Collaborations
Cooperation in the following areas
Digitalization
- Digital systems development: from scientific numerical library prototypes for engineering purposes to full-scale commercial solutions
- Expertise / Design of digital transformation strategy
- Digitalization elements: complex integration of a digital project and bringing it to a safe landing – regulations, business processes, SOP’s (Standard Operating Procedure)
Consulting and expertise in oil and gas projects
- Expertise of the project before passing it to the next stage
- Assessment of the operational and technological potential of the asset
- In-depth analysis of the current development state and production program optimization
- Projects for solving targeted problems
- New asset valuation projects
- Technical / Technology audit
Digital R&D’s
- Custom «turn-key» R&D’s in the field of business processes’ optimization
- Hypotheses’ and levers of influence elaboration, development of the digital prototypes, etc.
- Results expertise of the completed R&D’s
Training
- Reading postgraduate courses for various levels specialists
- Formation of a training program on demand
- Carrying out practical trainings WellGame, FieldGame
Collaborations
Cooperation in the following areas
Digitalization
- Digital systems development: from scientific numerical library prototypes for engineering purposes to full-scale commercial solutions
- Expertise / Design of digital transformation strategy
- Digitalization elements: complex integration of a digital project and bringing it to a safe landing – regulations, business processes, SOP’s (Standard Operating Procedure)
Consulting and expertise in oil and gas projects
- Expertise of the project before passing it to the next stage
- Assessment of the operational and technological potential of the asset
- In-depth analysis of the current development state and production program optimization
- Projects for solving targeted problems
- New asset valuation projects
- Technical / Technology audit
Digital R&D’s
- Custom «turn-key» R&D’s in the field of business processes’ optimization
- Hypotheses’ and levers of influence elaboration, development of the digital prototypes, etc.
- Results expertise of the completed R&D’s
Training
- Reading postgraduate courses for various levels specialists
- Formation of a training program on demand
- Carrying out practical trainings WellGame, FieldGame
Contact me
Short resume
IT
- 12 years’ experience of digital tools development in wide field: from software development in VBA and Matlab to development of numerical hydrodynamical simulator nonisothermal filtration of non newtonian fluids and commercial solutions for operational production management (more than 6000 commercial software users, more than 10000 users of individual modules and libraries)
- 7 years’ experience in field of complex organizational and digital transformation in big petroleum companies serving as manager, business products owner
Oil and gas
- 15 years’ work experience in oil and gas field. In-depth expertise in the field of assets’ assessment and field geological exploration, reservoir engineering and operational production management
- 10 years’ managerial experience in a different positions in Producing companies, Headquarters, Scientific and Technical center
R&D
- More than 10 research and development projects and technical projects in the field of applied physics and math and engineering
Educational projects
- 10 original postgraduate courses, 7 original courses for leading technical universities: 2500+ listeners
- Educational platform: New Petroleum Institute
- Simulation games: FieldGame, WellGame
- More than 65 printed publication, 15+ registrations of ECM’s, patents, innovation proposals
IT
IT
Digital and organizational transformation
«Gazpromneft» РJSC
«Zarubezhneft» JSC
«RN-Yuganskneftegaz» LLC
«VNIINeft» JSC
Forming up new role of the Headquarters in terms of designing and coordinating operational program with «Zarubezhneft» JSC. Creating team and main functions for geology and reservoir engineering.
