ISSN 0130-3872

Scientific-technical journal

CONSTRUCTION

OF OIL AND GAS WELLS ON LAND AND SEA

                                                                                          published since 1993

July 2019                                         ¹ 7                           12 issues per year

 

CONTEN̉S

 

DRILLING TECHNIQUE AND TECHNOLOGY

 

Tskhadaya N.D., Perminov B.A., Yagubov Z.H., Yagubov E.Z., Ignatiev K.G. Two-input control systems as an optimal means for measuring dynamic increments of drilling parameters (p. 5‑14)

 

Leonov E.G., Samochvalov S.Yu. Pressure losses calculation in nozzles in case of sonic and subsonic modes of gas-liquid mixture outflow (p. 15‑18)

 

DRILLING FLUIDS

 

Gaydarov M.M.-R., Khubbatov A.A., Gaydarov A.M., Khrabrov D.V., Zhirnov R.A., Sutyrin A.V. "Katburr" polycationic drilling fluids and prospects for their use (p. 19‑25)

 

WELLS COMPLETION

 

Koval M.E., Voronin A.A., Zharkenev A.S. Analysis of reasons for cementing poor tightness and methods of their prevention in Samara region fields (p. 26‑29)

 

EQUIPMENT AND TOOLS

 

Bykov I.Yu., Bobyleva T.V., Boreiko D.A. Analysis of the existing designs of sand-control filters for completion of oil and gas wells (p. 30‑33)

 

Gaffanov R.F., Serikov D.Yu. Analysis of the existing methods of built-up welding and protective coatings calculation for strength (p. 34‑37)

 

Gaffanov R.F., Serikov D.Yu. The shortcomings of the method of built-up welding calculation on the example of wedge valves and bellows valves (p. 38‑41)

 

Shahbazov E.K., Temurov T.I. Analysis of typical types of elements wear and ways of increasing the reliability of systems of gas-motor-compressor units for natural gas compression (p. 42‑47)

 

REPAIR AND INSULATION WORKS

 

Zatolokina I.G., Kostikov S.L., Koroleva V.P. The experience of difficulties elimination that occur during operation of underground gas storage (UGS) in an aquifer (p. 48‑53)

 

WELLS OPERATION

 

Novruzova S.G., Samedov T.A. Improved method of determination of structural-mechanical properties of viscous-plastic oils (p. 54‑58)

 

Pashayan A.A., Aminov D.O., Plotnikov A.S., Dumanskiy E.N. New technology of re-cultivation of the oil polluted soils by applying the method of reagent capsulation (p. 59‑63)

 

ANNIVERSARY DATES

 

80 years since the birthdate of Yury Stepanovich Kuznetsov (p. 64‑65)

 

 

Information on the articles

 

UDC 621.3.012.6:622.24.084.3-044.53          DOI: 10.30713/0130-3872-2019-7-5-14

 

TWO-INPUT CONTROL SYSTEMS AS AN OPTIMAL MEANS
FOR MEASURING DYNAMIC INCREMENTS OF DRILLING PARAMETERS (p. 5)

 

Nikolay Denisovich Tskhadaya, Dr. of tech. sci., Professor,

Boris Alexeevich Perminov, Cand. of tech. sci., assistant professor,

Zafar Hanhussein Yagubov, Dr. of tech. sci., Professor, Head of the Department,

Konstantin Gennadievich Ignatiev, Head of the Master’s Studies Department

 

Ukhta State Technical University

13, Pervomaiskaya str., Ukhta, 169300, Komi Republic, Russian Federation,

e-mail: rector@ugtu.net, boris.perminoff2013@yandex.ru, zav_eatp@ugtu.net, kignatev@ugtu.net

 

Emin Zafar Yagubov, Dr. of tech. sci.

