• study and analysis of technical and economic feasibility of UGS;
• organization and planning of geological, geophysical and hydrodynamic studies of geological structures for creating UGS;
• creation of geological and hydrodynamic models of depleted gas reservoirs, aquifers and salt structures;
• UGS design, technical and economic evaluation of UGS operation;
• development of technological solutions for optimization of UGS and increasing storage capacity;
• maintenance of UGS creation and technological processes optimization.

• development of project and technological documents;
• feasibility calculations of the efficiency of field development;
• production forecasting;
• construction and engineering research;
• development and testing of improved oil recovery technologies;
• development of technological solutions to improve the efficiency of production, involvement of poorly-drained and non-drained reserves and zones of deposit;
• design of complex high-technology systems of development with horizontal and multi-lateral wells and multi-level oil and gas recovery;
• design and maintenance of sidetracking in wells;
• development of technological solutions for introduction and management of field development systems, including unconventional resources.

• planning and design of well test;
• supervision and express analysis of well test;
• analysis, processing and interpretation of well test's results;
• specification of reservoirs properties using well test.

• strategy design for enterprise development;
• development and evaluation of business plans of investment projects;
• development of investment projects, programs, their implementation and logistics;
• commercial risk assessment of prospective projects, ranking, and formation of an investment portfolio of the company;
• maintenance in implementation of technical and investment projects and development programs.

• assessment of reserves and resources and their classification;
• analysis of fluid and rock properties ;
• comprehensive analysis of field development;
• optimization of production process;
• assessment of total hydrocarbon recovery index;
• development of permanent geological-technological models of oil and gas fields;
• study of enhanced oil recovery;
• evaluation of the technological effectiveness of oil and gas field development systems;
• optimization of well number and locations;
• monitoring of development of oil and gas fields.

Software and technical support:

• interactive information-analytical system of prospecting, exploration and development of oil and gas fields (software);
• operative analysis of efficiency of oil and gas field development systems (methods and software);
• well path design (software).

Scientific and methodological support:

• inversion-based multiattribute analysis;
• neural network based inversion;
• prediction of phase transformations in inorganic systems in the wellbores;
• prediction of phase transformations in hydrocarbon systems in the reservoir;
• monitoring of development of oil and gas fields;
• method of estimating technological efficiency of oil and gas field development systems;
• method for determination of optimal well path and location in the reservoir;
• assessment of drained oil and gas reserves;
• long-term forecasting of oil and gas production levels.

• well performance analysis;
• design and analysis of well completion;
• planning of enhanced oil recovery technologies;
• preparation of plans and projects;
• study of multiphase flow;
• design and analysis of tracer techniques;
• design and analysis of various production methods;
• design and analysis of sand production measures;
• process management of oil and gas production (information-analytical support);
• development, selection, design and support of software.

• pyrolysis and cracking processing
• determination of carbon/sulfur
• extraction and rock genetic characterization
• petro-physical investigations
• measuring of geophysical parameters
• gas saturation
• influence of fluids on rocks (shale rocks)
• mechanical properties of rocks
• gas chromatography analysis
• database (browser) forming based on core analysis

(certificate of representation)

• geological and economical study of sedimentary basins in order to identify priority areas of research;
• development and implementation of exploration projects;
• statistical evaluation and analysis of hydrocarbon resources;
• economic evaluation of hydrocarbon resources;
• design and maintenance of 2D/3D seismic surveys;
• processing and interpretation of 2D/3D seismic survey results;
• supervision of drilling, completion and testing of exploration wells;
• structural geology;
• petroleum geology;
• sedimentary studies;
• stratigraphic and geological correlation of productive horizons;
• structural and tectonic studies;
• petrophysical studies;
• petrophysical and geological mapping;
• construction of digital geological models;
• processing and interpretation of the results of geophysical exploration of wells;
• reservoir characterization using seismic, petrophysical, geological data and modeling results.