Reservoir engineering and production processes transformation:
- Development and implementation unified database of field data for various assets of the company, data insertion procedures and its actualization
- Integration of complex IT system for geology and reservoir engineering monitoring purposes
- Integration of complex IT system for production analytical and monitoring purposes
- Development technical and technological procedures in a scope of Headquarters and other production assets:
- Geological and engineering operations classifier
- Procedural rules for calculating geological and engineering operations efficiency
- Procedural rules for planning and analyzing technological modes production and injection well stock
- Procedural rules for planning production oil and water injection
- Procedural rules for conducting factor analysis of base production
- Procedural rules for movement and confirmation of the geological and field data
Forming up new process for planning, monitoring and analysis of the exploitation drilling in «RN-Yuganskneftegaz» LLC
(More then 1000 wells from drilling per year):
- Automatization of drilling rating planning processes
- Probabilistic assessment of the exploitation drilling risks
- Efficiency analysis of the new wells’ exploitation, detecting above-limit deviations
- Formation of the compensating measures
Management of the digitalization program of oil field administrative principles in «Gazpromneft» РJSC (project value ~7 billion rub, estimated revenue by 2030 12+ billion rub)
- Design of the dedicated IT architecture for operational production management using existing facilities
- Within the scope of the program, more than 15 groups of new digital tools were developed for operational production management and reservoir engineering purposes (6000+ users):
- Development of applied platform for managing oil field for coupling it with new digital tools
- Development of new organizational and procedural model in the field of operational productional management and reservoir engineering: main business processes developed up to 4th level, organizational model – up to «GD-4» level
- Confirmed revenue from integrated digital solutions by 2030: 20+ billion rub including actual income 2+ billion rub
Business role transformation of «VNIINeft» JSC with following segregation of Scientific and Technical center – separate department for purposes of the production program control and management
Formation of the Scientific and Technical center team (est. 100 employees), creating procedural rules for communication with Headquarters and assets.
«Zarubezhneft» JSC
Forming up new role of the Headquarters in terms of designing and coordinating operational program with «Zarubezhneft» JSC. Creating team and main functions for geology and reservoir engineering.
Reservoir engineering and production processes transformation:
- Development and implementation unified database of field data for various assets of the company, data insertion procedures and its actualization
- Integration of complex IT system for geology and reservoir engineering monitoring purposes
- Integration of complex IT system for production analytical and monitoring purposes
- Development technical and technological procedures in a scope of Headquarters and other production assets:
- Geological and engineering operations classifier
- Procedural rules for calculating geological and engineering operations efficiency
- Procedural rules for planning and analyzing technological modes production and injection well stock
- Procedural rules for planning production oil and water injection
- Procedural rules for conducting factor analysis of base production
- Procedural rules for movement and confirmation of the geological and field data
«RN-Yuganskneftegaz» LLC
Forming up new process for planning, monitoring and analysis of the exploitation drilling in «RN-Yuganskneftegaz» LLC
(More then 1000 wells from drilling per year):
- Automatization of drilling rating planning processes
- Probabilistic assessment of the exploitation drilling risks
- Efficiency analysis of the new wells’ exploitation, detecting above-limit deviations
- Formation of the compensating measures
«Gazpromneft» РJSC
Management of the digitalization program of oil field administrative principles in «Gazpromneft» РJSC (project value ~7 billion rub, estimated revenue by 2030 12+ billion rub)
- Design of the dedicated IT architecture for operational production management using existing facilities
- Within the scope of the program, more than 15 groups of new digital tools were developed for operational production management and reservoir engineering purposes (6000+ users):
- Development of applied platform for managing oil field for coupling it with new digital tools
- Development of new organizational and procedural model in the field of operational productional management and reservoir engineering: main business processes developed up to 4th level, organizational model – up to «GD-4» level
- Confirmed revenue from integrated digital solutions by 2030: 20+ billion rub including actual income 2+ billion rub
«VNIINeft» JSC
Business role transformation of «VNIINeft» JSC with following segregation of Scientific and Technical center – separate department for purposes of the production program control and management
- Formation of the Scientific and Technical center team (est. 100 employees), creating procedural rules for communication with Headquarters and assets.
