Utilization of casing-head gas

Authors: Barykina E.S., Inshakova A.S.
Published in issue: #5(5)/2016
DOI: 10.18698/2541-8009-2016-5-42
Category: Power, Metallurgic and Chemical Engineering | Chapter: Machines and Devices, Processes of Refrigeration and Cryogenic Engineering, Air Conditioning
Keywords: casing-head gas, separation, compression, oil-flooded screw compressor, oil flow circuit, gas turbine plant, compressor station, purification methods, valve
Published: 14.03.2017

The article examines compressor stations in field and industrial pipelines. We show the expediency of using oil-flooded screw compressors with valve regulation and separate lubrication system. The study tested the problems of preparing casing-head gas before it is fed to a compressor station in the field pipeline and after the compressor station in the industrial pipeline.

References

[1] Dzhogolik A.V. Poputnyy neftyanoy gaz: sostav. Prirodnyy i poputnyy neftyanoy gaz [Casing-head gas: composition. Natural and casing-head gas]. FB.RU: website. URL: http://fb.ru/article/177498/poputnyiy-neftyanoy-gaz-sostav-prirodnyiy-i-poputnyiy-neftyanoy-gaz (accessed 10.11.2016) (in Russ.).

[2] Sanchez A.A., Kemalov R.A. Razrabotka mobil’noy sistemy utilizatsii poputnogo neftyanogo gaza na kustu skvazhin [Development of mobile casing-head gas disposal system on well cluster]. Zaochnye elektronnye konferentsii: website. URL: http://econf.rae.ru/pdf/2016/02/5211.pdf (accessed 16.10.2016) (in Russ.).

[3] Filippov A.K. Komponentnyy sostav poputnogo neftyanogo gaza [Casing-head gas fractional analysis]. AVFinfo.RU: website. URL: http://www.avfinfo.ru/engineering/e-06/ (accessed 01.11.2016) (in Russ.).

[4] Filippov A.K. Ispol’zovanie poputnogo neftyanogo gaza [Casing-head gas usage]. AVFinfo.RU: website. URL: http://www.avfinfo.ru/engineering/e-02/ (accessed 02.11.2016) (in Russ.).

[5] Eremin V.V. Osushka gaza, ustanovki osushki (prirodnogo) gaza [Gas dehydration, setup for (casing-head) gas dehydration]. Intekh GmbKh: company website. URL: http://www.intech-gmbh.ru/gas_dewatering.php (accessed 01.10.2016) (in Russ.).

[6] Bazhenov V.P. Udalenie sery [Sulfur extraction]. Energiya Sinteza: company website. URL: http://synenergy.ru/udalenie-sery (accessed 18.10.2016) (in Russ.).

[7] Kramskoy A.A., Filippov A.V. Komprimirovanie nizkonapornogo PNG poslednikh stu-peney separatsii [LP casing-head gas compressing of the last separation stages]. Energaz: company website. URL: http://energas.ru/docs/id125.html (accessed 18.10.2016).

[8] Avtonomova I.V. Kompressornye stantsii i ustanovki. Ch1: Tekhnologicheskie skhemy. Nagruzka i proizvoditel’nost’. Proektirovanie kompressornoy stantsii i mashinnogo zala. Gazoprovody [Compressor stations and packages. Vol. 1. Process schemes. Load and productivity. Compressor station and machinery room engineering. Gas pipe lines]. Moscow, Bauman MSTU Publ., 2011. 83 p. (in Russ.).

[9] Avtonomova I.V., Shur A.Yu. The operation features of the oil-injected screw compressor units working on a heavy gas. Neftegazovaya vertikal’, 2014, no. 4, pp. 52-55 (in Russ.).

[10] Mironov V.N., Paranin Yu.A. Vintovye kompressornye ustanovki dlya ratsional’nogo ispol’zovaniya poputnogo neftyanogo gaza [Spiral compressor packages for rational usage of casing-head gas]. Gruppa GMS: company website. URL: http://www.hms.ru/reference_materials/?ELEMENT_ID=7371&SECTION_ID=476 (accessed 23.10.2016).

[11] Lebedev P.V. Energeticheskie gazoturbinnye ustanovki. Tsikly gazoturbinnykh ustanovok [Gas turbine electric power unit. Gas turbine unit cycles]. fb.ru: website. URL: http://fb.ru/article/191168/energeticheskie-gazoturbinnyie-ustanovki-tsiklyi-gazoturbinnyih-ustanovok#image814475 (accessed 27.10.2016).

[12] Prokopovich V.S. Pochemu, kak toplivo dlya elektrostantsiy, vygoden i perspektiven gaz [Why casing-head gas is advantageous and promising as power-plant fuel]. No-vaya Generatsiya: company website. URL: http://www.manbw.ru/analitycs/why_as_fuel_for_power_stations_is_advantageous_and_promising_gas.html (accessed 29.10.2016).

[13] Semenov V.G., Dubenets V.S., Ol’khovskiy G.G., Chervakov V.V., Tutykhin L.A., Danilenko O.V., Berezinets P.A., Roskin A.B., Malafeev V.A., Boryuk N.L., Oparin V.A., Korotchenko S.I., Larina M.A. Energeticheskie gazoturbinnye ustanovki i energeticheskie ustanovki na baze gazoporshnevykh i dizel’nykh dvukhtoplivnykh dvigateley [Gas turbine electric power units and power units based on gas and diesel bifuel engines]. RosTeplo: company website. URL: http://www.rosteplo.ru/Tech_stat/stat_shablon.php?id=787 (accessed 02.10.2016).

[14] Shershnev O.V. Tekhnologiya kompanii "Energaz" dlya utilizatsii poputnogo neftyanogo gaza. Territoriya neftegaz. Kamelot Pabl., no. 2, pp. 52-55 (in Russ.)

[15] Avtonomova I.V., Levkoev N.D. The valve construction choice of spiral oil-filled compressor for gas booster station. Mashinostroitel’ [Mechanician] 2016, no. 4, pp. 11-18 (in Russ.).