国外井震联合精细油藏表征技术进展
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摘要
井震联合精细油藏表征技术是开发地震的一项重要技术,自20世纪90年代成为热门研究课题以来,在国外已经得到广泛的应用,并取得了较好的油田应用效果。该技术的主要特点就是以多学科、集成化为手段,以三维地震和四维地震为核心,进行综合地质建模,对油藏进行定量化表征,以挖掘剩余油,提高油田的最终采收率。该技术在北海奥塞贝格油田和哥伦比亚卡萨别油田获得成功应用,对于我国一些成熟油田的后期开发具有指导和借鉴意义。
Fine reservoir characterization with well-to-seismic integration is an important technology for development seismology. Since this technology became a hot research issue in 1990s, it has been applied widely abroad, and achieved great effect in oilfield application. This technology is characterized by multidisciplinary and integration, and is used to establish geological model by combining with 3D and 4D seismic data and make quantitative reservoir characterization in the hope of developing remaining oil and finally improving the ultimate recovery factor. The successful application of this technology in Oseberg Oilfield in North Sea and Casabe Oilfield in Columbian provides a great guidance for the latter development of mature oilfields in China.
Fine reservoir characterization with well-to-seismic integration is an important technology for development seismology. Since this technology became a hot research issue in 1990s, it has been applied widely abroad, and achieved great effect in oilfield application. This technology is characterized by multidisciplinary and integration, and is used to establish geological model by combining with 3D and 4D seismic data and make quantitative reservoir characterization in the hope of developing remaining oil and finally improving the ultimate recovery factor. The successful application of this technology in Oseberg Oilfield in North Sea and Casabe Oilfield in Columbian provides a great guidance for the latter development of mature oilfields in China.
引文
[1]吴胜和,等.多点地质统计学—理论、应用与展望[J].古地理学报,2005,(2).
[2]骆杨,等.多点地质统计学在河流相储层建模中的应用[J].地质科技情报,2008,(9).
[3]尹艳树,等.储层随机建模研究进展[J].天然气地球科学,2006,(4).
[4]Andersen T.Method for conditioning the reservoir model on 3D and 4D elastic inversion data applied to a fluvial reservoir in the North Sea. SPE 100190, 2006,(6).
[5]Changhong Gao,Rajeswaran T.A literature review on smart well technology.SPE 106011,2007.
[6]Scarlet Castro,Jef Caers. A probabilistic integration of well log, geological information, 3D/4D seismic and production data: application to the Oseberg Field[J].SPE 103152,2006,(9).
[7]Liestol F M. Imrpoved modelling and recovery from fluvial reservoirs in the North Sea. IPTC 10378,2005
[8]Amaya R, Nunez G, Hemandez J, et al. 3D seismic application in remodeling brownfield waterflooding pattern.SPE 122932,2009.
[9]Gambaretto W, Peralta J, Cortes G, et al. A 3D seismic cube: what for? SPE 122868,2009.
[10] Marquez L, Elphick J, Peralta J, et al. Water managements’role in revitalizing the mature Casabe field.E&P 2009,(7).
[11] Peralta-Vargas J, Cortes G, Gambaretto W, et al. Finding bypassed oil in a mature field -- Casabe Field, Middle Magdalena Valley Basin, Colombia. ACGGP,2009.
[2]骆杨,等.多点地质统计学在河流相储层建模中的应用[J].地质科技情报,2008,(9).
[3]尹艳树,等.储层随机建模研究进展[J].天然气地球科学,2006,(4).
[4]Andersen T.Method for conditioning the reservoir model on 3D and 4D elastic inversion data applied to a fluvial reservoir in the North Sea. SPE 100190, 2006,(6).
[5]Changhong Gao,Rajeswaran T.A literature review on smart well technology.SPE 106011,2007.
[6]Scarlet Castro,Jef Caers. A probabilistic integration of well log, geological information, 3D/4D seismic and production data: application to the Oseberg Field[J].SPE 103152,2006,(9).
[7]Liestol F M. Imrpoved modelling and recovery from fluvial reservoirs in the North Sea. IPTC 10378,2005
[8]Amaya R, Nunez G, Hemandez J, et al. 3D seismic application in remodeling brownfield waterflooding pattern.SPE 122932,2009.
[9]Gambaretto W, Peralta J, Cortes G, et al. A 3D seismic cube: what for? SPE 122868,2009.
[10] Marquez L, Elphick J, Peralta J, et al. Water managements’role in revitalizing the mature Casabe field.E&P 2009,(7).
[11] Peralta-Vargas J, Cortes G, Gambaretto W, et al. Finding bypassed oil in a mature field -- Casabe Field, Middle Magdalena Valley Basin, Colombia. ACGGP,2009.
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