Development and integration of commercial solutions
Created more than 15 groups of commercial digital solutions, among them:
«Gazpromneft» РJSC
«Zarubezhneft» JSC
«Rosneft Oil Company» PJSC
Hybrid ML solution for telemetry analysis for operation of mechanized well stock
- deviations analysis
- virtual flow metering
- prevention of technical problems
- (hydrates, ARPD (asphalt, resin, and paraffin deposition), rotor jams, pump starvations)
Complex solution for
- digitalization of the selection and expertise process for every type of “light” and “heavy” geological and engineering operations
Complex solution for managing operational potential of oil and gas assets
- analysis and selection of the candidates for mode change
- well regimes group optimization
- minimization of lifting costs
Development of an industrial library for calculating the steady and unsteady multiphase fluid flow inside pipes
- solution is equivalent to Prosper and PipeSim in terms of calculation accuracy and performance
Development of the first Russian solution for integrated modeling
- «reservoir» - «well» - «infrastructure»
- focus on the introduction of integrated calculations to the production processes
Development of modules for non-stationary modes well operation analysis, identification of reservoir parameters from normal operation data
Development of a module for automatic verification of field measurements and production registration
Development of a hydrodynamic simulator of a non-newtonian fluid non-isothermal filtration in a porous medium with phase transformations
- the functionality of the simulator exceeds the capabilities of currently existing commercial analogues
Simulator of non-stationary flow of vapor-liquid mixture inside pipes and wellbore
«Gazpromneft» РJSC
Hybrid ML solution for telemetry analysis for operation of mechanized well stock
- deviations analysis
- virtual flow metering
- prevention of technical problems
- (hydrates, ARPD (asphalt, resin, and paraffin deposition), rotor jams, pump starvations)
Complex solution for
- digitalization of the selection and expertise process for every type of “light” and “heavy” geological and engineering operations
Complex solution for managing operational potential of oil and gas assets
- analysis and selection of the candidates for mode change
- well regimes group optimization
- minimization of lifting costs
Development of an industrial library for calculating the steady and unsteady multiphase fluid flow inside pipes
- solution is equivalent to Prosper and PipeSim in terms of calculation accuracy and performance
Development of the first Russian solution for integrated modeling
- «reservoir» - «well» - «infrastructure»
- focus on the introduction of integrated calculations to the production processes
«Rosneft Oil Company» PJSC
Development of modules for non-stationary modes well operation analysis, identification of reservoir parameters from normal operation data
Development of a module for automatic verification of field measurements and production registration
«Zarubezhneft» JSC
Development of a hydrodynamic simulator of a non-newtonian fluid non-isothermal filtration in a porous medium with phase transformations
- the functionality of the simulator exceeds the capabilities of currently existing commercial analogues
Simulator of non-stationary flow of vapor-liquid mixture inside pipes and wellbore
Development of special numerical calculation libraries and engineering tools
During the work, more than 100 different numerical calculation libraries and specialized modules for planning, monitoring, analysis of reservoir engineering and production have been created, including the following:
Research
Estimation
Internal reservoir
properties
Performance calculation
and analysis
Geological
and engineering operations
Reservoir pressure maintenance
design and operation
Production
Integrated
modeling
- Modules for the design and interpretation of hydrodynamic studies for single and multilayer wells with various completions
- Modules for analysis of normal operation data
- Reservoir pressure determination module based on data from under-recovered well tests
- Module for probabilistic assessment of the small field development economic efficiency, considering geological uncertainty
- Modules for calculating the well oil rate decline, considering the reservoir heterogeneity and permeability
- Module for evaluating the inhomogeneous medium effective permeability
- Module for constructing a pressure map using the boundary element method, with automatic adaptation to reservoir pressure measurements and technological regimes of wells
- Module for constructing permeability maps according to the well operation technological regimes data
- Module for constructing maps of residual oil-saturated thicknesses with automatic adaptation to start-up water cut and technological modes of well operation
- Module for calculating the productivity of wells with various completions based on analytical and numerical-analytical solutions of filtration equations
- Created template for drilling and well intervention rating, including wells with complex completions (controlled directional well with hydraulic fracturing of formation, horizontal well with hydraulic fracturing of formation), has become the standard and is used in all major oil and gas companies
- Module for calculating the well interference based on the calculation of the matrix of mutual productivity
- Module for calculating the productivity of a contaminated hydraulic fracture: a numerical-analytical solution based on the filtration resistance method
- Module for calculating the optimal parameters of hydraulic fracturing of formation
- Module for calculating well productivity in a heterogeneous reservoir using field theory methods: perturbation method and two scale asymptotic expansions
