchowych, propelantów czy paliw rakietowych). W artykule wyjaśniono podstawowe zasady technologii opartej na propelantach, wykorzystującej reakcje termochemiczne w strefie przyotworowej do wytworzenia wielokierunkowych pęknięć w skałach zbiornikowych. Omówiono także badania laboratoryjne wpływu modyfikacji pierwotnej przepuszczalności na próbki rdzeniowe. Ponadto omówiono procedurę i przedstawiono wyniki oczyszczania lądowych otworów w Chorwacji z zastosowaniem wysoko energetycznego gazu szczelinującego.
Wydawca
Rocznik
Strony
405--416
Opis fizyczny
Bibliogr. 21 poz., rys., tab., wykr.
Twórcy
autor
  • INA Oil Co., University of Zagreb, Croatia
autor
  • University of Zagreb
autor
  • Schlumberger
Bibliografia
  • [1] Watson S.C., Benson G.R., Fillo G.J.: Liquid Propellant Stimulation: Case Studies in Shallow Appalachian Basin Wells. SPE Production Engineering, May 1986, 203-212
  • [2] Mohaupt H.H.: Method of Stimulating Well Production by Explosive-Induced Hydraulic Fracturing of Productive Formation. U.S. Patent No. 3,174,545, March 23, 1965
  • [3] Schmidt R.A., Boade R.R., Bass R.C.: A New Perspective on Well Shooting - Behavior of Deeply Buried Explosions and Deflagrations. JPT, July 1981, 1305-1311
  • [4] Schatz J.F., Zeigler B.J., Hanson J.M., Christianson M.C., Bellman Jr. R.A.: Laboratory, Computer Modeling and Field Studies of the Pulse Fracturing Process. Paper SPE 18866 presented at SPE Production Operations Symp., Oklahoma City, March 13-14, 1989
  • [5] Loman G., Phillips D.T., Cicon H.N.: Stimulation of Horizontal Wells Using Dynamic Pulse Gas Loading Technique. Paper SPE 37097 presented at Internat. Conf. on Horizontal Technology, Calgary, Canada, November 18-19, 1989
  • [6] Gilliat J., Snider P.M., Haney R.: A Review of Field Performance of New Propellant/Perforating Technologies. Paper SPE 56469 presented at the 1999 SPE Annual Technical Conference and Exhibition, Houston, Texas, Oct. 3-6, 1999
  • [7] Folse K.C., Dupont R.L., Coats C.G.: Field Performance of Propellant/Perforating Technologies to Enhance Placement of Proppant on High Risk Sand-Control Completions. Paper SPE 71639 presented at the 2001 SPE Annual Tech. Conf. and Exhibition, New Orleans, La., Sept. 30 - Oct. 3, 2001
  • [8] Ramirez J., Barrera J., Romero R., Figueroa F., Almanza E., Folse K.: Propellant Assisted Perforating in High - Pressure and Temperature Wells at Campo Bosque in Northern Monagas State. Paper SPE 71644 presented at the 2001 SPE Annual Tech. Conf. and Exhibition, New Orleans, La., Sept. 30 - Oct. 3, 2001
  • [9] Vovk A.A., Mihaljuk A.V: Physical and Technical Problems of Application Mining Methods to Stimulate Flow to Deep Wells. Mining Journal, Vol. X, No. 2, 1978 (3-11)
  • [10] Yang D.W.: Propellant Gas Fracturing, Principle, Control and Application. PhD dissertation, Stavanger University, Norway, 2000
  • [11] Wenkui L., Zhongtian X.: A Review of Gas Fracturing Technology. Paper SPE 58980 presented at SPE Intern. Petr. Conf. and Exhibition, Villahermosa, Mexico, February 1-3, 2000
  • [12] Zhang T., Zhang X., Li N.: High-Energy Perforation and Fracturing (HEPF) - Great Revolution of Perforation for 21st Century. Paper SPE 64760, SPE, Richardson, Tx., 2000
  • [13] Bozic B., Gospodaric J.: Application of Explosives for Perforating, Blasting (Torpeding) and Fracturing in the Petroleum Industry. Nafta 50 (11), 1999, 357-366
  • [14] Persson P.A., Holmberg R., Lee J.: Rock Blasting and Explosives Engineering. CRC Press, Boca Raton, Fl., USA, 1994
  • [15] Yang D.W., Risnes R.: Numerical Modelling and Parametric Analysis for Designig Propellant Gas Fracturing. Paper SPE 71641 presented at the 2001 SPE Annual Tech. Conf. and Exhibition, New Orleans, La., Sept. 30 - Oct. 3, 2001
  • [16] Miniszewski K.R., Westcott P.A.: The Characterization of High-Energy Chemical Sources for Fracturing Devonian Shale. Paper SPE 15254 presented at Unconventional Gas Technology Symposium, Luisville, KY, May 18-21, 1986
  • [17] Schmidt R.A., Boade R.R., Bass R.C.: A New Perspective on Well Shooting Behavior of Deeply Buried Explosions and Deflagrations. Paper SPE 8346 presented at the 1979 SPE Annual Technical Conference and Exhibition, New Orleans, La. Sept. 23-36, 1979
  • [18] Bukovac T.: Technical Capabilities of Explosive Materials for Mechanical Stimulation of Hydrocarbon Bearing Formations. Diploma thesis, University of Zagreb, Croatia, 2003
  • [19] Krilov Z., Tomic M., Vitezic M.: Global Trends in Alternative HC Production Enhancing Methods - Well Stimulation Implementing HE Propellant Gas Propulsion. Naftaplin HUNIG Journal, book 5, 2004
  • [20] Schmidt R.A., Brkic V., Omrcen B., Nizetic T.: Economical Stimulation of Marginal, Low Productive Wells by Means of Propellant Tools. Naftaplin HUNIG Journal, book 5, 2004
  • [21] Varunek Z., Bilic-Subasic V., Zivkovic M., Lujic D., Rubes R, Mohr K., Vidakovic D., Krilov Z.: Application of Gas Gun Well Stimulation in Naftaplin. e-Proceedings of Petroleum Engineering Summer School, IUC Dubrovnik, Workshop 19: "The Big Picture of Petroleum Engineering", Dubrovnik, Croatia, June 5-9, 2006
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-article-AGH5-0022-0033
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