PROCESS DESIGN OF THE ABSORBTION POWER MATERIAL BALANCE AT A SWEET GAS PLANT

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11 март 2021

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PROCESS DESIGN OF THE ABSORBTION POWER MATERIAL BALANCE AT A SWEET GAS PLANT

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Abstract: The oil and gas industry in the economy of any country that extracts hydrocarbon raw materials is the basis of the economy, which determines its state as a whole. In Uzbekistan, in addition to ensuring fuel independence, despite the fact that only slightly more than 1% of the employed population of the country works in it, it is one of the main sources of the formation of GDP, budget revenues and foreign exchange earnings, exports, the volume of industrial products and investments in the main capital. The Republic of Uzbekistan possesses natural gas reserves, oil and gas processing facilities, as well as an extensive gas transmission network. The article discusses the main methods of desulfurization by liquid scavengers, including physical, chemical and physicochemical methods of absorption, also considers sorbents that are used in each principle of the absorption method, including monoethanolamine, diethanolamine, triethanolamine, methyldiethanolamine, diisopropanolamine and diglycolamine their advantage and disadvantages, comparison of absorption methods, selection of desulfurization technology, gas-sulfur treatment plant for purification of sour gas from the Uchkyr field from hydrogen sulfide and carbon dioxide by the absorption method. The material and heat balance of the process is the basis for the the design of the facilities for hydrocarbon preparation and processing. The design method for the absorbtion tower material balance is proposed. We calculate the composition of the processed gas based on the initial composition of gas, dried and separated from condensate. According to the above-mentioned methodology, the material balance of the absorbtion tower has been designed for the Uchkyr SOU reconstruction.

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Airapetyan LR, Uryupin VV, Reconstruction of the complex gas treatment unit in Uchkyr. Issue 2 2007. Scientific and technical "Uzbek Journal of Oil and Gas" NHC "Uzbekneftegaz". Tashkent. 2007

Shklyar R.L., Stryuchkov V.M., Afanasyev A.I. Maximum saturation of ethanolamine solutions upon absorption of H2S and CO2 // Scientific-technical. magazine: Gas Industry - M., 1983. - No. 10.

Kuznetsova E.V., Busygina N.V., Busygin I.G. Study of indicators of mass transfer of complex absorbents and the choice of parameters of mass transfer // Scientific and technical. journal: Oil and Gas Technologies - M., 2010.– № 2.

O'z DSt 948: 2016 "Combustible natural gases supplied to the main gas pipelines transported through them."

Gritsenko A.I., Galanin I.A., Zinovyeva L.M., Murin V.I. Purification of gases from sulfur compounds during the operation of gas fields. Moscow: Nedra, 1985.270 p.

Balyberdina I.T. Physical processing methods and gas utilization. - M .: Nedra, 1988 .-- S. 6-14.

Gritsenko A.I. Scientific foundations of commercial processing of hydrocarbon raw materials. - M .: Nedra, 1977 .-- 239 p.

Dolgushin N.V. Technological scheme and control technique for field tests of a new technology for increasing condensate supply at the industrial test site "Condensate-3" // Nauch.-Tekhn. Sat. Gazprom. Ser .: Geology, drilling, development and operation of gas and gas condensate fields. - M., 2002. - No. 3. - S. 52-63.

Elistarov V.I., Sumskiy B.A. On increasing the scientific and engineering level of projects for the development and construction of gas fields // Scientific-technical. Sat. Gazprom. Ser .: Geology, drilling, development and operation of gas and gas condensate fields. - M., 2003. - No. 2. - S. 68-72.

Ermilov OM, Chugunov L.S., Remizov V.V. Improvement of the system of development, production and treatment of gas at the fields of the Far North. - M .: Nauka, 1996 .-- 415 p.

Siebert G.K. Improvement of technology and equipment for gas treatment // Scientific-technical. magazine: Gas Industry. - M., 2004. - No. 10. - S. 19-22.

Kafarov V.V., Glebov M.B. Mathematical modeling of the main processes of chemical production. - M .: Higher school, 1991 .-- 400 p.

Integrated field research at the Orenburg field / K.S. Basniev, A.T. Shatalov, A.I. Shirkovsky, R.I. Vyakhirev, Yu.V. Speransky // OI. Ser. : Development and operation of gas and gas condensate fields. - M.: VNIIEgazprom, 1980. - No. 3. - S. 23-24.

Lyugay D.V. The main problems of research of objects of development and production of sulfur dioxide as complex objects // Scientific-technical. review SCST RUz. - Tashkent, 1996 .-- P. 38.

Molchanov S.A. Purification of natural gas from moisture and sulfur compounds // Journal: Science and technology in the gas industry. - M., 2004. - No. 4. - S. 25-30.

Speransky B.V., Burmistrov A.G., Istomin V.A. Improvement of systems for collecting hydrogen sulfide-containing gases at the final stage of field exploitation // OI. Ser .: Preparation and processing of gas and gas condensate. - M .: VNIIEgazprom, 1988. - No. 10. - S. 3-38.

Turevsky E.N. Criterion of the quality of gas preparation for transport // Scientific-technical. magazine: Gas Industry. - M., 1993. - No. 2. - S. 24-27.

Khamraeva I.N. The role of the oil and gas complex in the socio-economic development of Uzbekistan // Uzbek Journal of Oil and Gas. - Tashkent, 2005. - No. 4. - P. 4-5.