- Module for candidates selection for geological and technical operations by cluster analysis and implicit logic
- Module for factor analysis of technological efficiency of geological and technical operations by individual well
- Module for determining the optimal perforation density
- Module for automatic analysis of the current state of field development: production losses identification by blocks with a classification of causes and proposals for compensatory measures
- GOR dynamics prediction module for wells in oil rims: module based on a physical model (solution of the free filtration equation in the Boussinesq form)
- Module for evaluating the effectiveness of thermal methods: cyclic steam injection, steam gravity drainage, heat treatment of the bottomhole zone
- Module for optimizing the reservoir pressure maintenance system: candidates selection for changing to injection well, conducting geological and engineering operations for the reservoir pressure maintenance stock
- Module for calculating the optimal period for changing the production well to injection well
- Module for calculating the efficiency of the reservoir pressure maintenance system
- Short-term production planning module using an ensemble approach combining statistical methods, ML methods and physical models
- Block material balance module, which differs from commercial automatic adaptation multi-tank equivalents of interblock flows
- Module for calculating production and injection in the mid and long term
- Procedure for estimating the optimal well pattern density
- Production calculation module using CRM-model
- Module for automatic determination of outliers and deviations in manual measurements of well fluid water cut (chemical analysis laboratory measurements)
- The procedure of the technological mode calculation of the well operating in intermittent mode
- The procedure for calculating the potential of wells with a fountain through the annulus
- Module for calculating loads on a geophysical cable
- Multilayer well killing design calculation module
- Module for calculating the technological regime of a steam injection well
- Inverted ESP system calculation module
- Module for factor analysis of base production deviations
- Module for calculating proppant settling time in a horizontal wellbore
- Submersible pump express choosing module
- Module for determining the optimal regime for de-optimization of wells operating in automatic re-closing relay mode
- Module for group optimization of offshore gas-lift wells
- Reverse production allocation module
- Infrastructure introduction module for integrated production calculations: identification of lock-in areas, calculation of production reduction due to lock-in of infrastructure sections
Research
- Modules for the design and interpretation of hydrodynamic studies for single and multilayer wells with various completions
- Modules for analysis of normal operation data
- Reservoir pressure determination module based on data from under-recovered well tests
Estimation
- Module for probabilistic assessment of the small field development economic efficiency, considering geological uncertainty
- Modules for calculating the well oil rate decline, considering the reservoir heterogeneity and permeability
- Module for evaluating the inhomogeneous medium effective permeability
Internal reservoir properties map design
- Module for constructing a pressure map using the boundary element method, with automatic adaptation to reservoir pressure measurements and technological regimes of wells
- Module for constructing permeability maps according to the well operation technological regimes data
- Module for constructing maps of residual oil-saturated thicknesses with automatic adaptation to start-up water cut and technological modes of well operation
Performance calculation and analysis
- Module for calculating the productivity of wells with various completions based on analytical and numerical-analytical solutions of filtration equations
- Created template for drilling and well intervention rating, including wells with complex completions (controlled directional well with hydraulic fracturing of formation, horizontal well with hydraulic fracturing of formation), has become the standard and is used in all major oil and gas companies
- Module for calculating the well interference based on the calculation of the matrix of mutual productivity
Geological and engineering operations
- Module for calculating the productivity of a contaminated hydraulic fracture: a numerical-analytical solution based on the filtration resistance method
- Module for calculating the optimal parameters of hydraulic fracturing of formation
- Module for calculating well productivity in a heterogeneous reservoir using field theory methods: perturbation method and two scale asymptotic expansions
- Module for candidates selection for geological and technical operations by cluster analysis and implicit logic
- Module for factor analysis of technological efficiency of geological and technical operations by individual well
- Module for determining the optimal perforation density
Reservoir pressure maintenance design
and operation
and operation
- Module for automatic analysis of the current state of field development: production losses identification by blocks with a classification of causes and proposals for compensatory measures
- GOR dynamics prediction module for wells in oil rims: module based on a physical model (solution of the free filtration equation in the Boussinesq form)
- Module for evaluating the effectiveness of thermal methods: cyclic steam injection, steam gravity drainage, heat treatment of the bottomhole zone
- Module for optimizing the reservoir pressure maintenance system: candidates selection for changing to injection well, conducting geological and engineering operations for the reservoir pressure maintenance stock