 

Primorsky Branch of the Russian Academy of National Economy and Public Administration under the President of the Russian Federation

14, Strelkovaya str., Vladivostok, 690034, Russian Federation,

e-mail: em1370@bk.ru

 

Measuring tools that contribute to dynamic increments allocation of drilling parameters, does not either exist or such tools have very limited application when deepening wells.

In this regard, the problem of development and study of such tools becomes extremely relevant. The authors of the paper, based on many years of research, propose an analysis of two-input torque control systems. The analysis means the study of the metrological properties of two-input structures, dynamic and frequency properties.

The conducted analysis will make it possible to reveal a number of properties of two-input torque control devices, characterizing this device as an optimal measurement tool. Indeed, if the conditions of pairwise equality of time constants of variational structures of channels for measuring power and the angular frequency are observed, then the measurement device as a whole degenerates into a proportional link, while maintaining the differentiation properties of the input signals of the power and angular frequency measurement channels separately. This eliminates dynamic and frequency distortions when measuring torque increments.

Besides, due to the cut-off of the input signals constant component in the power and angular frequency measurement channels, the static component of the error, which is most significant in the total error of the measuring instrument, is also cut off, and the division operation at the structure output minimizes random and common-mode errors.

Thus, the conducted analysis reveals the unique properties of two-input structures for monitoring and measuring torque and contributes to the recommendations for their widespread use.

 

Keywords: dynamic properties; transients; frequency functions; frequency characteristics; variational structure; two-input control system.

 

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UDC 622.244.43          DOI: 10.30713/0130-3872-2019-7-15-18

 

PRESSURE LOSSES CALCULATION IN NOZZLES IN CASE OF SONIC
AND SUBSONIC MODES OF GAS-LIQUID MIXTURE OUTFLOW (p. 15)

 

Evgeny Grigorievich Leonov, DSc,

Sergey Yurievich Samochvalov, researcher

 

National University of Oil and Gas "Gubkin University"

65, Leninsky prosp., Moscow, 119991, Russian Federation,

e-mail: bur220@gubkin.ru

 

The paper is relevant since pressure losses in nozzles, nose-pieces or chokes under subsonic and sonic modes of gas-liquid mixture outflow often require to be determined during wells drilling using aerated drilling fluids, controlling of blowout preventer stack while gas, oil or water kick and well productivity testing.

Considering the fact that gas-liquid mixture outflow from nozzles is primarily characterized by the inertial terms in the motion equation and slip between liquid and gas phase is absent, the methodology of pressure losses estimation was developed in the paper for gas-liquid outflow from nozzles at subsonic and sonic regimes of flow. The expression for inlet nozzle pressure determination was obtained for mixture outflow at critical mode on condition that outlet pressure and phases’ flow rate are known. The condition allowing to distinguish subsonic and sonic gas-liquid mixture outflows was found. The algorithm was built for gas and liquid flow rate calculation based on measured inlet and outlet nozzle pressures.

 

Keywords: nozzle; choke; gas-liquid mixture outflow; subsonic outflow of mixture; sonic outflow of mixture; blowout preventers; drill bit nozzle; prover.

 

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UDC 622.24.063          DOI: 10.30713/0130-3872-2019-7-19-25

 

"KATBURR" POLYCATIONIC DRILLING FLUIDS AND PROSPECTS
FOR THEIR USE (p. 19)

 

Mitalim Magomed-Rasulovich Gaydarov, DSc,

Andrey Atlasovich Khubbatov, DSc,

Azamat Mitalimovich Gaydarov, junior researcher,

Dmitry Vladimirovich Khrabrov, researcher,

Roman Anatolievich Zhirnov, PhD,

Alexander Viktorovich Sutyrin, PhD

 

LLC "Gazprom VNIIGAZ"

15, bld. 1, Proektiruemy proezd, No 5537, Razvilka poselok, 142717, Razvilkovsky rural settl., Leninsky district, Moscow region, Russian Federation

e-mail: M_Gaydarov@vniigaz.gazprom.ru, A_Khubbatov@vniigaz.gazprom.ru, A_Gaydarov@vniigaz.gazprom.ru, D_Khrabrov@vniigaz.gazprom.ru, R_Jirnov@vniigaz.gazprom.ru, A_Sutyrin@vniigaz.gazprom.ru

 

The paper provides information on "Katburr" polycationic drilling muds. Stabilizers of various "Katburr" modifications are cationic reagents – quaternary ammonium polymers: polyamines, polydadmah and polyacrylamide.

