Chemical Consolidation

  • Davorin Matanović
  • Marin Čikeš
  • Bojan Moslavac
Chapter
Part of the Springer Environmental Science and Engineering book series (SPRINGERENVIRON)

Abstract

When reservoir sand grains in near wellbore zone are loose and prone to production, either mechanical or chemical sand control methods are used. Chemical consolidation of sand grains appears to be very demanding, but quite effective method for sand control. To effectively apply chemicals for consolidation (resin systems are most frequently used) a great amount of field experience is required. Two types of resins are described – thermosetting and thermoplastic. Additives in service of system setting acceleration and activation, residual water removal and other, are also introduced.

Chemical consolidation treatment execution is divided in few stages – reservoir cleaning and water removal, treatment pumping and overflushing excess materials. Alternative solution to resin system pumping is resin-coated sand, incorporated in gravel packing operations with aforementioned grains coated with a thin resin layer melting and consolidating on higher temperatures.

Keywords

Resin System Resin Layer Resin Cure Thermoplastic Resin Sand Production 
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. Allen TO, Roberts AP (1982) Production operations: well completions, workover and stimulation, 622 2nd edn. Oil & Gas Consultants International, TulsaGoogle Scholar
  2. Allen TO, Roberts AP (1989) Production operations: well completions, workover and stimulation, 3rd edn. Oil & Gas Consultants International, TulsaGoogle Scholar
  3. Bellarby J (2009) Well completion design, vol 56, Developments in petroleum science. Elsevier, HungaryGoogle Scholar
  4. Brooks FA (1974) Evaluation of preflushes for sand consolidation plastics. In: SPE-AIME symposium on formation damage, paper SPE 4776, New OrleansGoogle Scholar
  5. Coulter AW, Gurley DG (1971) How to select the correct sand control system for your well. In: Paper SPE 3177, DallasGoogle Scholar
  6. Dewprashad B, Abass HH, Meadows DL, Weaver JD, Bennett BJ (1993) A method to select resin-coated proppants. In: 68th annual technical conference, paper SPE 26523, TexasGoogle Scholar
  7. Dusterhoft RG (1994) FracPac completion services-stimulation and sand-control techniques for high-permeability oil and gas wells. Halliburton Energy Services, HoustonGoogle Scholar
  8. Economides MJ et al (1997) Petroleum well construction. Wiley, DuncanGoogle Scholar
  9. Kotlar HK, Haavind F, Springer M, Bekkelund SS, Torsaeter O (2005) A new concept of chemical sand consolidation: from idea and laboratory qualification to field application. In: SPE annual technical conference and exhibition, paper SPE 95723, DallasGoogle Scholar
  10. Larsen T, Lioliou M, Josang LO, Ostvold T (2006) Quasinatural consolidation of poorly consolidated oilfield reservoirs. In: SPE international oilfield scale symposium, paper SPE 100598, Aberdeen, ScotlandGoogle Scholar
  11. Pope CD, Wiles TJ, Pierce BR (1987) Curable resin-coated sand controls proppant flowback. In: SPE production operations symposium, paper SPE 16209, Oklahoma CityGoogle Scholar
  12. Rike JL (1966) Review of sand consolidation experience in South Louisiana. In: SPE annual fall meeting, paper SPE 1238, DenverGoogle Scholar
  13. Schechter RS (1992) Oil well stimulation. Prentice-Hall/Simon & Schuster, Englewood CliffsGoogle Scholar
  14. Smith TK (1969) Sand consolidation through production tubing. In: SPE annual spring meeting, paper 69-232, New OrleansGoogle Scholar
  15. Suman GO Jr, Ellis RC, Snyder RE (1983) Sand control handbook, 2nd edn. Gulf Publishing, HoustonGoogle Scholar
  16. Wasnik A, Mete S (2005) Application of resin system for sand consolidation, mud-loss control and channel repairing. In: SPE international thermal operations and heavy oil symposium, paper SPE/PS-CIM/CHOA 97771, Calgary, CanadaGoogle Scholar

Copyright information

© Springer-Verlag Berlin Heidelberg 2012

Authors and Affiliations

  • Davorin Matanović
    • 1
  • Marin Čikeš
    • 1
  • Bojan Moslavac
    • 1
  1. 1.Faculty of Mining, Geology and Petroleum Engineering Petroleum Engineering DepartmentUniversity of ZagrebZagrebCroatia

Personalised recommendations