- Module for calculating the optimal period for changing the production well to injection well
- Module for calculating the efficiency of the reservoir pressure maintenance system
- Short-term production planning module using an ensemble approach combining statistical methods, ML methods and physical models
- Block material balance module, which differs from commercial automatic adaptation multi-tank equivalents of interblock flows
- Module for calculating production and injection in the mid and long term
- Procedure for estimating the optimal well pattern density
- Production calculation module using CRM-model
Production
- Module for automatic determination of outliers and deviations in manual measurements of well fluid water cut (chemical analysis laboratory measurements)
- The procedure of the technological mode calculation of the well operating in intermittent mode
- The procedure for calculating the potential of wells with a fountain through the annulus
- Module for calculating loads on a geophysical cable
- Multilayer well killing design calculation module
- Module for calculating the technological regime of a steam injection well
- Inverted ESP system calculation module
- Module for factor analysis of base production deviations
- Module for calculating proppant settling time in a horizontal wellbore
- Submersible pump express choosing module
- Module for determining the optimal regime for de-optimization of wells operating in automatic re-closing relay mode
Integrated modeling
- Module for group optimization of offshore gas-lift wells
- Reverse production allocation module
- Infrastructure introduction module for integrated production calculations: identification of lock-in areas, calculation of production reduction due to lock-in of infrastructure sections
Oil and gas
Experience in solving current, mid-term and strategic applied problems in the field
of oil and gas reservoir engineering
of oil and gas reservoir engineering
Russia: Western Siberia
Development of low-permeability sandstones in Western Siberia:
- Justification of the optimal development system, considering the transition to the mass introduction of horizontal wells with interval hydraulic fracturing at the assets of «RN-Yuganskneftegaz» LLC
- Justification of the optimal development scheme of marginal low-permeability areas (~0.5 mD)) (more than 5000 wells): Priobskoye field, Prirazlomnoye field (BS4-5, Achimovka), Ombinskoye field, Vostochno-Surgutskoye, Kinyaminskoye field, Ugutskaya fields
- Justification for changing design decisions at the Priobskoye field: changing the density of the well pattern
- Development of a new probabilistic approach for managing small deposits of «RN-Yuganskneftegaz» LLC, preparation of investment decisions for the start of development: Vstrechnoye
- Justification of the urge to organize water pressure maintenance at the Gorshkovskaya area of the Priobskoye field
- Analysis of the applicability of interval-based fracturing technology in horizontal wells using JITP technology, justification for abandoning the technology in collaboration with Exxon Mobile experts
- Justification of the optimal mechanic production strategy in the marginal low-permeability field areas
- Work with the operational and technological potential at the fields of the «Gazpromneft» РJSC group of companies: “light” and “heavy” geological and engineering operations, real-time reengineering (looping, decommissioning of infrastructure sections), the total revenue is ~1.5 billion rubles.
- Current activity on the formalization and approval of a drilling strategy for a 5-year period, analysis of the effectiveness of new wells, calculation of the economic rating, etc.
Russia: Urals-Volga region
Development of reservoirs Ural-Volga region, including cases of high-viscosity oils, low-permeability carbonates:
- Design of a mid-term and long-term production program for the Eastern Area of the Orenburg oil and gas condensate field
- Development and coordination of the oil and gas exploration program, drilling and geological and technical operations: the Eastern Area of the Orenburg oil and gas condensate, Tsarichanskoe, Kirsanovskoe, Sulakskoye, Kapitonovskoe, Baleikinskoe fields
- Adjustment of the strategy for the development of organogenic structures at the Uransky license area
- Optimization of reservoir pressure maintenance at the Pashkinskoe field, as the result - a negative rate of decline in base production for 1.5 years
- Adjustment of the strategy for the development of organogenic structures at the Uransky license area
Russia: The Timan-Pechora Basin
Development of hydrophobic fractured carbonates of Timan-Pechora Basin:
- The strategy formalization for additional exploration and development of edge low-margin areas of the Kharyaginskoe, Severo-Khosedayu, Zapadno-Khosedayu and Visovoe fields
- Justification and approval of the green-field development system: Severo-Oshkotynskoye, Vostochno-Yanymdeyskoe, Sikhoreyskoe, Syurkharatinskoe, Yuzhno-Syurkharatinskoe fields
- Justification and implementation of the approach to trial operation of exploration wells in the winter period as part of the process of preparing hard-to-recover reserves for production drilling
- Management strategy development and coordination for residual reserves “under the stock” from research planning to implementation
- Development and preparation of a pilot project for the development of the Lutseyakhskoe field (Severo-Karasevsky license area)
- Carrying out pilots for the organization of reservoir pressure maintenance in fractured carbonates: Kharyaginskoe, Visovoe, Severo-Khosedayuskoe fields
- Real-time activity in short-term and medium-term production planning and geological and engineering operations, development and approval of the production program, oil and gas exploration program, etc.