Various compatible compounds with cationic polymers can be used as auxiliary agents. Depending on the geological-technical conditions of drilling, various modifications of polycationic drilling muds with inhibiting and sticking properties, clay and clayless, fresh- and salt-saturated, heat-resistant up to 250 °C, weighted, resistant to hydrogen sulfide, for primary and secondary opening, etc. were developed.

 

Keywords: polycationic solutions; cationic polymers; inhibiting properties; retention properties; heat-salt-resistant solutions.

 

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UDC 622.244.6          DOI: 10.30713/0130-3872-2019-7-26-29

 

ANALYSIS OF REASONS FOR CEMENTING POOR TIGHTNESS AND
METHODS OF THEIR PREVENTION IN SAMARA REGION FIELDS (p. 26)

 

M.E. Koval,

A.A. Voronin,

A.S. Zharkenev

 

LLC "SamaraNIPIneft"

18, Vilonovskaya str., Samara, 443010, Russian Federation

 

The problem of loss of wells cementing integrity has been raised. The reasons for annulus circulation, intra-layer and between-layer crossflows in Samara region reservoirs have been considered. The approaches focused on prevention of cementing integrity loss have been presented. Results of researches of cementing systems which have impact on cement rock strength properties have been shown.

 

Keywords: drilling; support structural integrity; cross flows behind; cross-flows; cementation quality.

 

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UDC 622.243.23.001          DOI: 10.30713/0130-3872-2019-7-30-33

 

ANALYSIS OF THE EXISTING DESIGNS OF SAND-CONTROL FILTERS
FOR COMPLETION OF OIL AND GAS WELLS (p. 30)

 

Igor Yurievich Bykov,

Tatyana Vadimovna Bobyleva,

Dmitry Andreevich Boreiko

 

Ukhta State Technical University

13, Pervomayskaya str., Ukhta, Komi Republic, 169300, Russian Federation,

e-mail: ibykov@ugtu.net, dboreiko@ugtu.net, vld_konovalov93@mail.ru

 

The paper presents an analytical review of the existing designs of sand-control filters for oil and gas wells completion. Designs of slot-hole, mesh and gravel sand-control filters are analyzed. Merits and demerits of the existing designs are allocated and the ways of improvement and development of new designs of the sand-control filters providing the most advanced stage of abrasive protection of the deep pumping equipment during oil and gas wells operation are also planned.

 

Keywords: sand control filter; completion of wells; perfecting of a design; deep pumping equipment; operation.

 

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ÓÄÊ 621.791.92          DOI: 10.30713/0130-3872-2019-7-34-37

 

ANALYSIS OF THE EXISTING METHODS OF BUILT-UP WELDING AND
PROTECTIVE COATINGS CALCULATION FOR STRENGTH (p. 34)

 

Rustem Flitovich Gaffanov, PhD

 

JSC "ZEO Energy Flow"

18, bld. 2, office 207, 3d Khoroshevskaya str., Moscow, 123298, Russian Federation,

e-mail: marat-rust@yandex.ru

 

Dmitry Yurievich Serikov, DSc, assistant professor

 

National University of Oil and Gas "Gubkin University"

65, Leninsky prosp., Moscow, 119991, Russian Federation,

e-mail: serrico@rambler.ru

 

The article deals with the problems of strength and tightness of sealing surfaces with protective coatings applied on them. The shortcomings of the existing methods of calculation are presented and the main provisions of the theory of calculation are formulated protective coatings. The necessity of creating a new unified theory of protective coatings, which would be generalized and take into account the provisions of the deformable solid mechanics, fluid mechanics, modern concepts of contact interaction and the theory of heat and mass transfer, as well as the impact of external loads and friction conditions.

