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Gas or gas condensate fields (GCF) are a complex structure consisting of a large
number of elements interacting with each other and with the external environment at different
levels, and this interaction is often indefinite. These elements (objects) are usually multifunctional,
for example, a collection system, where the connections are of a variable nature, providing a multimode nature of functioning. The listed features are typical for complex or large systems, the
design, analysis, research and management of which are possible only on the basis of a systematic
approach. There is the principle of "integrity", according to which large systems cannot be studied
accurately from a single model. Therefore, a multilevel (hierarchical) description is necessary, and
the choice of the level is determined by the purpose of the study. A multilevel description assumes
the use of various mathematical methods, each of which is adequate to the behavior of the system
at the studied level. The article discusses the following periods of development of natural gas
fields: 1- increasing production, 2- constant production, 3- declining production. Methodical
approach to solving the problems of designing a field gas treatment system during the operation of
a gas condensate field. Process at the booster compressor station under various technological
operating modes.
 

  • Web Address
  • DOI
  • Date of creation in the UzSCI system 11-09-2023
  • Read count 97
  • Date of publication 11-09-2023
  • Main LanguageIngliz
  • Pages74-79
English

Gas or gas condensate fields (GCF) are a complex structure consisting of a large
number of elements interacting with each other and with the external environment at different
levels, and this interaction is often indefinite. These elements (objects) are usually multifunctional,
for example, a collection system, where the connections are of a variable nature, providing a multimode nature of functioning. The listed features are typical for complex or large systems, the
design, analysis, research and management of which are possible only on the basis of a systematic
approach. There is the principle of "integrity", according to which large systems cannot be studied
accurately from a single model. Therefore, a multilevel (hierarchical) description is necessary, and
the choice of the level is determined by the purpose of the study. A multilevel description assumes
the use of various mathematical methods, each of which is adequate to the behavior of the system
at the studied level. The article discusses the following periods of development of natural gas
fields: 1- increasing production, 2- constant production, 3- declining production. Methodical
approach to solving the problems of designing a field gas treatment system during the operation of
a gas condensate field. Process at the booster compressor station under various technological
operating modes.
 

№ Name of reference
1 N.G. Ibragimov. “Complications in oil production”, 2003.
2 NGDU "Chekmagushneft" // Materials of the VI International. Scientific. conf. “Modern problems of the history of natural science in the field of chemistry, chemical technology and oil business”, Ufa, 2005.
3 A.A. Arslanov. Modeling and optimization of technological processes of collection and treatment of gas in the group of fields Adamtash, Gumbulak, Dzharkuduk, Yuzhnaya Tandyrcha. “Sat. scientific. tr. UzbekNIPIneftegaz”, 1995.
4 D.M. Bobrov. Application of devices for pulsating gas cooling in the gas industry. “OI. Ser: Preparation and processing of gas and gas condensate”, 1985. 7.
5 D.M. Bobrov. Expansion refrigeration equipment for the gas and oil industry, current state, development trends, operating experience. “OI. Ser.: Preparation and processing of gas and gas condensate”, 2002. 2.
6 S.N. Buzinov., A.S. Plotitsyn. Gas field development design using methods to optimize the number of production wells and compressor units. Nauchn. -Tekhn. Magazine: “Gas Industr”, 1981. 12.
7 Y.N. Vasiliev. “Automated control system for the development of gas fields”, 1987
8 I.N. Gilmutdinov. Testing of the design and modernized equipment of the UKPG-2 at various gas drying schemes under conditions of falling production // Nauchn. -Tekhn. Sat. Gazprom. Ser.: “Geology, drilling, development and operation of gas and gas condensate fields”, 2002. 6.
9 S.N. Zakirov. “Theory and design of development of gas and gas condensate fields”, 1989
10 A. N. Shirkovsky. Development and operation of gas and gas condensate fields: “Textbook for universities”, 1987.
11 V.M. Maslov. “Concepts of analysis and improvement of equipment and technology of field preparation and transport of gas”, 1997
12 T.M. Bekirov. Some issues of increasing the efficiency of technological units in the final period of operation of gas condensate fields. “EI. Ser.: Gas preparation, processing and use”, 1990.
13 I.T. Balyberdina. “Physical processing methods and gas utilization”, 1988.
14 T.M. Bekirov. A systematic approach to the establishment of indicators of natural gas quality. “Materials of the Scientific and Technical Council of RAO "Gazprom”, 1996. 74
15 E.G. Areshev., O.V. Chubanov., I.A. Garber., V.S. Gershenev. The main issues of development of the JV Vietsovpetro fields. “Oil industry”, Moscow, 1996.
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