Iran
Project valuation and technical audit of assets in the Islamic Republic of Iran:
- Aban and Western Peydar fields
- Analysis of investment appeal, current production level, work opportunities with operational and technological potential
- Technological audit of the Cheshmeh Khosh cluster
Vietnam
Development of oil and gas fields offshore Vietnam
- Preparation and implementation of optimization measures for the reservoir pressure maintenance system at the White Tiger, Dragon, Dai Hung (Great (Big) Bear) fields
- Optimization of the Thien Ung gas condensate field development, taking into account the need for additional exploration of several reservoirs
- Optimization of the well stock operating modes, considering the gas lift system limitations
- Implementation of a new approach to planning and analysis of geological and technical measures: a unified database of geological and technical operations, a unified database of field information, quarterly update of geological maps, efficiency calculations in accordance with specified regulations, risk assessment for well interventions
- Development and approval of the mid-term production program
Indonesia
Projects for the evaluation of blocks of deposits on the Java and Sumatra islands: blocks Batu Gajah, Citaum, East Jabung
Cuba
Pilot steam injection projects in Cuba, Boca de Jaruco field: pilot works analysis, development and support, for the first time an industrial oil flow was obtained at a new facility with a regional distribution
Technological projects and digital R&D’s
Reservoir
Well
Infrastructure
Algorithms
Implementation of a set of solutions for the calculation of nonisothermal multicomponent filtration of non-newtonian liquids in a porous medium with phase transformations:
- Research and development results were used to simulate the flow of bitumen and high-viscosity oils during steam and hot water displacement
- Approbation was carried out on a steam injection pilot at the Boca de Jaruco field: determination of well productivity, residual oil saturation, optimization of injection parameters, optimization of the pilot scheme
Development of analytical approaches for solving filtration equations:
The results were obtained in different periods and are used to create various digital tools, as well as to speed up their work.
The results were obtained in different periods and are used to create various digital tools, as well as to speed up their work.
- Implementation of the boundary element method and a method for adapting its solutions to field measurement data
- Methods of perturbation and two-scale asymptotic expansions for solving inhomogeneous filtration problems
- Finalization and adaptation of the method of diffusion time of flight of particles (DTOF)
- Design of new analytical and numerical-analytical solutions of filtration problems in multi-well and multi-layer systems
- Regularization methods for solving inverse problems using ensemble approaches, Tikhonov regularization, Kalman ensemble filter
Reservoir
Implementation of a set of solutions for the calculation of nonisothermal multicomponent filtration of non-newtonian liquids in a porous medium with phase transformations:
- Research and development results were used to simulate the flow of bitumen and high-viscosity oils during steam and hot water displacement
- Approbation was carried out on a steam injection pilot at the Boca de Jaruco field: determination of well productivity, residual oil saturation, optimization of injection parameters, optimization of the pilot scheme
Development of analytical approaches for solving filtration equations:
The results were obtained in different periods and are used to create various digital tools, as well as to speed up their work.
The results were obtained in different periods and are used to create various digital tools, as well as to speed up their work.
