Increasing Crude Oil Production by Intermit Operation in Mae Soon Oil Field Fang Basin, Thailand

Saowaluck Pitukwong, Akkhapun Wannakomol

Abstract


This study conducted an experiment to increase crude oil production by applying 8 days intermit operation to FA-MS-07-08 well, located in Mae soon oil field, Fang basin. The principle of intermit operation [1] is to reduce the operating hours of the sucker rod pumping unit from 24 hours per day to 12 hours per day which is resulted in having enough time for production fluids (crude oil and water) segregation and also for oil recovering from the deeper part of the reservoir. The study methodology included (1) required data collecting, e.g. production history data, drilling data and reservoir data [11] of Mae Soon oil field, the well bore data when start and stop the sucker rod pump, (2) production fluid samples collected from tested well analyzing and testing in laboratory, and (3) economic returns evaluating. After applying intermit operation to the tested well, it had been found that the intermit operation could reduce the electricity power cost of sucker rod pumping unit about 5,680 Baht per month. This operation could increase oil production rate about 73 percent compared to the normal operation, and could also give incomes from selling crude oil about 552,320 Baht per month. 


Keywords


Intermit operation; Increasing crude oil production; Mae Soon oil field.

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References


D.P. Arcaro. and Z.A. Bassiouni. “The technical and economic feasibility of enhanced gas recovery in The Eugene Island field by use a coproduction technique,” in Journal of Petroleum Technology Conference, USA, May 3-5, 1987, p. 585-590.

D.R. Beattle. and B.E. Roberts. “Water coning in naturally fractured gas reservoirs” in Paper SPE 35643, Gas Technology Conference, Calgary, Alberta, Canada, 1996.

Boonyarat N. “Geochemistry of Formation water from the Mae Sod Formation Fang Oil Field Changwat Chiang Mai,” Master Thesis, Department of Geology, Faculty of Science, Chiang Mai University.

S.E. Buckley. and M.C. Leverett. “Mechanism of fluid displacement in Sands,” AIME 146, 1942; N.J Prentice-Hall Inc., p. 107-116.

Chaperon. “Theoretical study of Coning Toward Horizontal and Vertical Report Well FA-MS-07-07 (Mae Soon Oil Field),” Defense Energy Department, Exploration and Production Division, 1987.

Dutescu, Enache, Pompilian and Vasile. “Consideration on the present stage of the exploration and exploration activity for oil in Fang Basin,” Defense Energy Department, Thailand, 1980, 38 p.

D.R. Horner. “Pressure Buildup in Wells,” in Proceedings of Third World Petroleum Congress Conference, The Hague, 1951, p. 503-523.

M. Muskat. and R.D. Wykoff. “An Approximate Theory of Water Conning in Oil Production,” Trans AIME, 1935, p. 144-161.

M. Muskat. “The Flow of Homogeneous fluids through porous media,” in McGraw-Hill Book, New York City, 1937, reprint edition, International Human Resources Development Corp, 1982.

V.V. Palciauskas. “Primary migration of petroleum,” in Source and migration processes and evaluation techniques, AAPG Bull, 1991, p. 65-85.

Pradidtan, S. “Characteristic and controls of lacustrine deposits of some Tertiary Basin in Thailand,” in Proceedings of the International Symposium in Intermontane Basin, Geology and Resources, Department of Geological Sciences, Chiang Mai University, Thailand, 1989, p. 133-145.

Settakul, N. “The First Oilfield in Thailand,” in Proceedings of Thailand Petroleum Conference, 30 years’ Experience Opportunities and Challenges, Bangkok, Thailand, 2002.


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