 

Keywords: protective coatings; built-up welding; sealing surfaces; strength; tightness.

 

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UDC 621.791.92          DOI: 10.30713/0130-3872-2019-7-38-41

 

THE SHORTCOMINGS OF THE METHOD OF BUILT-UP WELDING CALCULATION
ON THE EXAMPLE OF WEDGE VALVES AND BELLOWS VALVES (p. 38)

 

Rustem Flitovich Gaffanov, PhD

 

JSC "ZEO Energy Flow"

18, bld. 2, office 207, 3d Khoroshevskaya str., Moscow, 123298, Russian Federation,

e-mail: marat-rust@yandex.ru

 

Dmitry Yurievich Serikov, DSc, assistant professor

 

National University of Oil and Gas "Gubkin University"

65, Leninsky prosp., Moscow, 119991, Russian Federation,

e-mail: serrico@rambler.ru

 

The paper considers the problems of strength and tightness of sealing surfaces with protective coatings applied on them. The analysis of the existing methods applied to calculate the efforts ensuring tightness of shut-off valves and built-up welding strength is presented. The shortcomings of the existing methods of calculation and analysis of all factors affecting the strength of built-up welding are discussed. It is proposed to develop a new method for calculating protective coatings and built-up welding with account of all the factors considered in this article and the authors previous publications.

 

Keywords: protective coatings; built-up welding; strength; tightness; shut-off valves; ball valve; gate valve; bellows valve.

 

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UDC 622.279          DOI: 10.30713/0130-3872-2019-7-42-47

 

ANALYSIS OF TYPICAL TYPES OF ELEMENTS WEAR AND WAYS OF INCREASING
THE RELIABILITY OF SYSTEMS OF GAS-MOTOR-COMPRESSOR UNITS
FOR NATURAL GAS COMPRESSION (p. 42)

 

E.G. Shahbazov, Dr. of tech. sci., Professor, award holder of UNESCO in the field of nano-science and nano-technologies,

̉.I. ̉åmurov, doctoral student

 

State Research and Design Institute "Gipromorneftegaz" of SOCAR

88A, Zardabi prosp., Baku, AZ1012, Republic of Azerbaijan,

e-mail: eldar@socar.az, eldar.shahbazov103@gmail.com, temurov_1986@mail.ru

 

 

The analysis of typical types of wear and reasons for failures of the elements of the systems of gas-motor-compressor units (GMCU) for natural gas compression resulted in revealing the fact that during the units operation due to contamination by wear products, changes in viscosity, etc., the time during which MS-20 lubricating oil stops providing the performance of its functions is insufficient.

Since the oil system is one of the main ones that ensure the reliability of GMCU operation throughout its entire service life, the need to maintain the parameters of the lubricating oil at the required level, determines the relevance of the problem and its solutions to improve the reliability of GMCU systems.

 

Keywords: gas-motor-compressor units for natural gas compression; oil system; lubricating oil; viscosity; reliability of operation.

 

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UDC 622.276          DOI: 10.30713/0130-3872-2019-7-48-53

 

THE EXPERIENCE OF DIFFICULTIES ELIMINATION THAT OCCUR
DURING OPERATION OF UNDERGROUND GAS STORAGE (UGS)
IN AN AQUIFER (p. 48)

 

Ilona Gennadievna Zatolokina, Leading engineer,

Viktoria Petrovna Koroleva, Head of the Laboratory

 

LLC "Gazprom VNIIGAZ"

15, bld. 1, Proektiruemy proezd, No 5537, Razvilka poselok, 142717, Razvilkovsky rural settl., Leninsky district, Moscow region, Russian Federation,

e-mail: e.zak@mail.ru

 