- Implementation of the boundary element method and a method for adapting its solutions to field measurement data
- Methods of perturbation and two-scale asymptotic expansions for solving inhomogeneous filtration problems
- Finalization and adaptation of the method of diffusion time of flight of particles (DTOF)
- Design of new analytical and numerical-analytical solutions of filtration problems in multi-well and multi-layer systems
- Regularization methods for solving inverse problems using ensemble approaches, Tikhonov regularization, Kalman ensemble filter
Well
Development and implementation of a set of solutions for calculating unsteady flows of multiphase fluids in pipes:
- The results of researches and developments were used to develop a model for the productivity of intermittent wells (automatic re-closing relay, intermittent mode, frequency interleaving, proportional-integral-derivative mode), as well as for operational calculations of unsteady flows in oil and gas gathering
- Scope of approbation: research and development results are used for integrated and single optimization of the operating modes of the periodic well stock at the fields of «Gazpromneft» РJSC: «Gazpromneft-Noyabrskneftegaz», «Messoyakhaneftegaz», «Megionenftegaz», «Vostok» with a confirmed revenue of ~0.5 billion rubles / year)
Development of approaches for automatic control of mechanized well stock at the level of automated process control system to optimize its operating modes
- The project objective is managing an unstable fund with a high gas content in products
- Pilot commercial operation is underway at «GPN-Orenburg» LLC (iASURG), «GPN-Noyabrskneftegaz» LLC (iESP)
Infrastructure
Development and implementation of a set of solutions for calculating unsteady flows of multiphase fluids in pipes:
- The results of researches and developments were used to develop a model for the productivity of intermittent wells (automatic re-closing relay, intermittent mode, frequency interleaving, proportional-integral-derivative mode), as well as for operational calculations of unsteady flows in oil and gas gathering
- Scope of approbation: research and development results are used for integrated and single optimization of the operating modes of the periodic well stock at the fields of «Gazpromneft» РJSC: «Gazpromneft-Noyabrskneftegaz», «Messoyakhaneftegaz», «Megionenftegaz», «Vostok» with a confirmed revenue of ~0.5 billion rubles / year)
Development of new kind production control tools: a non-destructive testing measuring device (a clamp-on sensor without the need for a tie-in) and an ML platform for interpreting its readings (patent pending)
- research and development results are being tested at «GPN-Orenburg» LLC, «GPN-Yamal» LLC, «GPN-Noyabrskneftegaz» LLC
Algorithms
Development of ML algorithms for the analysis of the well stock operation and problems in the infrastructure according to high-frequency telemetry data
- The results of the Technological Project are used to prevent problems in the operation of wells: pump starvations, the growth of hydrate plugs, asphalt, resin, and paraffin deposition, rotor jams, intra-shift downtime, as well as preventing complications in oil and gas gathering and gas lift lines
- Scope of approbation: in use at the fields of «Gazpromneft» PJSC: «GPN-Noyabrskneftegaz», «Messoyakhaneftegaz», «Megionenftegaz», «Vostok», «Orenburg», «Shelf», «Yamal», «Zapolyarye», «Meretoyakhaneftegaz», «Khantos» with a confirmed revenue of ~ 350 million rubles / year
Implementation of a set of solutions for the calculation of non-isothermal multicomponent filtration of non-newtonian liquids in a porous medium with phase transformations:
- research and development results were used to simulate the flow of bitumen and high-viscosity oils during steam and hot water displacement
- Approbation of the results was carried out on a steam injection pilot at the Boca de Jaruco field: determination of well productivity, residual oil saturation, optimization of injection parameters, optimization of the pilot scheme
Educational projects
More than 10 continuing education programs readin various companies - more than 2000 listeners
- Introduction into petroleum engineering
- Analysis of field measurements
- Reservoir engineering for non-specialists
- Gas field development for non-specialists
- Waterflooding of carbonate and terrigenous reservoirs
- Fundamentals of oil and gas field development in difficult conditions
- Performance of wells with complex completions
- Planning and analysis of waterflooding of terrigenous and carbonate reservoirs
- Optimization of well operation in regular and irregular development systems
- Engineering methods for analysis, monitoring and planning of field development efficiency
- Production real-time management and analysis
- Fundamentals of integrated management of development and production
- Multiphase flow in reservoir, well, pipeline
- Digital transformation and oil and gas management tools
Original courses in leading technical universities
- Mathematical modeling in petroleum engineering
- Engineering calculations in oil and gas engineering seminar course
- Peter the Great St.Petersburg Polytechnic University
- Production management algorithms and processes
- Engineering methods for calculating multiphase flow in a reservoir, well, pipeline
- Introduction into petroleum engineering
- Oil and gas fields development
- Saint Petersburg Mining University
- Mathematical modeling in petroleum engineering
