International cooperation

The geography of international cooperation of Production Association Belorusneft extends year by year and currently international cooperation is maintained in some general activity areas:

  • development of integrated programs of enhanced oil recovery and production stimulation, engineering monitoring of the operations, development of integrated projects for the oil fields, operated by Russian and Ukrainian oil and gas producing companies; 
  • R&D works in the field of geological research and development of hydrocarbon fields, including generation of reports on the estimation of oil, gas, condensate reserves, as well as process design documents for the development of gas, gas-condensate, oil and gas-oil fields;
  • design and introduction of new technologies on the oil fields of Bolivarian Republic of Venezuela and  the Republic of India;
  • increase of oil production by advanced methods on the oil fields of Ecuador and Sudan.

Main activities provided:

  • acquisition, inventory of existing information and creation of databases;
  • 3D seismic exploration, seismic data processing and interpretation;
  • analysis and filing of field-geological information;
  • construction of 3D geological models, considering lithofacies environment;
  • construction and adaptation of filtration models;
  • creation of petrophysical reservoir models by the results of core and geophysical well logging data;
  • analysis of the current development state and assessment of production potential;
  • analysis of experience in implementation of EOR methods;
  • creation of integrated projects of oil field development;
  • selection and adaptation of water diverting compositions;
  • selection and adaptation of compositions for production stimulation;
  • selection and adaptation of compositions for water shut off;
  • filtration studies of compositions for EOR;
  • studies with tracer agents and providing recommendations on improvement of formation pressure maintenance system and change of filtration flows;
  • hydraulic fracturing;
  • radial jet-breaking of the system of filtration stimulating channels (SKIF);
  • development of integrated programs of EOR methods implementation;
  • development of workover programs, aimed at enhanced oil recovery and engineering control;
  • evaluation of expected efficiency from well interventions, based on hydrodynamic models.