Sergey Leonidovich Kostikov, Deputy-Head of the Administration Department – Head of the Department

 

PJSC "Gazprom"

16, Nametkina str., Moscow, 117997, Russian Federation

 

The paper presents the reasons of complications, negative aftereffects and operation risks of UGS that occur in low-amplitude structural traps of zonal-heterogeneous aquifers. The results of application of a number of methods applied to control lateral inter-flows of gas are submitted. The implemented technical and technological solutions and activities that provided the achievement of project parameters and UGS operation stability are presented in this paper.

 

Keywords: underground gas storage (UGS); control of lateral inter-flows of gas; implemented technical and technological solutions; regular operation.

 

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UDC 622.276.6          DOI: 10.30713/0130-3872-2019-7-54-58

 

IMPROVED METHOD OF DETERMINATION
OF STRUCTURAL-MECHANICAL
PROPERTİES
OF VISCOUS-PLASTIC OILS (p. 54)

 

S.G. Novruzova,

T.A. Samedov

 

Azerbaijan State Oil and Industry University

20, Azadlyg prosp., Baku, AZ1010, Republic of Azerbaijan

 

The paper widely discusses the perfect experimental installation for determination of structural-mechanical properties (SMP) of viscous-plastic oils and suspensions as well as describes the researches carried out on this installation.

The most important part of this installation is the fact that it is possible to carry out experiments with various types of mediums simultaneously in two capillary viscous-meters and conditions for increasing test numbers is created.

On the other hand, a method of accurate control of hydrostatic pressure at the inlet of capillary pipe, created by the liquid column in the working chamber during the experiments is proposed.

Rules of SMP determination of viscous-plastic oils in formation conditions are also discussed.

 

Keywords: viscous-plastic liquid; suspension; capillary viscous meter; initial shift stress; structural viscosity; initial pressure drop, rheology.

 

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UDC 504.064.47          DOI: 10.30713/0130-3872-2019-7-59-63

 

NEW TECHNOLOGY OF RE-CULTIVATION OF THE OIL POLLUTED SOILS
BY APPLYING THE METHOD OF REAGENT CAPSULATION (p. 59)

 

A.A. Pashayan, DSc, Professor,

D.O. Aminov, post-graduate student

 

Bryansk State Engineering-Technological University (BGITU)

3, Stanke Dimitrov prosp., Braynsk, 241037, Russian Federation,

e-mail: pashayan_ararat@mail.ru, aminov_15@mail.ru

 

A.S. Plotnikov, chief engineer,

E.N. Dumanskiy, engineer-ecologist

 

LLC "Baltneftecologia"

41a, apartment 1, Ozernaya str., Kaliningrad, 236029, Russian Federation,

e-mail: energoteh.it@yandex.ru, baltneftecology@mail.ru

 

New technologies of re-cultivation of the soils polluted by oil and oil slimes are presented in the paper. The mechanism of capsules formation around the emulsified oil with the soil is discussed. It is shown that processes of capsulation are reached by implementation of reactions of ionic exchange in a soil matrix at which the centers of crystallization insoluble in water are formed. It is shown that capsulation allows to isolate oil in the soil that allows to sharply reduce its harmful effect on water ecosystems and on the lithosphere. Problems of re-cultivation of the encapsulated oil slimes by a phytoremediation method are considered.

 

Keywords: oil slimes; capsulation; re-cultivation; phytoremediation; emulsification; reactions of ionic exchange in the soil; reagent ways of oil capsulation in the soil.

 

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80 YEARS SINCE THE BIRTHDATE OF YURY STEPANOVICH KUZNETSOV

 

 

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JSC "ALL-RUSSIAN SCIENTIFIC-RESEARCH INSTITUTE OF ORGANIZATION, MANAGEMENT AND ECONOMICS OF OIL AND GAS INDUSTRY"

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