- Engineering calculations in oil and gas engineering seminar course
- Peter the Great St.Petersburg Polytechnic University
- Peter the Great St.Petersburg Polytechnic University
- Production management algorithms and processes
- Engineering methods for calculating multiphase flow in a reservoir, well, pipeline
- Moscow Institute of Physics and Technology
- Introduction into petroleum engineering
- Oil and gas fields development
Educational project
New Petroleum Institute
An educational platform that aims to change the usual process of teaching technical disciplines in petroleum engineering by:
- A new format for conducting courses with a focus on practical aspects
- The use of de-identified real field data when performing practical tasks
- The use of the digital tools in teaching
- Training and implementation of Python programming practices in the development of engineering tools
- Conducting simulation competitions: FieldGame, WellGame
Educational project
Sim-Edu.Digital
A new approach to professional engineering and technical education using digital twins of technological and business processes:
- A platform for the deployment of digital twins for the purpose of training, advanced training and objective assessment of competencies in working and engineering specialties
- Real situations simulation, preparation of special cases for training
- Real-time advanced training to develop asset management skills with new specifics, operate technological units with new equipment, develop new business processes
- Preparation of a digital twin of a turnkey technological / business process for a specific customer case
Cases are already available for development engineers of oil and gas fields, production process engineers:
Terrigenous and carbonate
reservoirs
reservoirs
Singlelayer and multilayer deposits
of various sizes
Extensive database of submersible pumping equipment and submersible electrical motors
Cases for testing
The optimization of reservoir pressure maintenance, increasing the efficiency
of the production program, drilling, providing
a shelf for production, etc.
of the production program, drilling, providing
a shelf for production, etc.
Contact reserves:
Rims and deposits with active aquifer
Various production optimization cases:
Locking infrastructure, mechanization
of fountains, optimization of pumping equipment
to reduce power consumption, increasing production, etc.
of fountains, optimization of pumping equipment
to reduce power consumption, increasing production, etc.
FieldGame
Simulation game for specialists of geological services
to develop the best production program of geological and technical activities
on the example of a specific field
to develop the best production program of geological and technical activities
on the example of a specific field
I believe that now both diligent business owners and state-level strategists can and should radically change the approach to the formation of their teams, training a new generation of specialists by introducing digital tools and real field data.
Large-scale organizational challenges are where I can apply my experience in solving out-of-the-box tasks and the skill of building and managing large teams finely-honed in countless projects.
Both professionally and personally, it is important for me to be in motion, to be active.
At my leisure, I prefer any type of physical activity - swimming (since childhood), running, traveling with my family across the vast expanses of my Motherland.
Novice collector of guns, single malt whiskeys and unextracted core samples from around the world.
Large-scale organizational challenges are where I can apply my experience in solving out-of-the-box tasks and the skill of building and managing large teams finely-honed in countless projects.
Both professionally and personally, it is important for me to be in motion, to be active.
At my leisure, I prefer any type of physical activity - swimming (since childhood), running, traveling with my family across the vast expanses of my Motherland.
Novice collector of guns, single malt whiskeys and unextracted core samples from around the world.
I believe that now both diligent business owners and state-level strategists can and should radically change the approach to the formation of their teams, training a new generation of specialists by introducing digital tools and real field data.
Large-scale organizational challenges are where I can apply my experience in solving out-of-the-box tasks and the skill of building and managing large teams finely-honed in countless projects.
Both professionally and personally, it is important for me to be in motion, to be active.
At my leisure, I prefer any type of physical activity - swimming (since childhood), running, traveling with my family across the vast expanses of my Motherland.
Novice collector of guns, single malt whiskeys and unextracted core samples from around the world.
Large-scale organizational challenges are where I can apply my experience in solving out-of-the-box tasks and the skill of building and managing large teams finely-honed in countless projects.
Both professionally and personally, it is important for me to be in motion, to be active.
At my leisure, I prefer any type of physical activity - swimming (since childhood), running, traveling with my family across the vast expanses of my Motherland.
Novice collector of guns, single malt whiskeys and unextracted core samples from around the world.
Links to additional materials
