New Horizons of Standard Design System at Rosneft: Geology and Reservoir Engineering

Vladimir V. Vasiliev, Alexander N. Kravchenko, Vladimir V. Smelyanskiy, Vladimir A. Pavlov, Andrey M. Korkin, Svetlana E. Motus

DOI: 10.24411/2076-6785-2020-10098

The present-day realities of the oil and gas industry, more than ever, demand from oil and gas companies a qualitative change in their business with costs cutout. The paper describes the development of design engineering in Rosneft, the largest oil and gas corporation, and provides insight into the use of unified and standard design of construction facilities and material and technical supply. The authors trace back to the formation and significance of the development of designing systems in the Company as a leverage to increase the Company's economic and technological performance. The paper focuses on the Drilling segment, a new area of Geology and Reservoir Engineering within the Company's Standard Design System. Particular attention is paid to the topics of proppant and the layout of design documentation for well construction; the authors evaluate the expected and available effects from the use of standard documentation, and provide estimates of third-party companies. When analyzing production processes, the authors show features of interaction with the Companys structural units in order to find the most important and demanded areas in design engineering that require unification and standardizing. The purpose of the study, as defined by the authors, was to assess the economic and technological effects of the project.

Materials and methods
Unification and standardizing of processes in the projects of well construction, hydraulic fracturing, proppant selection, assessment of technical and economic effects.

standard design, standardizing, unification, drilling, geology, reservoir engineering, well construction, hydraulic fracturing, proppant

Savings in constructing on permafrost should be effective: Recommendations to the customer

Dmitriy G. Dolgikh

In the current economic situation, oil and gas companies have to look for ways to improve the efficiencyof investment in the development of deposits. Customers and investors realize the necessityto minimized costs. In the same time an order of reducing costs to 10% shouldnt be a cause ofdeterioration of oil production rate. Frost soil should be protected from thawing to prevent loss of stability of the construction. Usually thisis treated as an unpleasant but inevitable additional costs and trying to reduce it as much as possible. In this regard, potential customers should be awared about the importance of the quality ofheat stabilizers. Currently, some manufacturers, seeking to follow the requirements of the price cut, produced heat stabilizers thatnot even theoretically capable toprovide a stiffness structures for life. There are several important points that need to pay attention.

heat stabilizer constructing on permafrost permafrost frost soil soil freezin

Methods and means of regional programming for development of oil and gas extraction areas and fields of Siberia and Far East

V.R. Khachaturov, V.N. Bobylev, A.V. Zlotov, I.A. Krylov, A.N. Solomatin

The concept of regional programming - the area of the regional economy, which developed the theory and quantitative methods for solving problems arising in the complex development of territories. The mathematical apparatus, main features of regional programming software and their use in planning the development of gas and oil-producing regions, general scheme design and field facilities, etc. The prospects of the use of regional programming in the development of new mining areas in Eastern Siberia and the Far East.

Laser scanning technology in 3D design

Il'gam K. Kiyamov, Ramil' K. Mingazov, Azat F. Muzafarov, Ruslan A. Ibragimov, Ayrat A. Sibgatullin

The article presents the results of creating intelligent 3D model of the object by means of terrestrial laser scanning.

AutoCAD Plant 3D terrestrial laser scanning modeling point cloud model of intelligent

Designing a flexible scheme of antifreeze production in the program CADWorx

Natal'ya Y. Bashkirtseva, Ol'ga Y. Sladovskaya, Yuliya S. Ovchinnikova, Ayrat A. Sibgatulin

In this paper the design of a flexible production scheme fluids new generation. The main objective of the project was to create an integrated production process fluids new generation on the basis of domestic-inhibiting additives, as well as upgrading the existing technology in order to increase production volumes and product mix.

CADWorx coolant antifreeze design flexible

Automated control systems of oil extraction and treatment processes development and testing based on timed finite state machines

Approach to automated controlsystem algorithms development andderiving conformance test suites for program
implementations is proposed. Finite statemachines using advantages as algorithmlanguage are revealed. JSC TomskNIPIneftexperience and developments of finite state machines using for automated controlsystem of oil extraction and treatment projectengineering are referred. Necessity ofsoftware testing with the guaranteed fault
coverage is presented.
Materials and methods
Automata theory, discrete mathematics,graph theory.
Software FSM for developmentof control algorithms basedon automata theory is implemented. Software FSM using makes it possible toreduce time for algorithmsdevelopment, test and optimization in themathematical support engineering stage.Automata models using for development ofprogram implementation conformance testingis introduced. This methodology makes itpossible to test software with theguaranteed fault coverage.
This article is proposed the approach to timed finite state machines using for development of automated control system algorithms and deriving conformance test suites with the guaranteed fault coverage for program implementations. Necessity of software testing with the guaranteed fault coverage is cited as an example. Automata theory using makes it possible to reduce time for algorithms development, test and optimization in the mathematical support engineering stage. Science-based software testing methodology makes it possible to enhance quality and competitiveness of project documentation as well as makes it possible to reduce time for software testing during starting-up and adjustment procedures.

timed finite state machine automated control systems algorithm development program implementation testing

Contemporary simulation solutions ANSYS and ESI to increase production competitiveness

This article is devoted to the current approaches to improving competitiveness by means of mathematical modeling. It is shown that ANSYS and ESI simulation solutions can be used effectively to reduce time and costs, both at the stage of product design, so at the production stage. It is also described the experience of our company in meeting the
challenges of the oil and gas industry.