Geomechanical Modeling for Creating New Technologies of Deep Hydrocarbon Fields Development

  • Vladimir Karev
  • Dmitry Klimov
  • Yury Kovalenko


Abstract— The paper presents the results of the experimental investigation of the rock physical properties in relation to issues of creating scientific fundamentals for new hydrocarbon production technologies. Nowadays easily accessible deposits of oil and gas which lies at depths of 2-3 km are gradually being depleted. The production of hydrocarbons from unconventional sources becomes all the more urgent. These include shale gas and oil, Arctic hydrocarbon resources, gas hydrates, coal bed methane, oil and gas from deep horizons. The development of such deposits requires the creation of new technologies. The knowledge of mechanical and filtration properties of rocks lying at great depths is needed for creation of the new oil production technologies. The investigation of the dependence of well stability and permeability of rocks on the stress-strain state which is determined by the pressure in the well and its bottom hole design in conditions of high rock pressure is required also. For the first time the tests of reservoir rocks from the depths of more than 6 km were carried out on the true triaxial load system. The real conditions that occur in the vicinity of the borehole for various bottom designs at lowering pressure were experimentally simulated on the unique experimental facility, Triaxial Independent Load Test System built in the Institute for Problems in Mechanics of the Russian Academy of Science. It is found that the possibility to improve the production rate of a well by increasing pressure drawdown in a well exists despite the low permeability and high strength of such rocks.


Index Terms— deep reservoirs, rock, well, the test facility, deformations, stresses, strength, elastic moduli.


Jun 24, 2017
How to Cite
KAREV, Vladimir; KLIMOV, Dmitry; KOVALENKO, Yury. Geomechanical Modeling for Creating New Technologies of Deep Hydrocarbon Fields Development. International Journal of Advanced Research in Engineering (ISSN Online: 2412-4362), [S.l.], v. 3, n. 2, p. 17-21, june 2017. ISSN 2412-4362. Available at: <>. Date accessed: 27 july 2017. doi: