Improving development profit by using reservoir based completion

Implementation of well completions enabling multiple hydrocarbon reservoirs to be produced by a single well can save production cost and enhance recovery. Aiming at the characteristics of the three types of oil and gas reservoirs in the Jabung block in Indonesia, namely, gas cap oil-rim reservoirs,...

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Main Authors: Xiao-guang LÜ, Xue-wen ZHANG, Yong-xi LIU, Bradford W Sincock, Budi Tyas Utomo
Format: Article
Language:English
Published: KeAi Communications Co., Ltd. 2008-08-01
Series:Petroleum Exploration and Development
Online Access:http://www.sciencedirect.com/science/article/pii/S1876380408600981
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spelling doaj-00020f6f2be54ae4ae4c34134a9f65062021-02-02T00:37:19ZengKeAi Communications Co., Ltd.Petroleum Exploration and Development1876-38042008-08-01354509512Improving development profit by using reservoir based completionXiao-guang LÜ0Xue-wen ZHANG1Yong-xi LIU2Bradford W Sincock3Budi Tyas Utomo4CNODC Indonesia Project, Jakarta, Indonesia 12930; Corresponding authorCNODC Indonesia Project, Jakarta, Indonesia 12930Research Institute of Production Engineering, Petrochina Daqing Oilfield Limited Company, Daqing 163453, ChinaCNODC Indonesia Project, Jakarta, Indonesia 12930CNODC Indonesia Project, Jakarta, Indonesia 12930Implementation of well completions enabling multiple hydrocarbon reservoirs to be produced by a single well can save production cost and enhance recovery. Aiming at the characteristics of the three types of oil and gas reservoirs in the Jabung block in Indonesia, namely, gas cap oil-rim reservoirs, multiple hydrocarbon reservoirs, and heterogeneous multiple-sand reservoirs, this article puts forward optimized completion methods by using conventional technology and down-hole equipment. The new methods are able to develop multireservoir sands at the same time or successively without additional completion jobs. In addition, the novel completion enables water injection wells to selectively control injection and improve the recovery of hydrocarbons. The above strategies have been applied to different types of reservoirs, providing an effective mean for maximizing hydrocarbon recovery, controlling operating expenditures, and improving the overall benefit of development wells. Key words: one time completion, reservoir characteristics, optimized completion, downhole operation, overall benefithttp://www.sciencedirect.com/science/article/pii/S1876380408600981
collection DOAJ
language English
format Article
sources DOAJ
author Xiao-guang LÜ
Xue-wen ZHANG
Yong-xi LIU
Bradford W Sincock
Budi Tyas Utomo
spellingShingle Xiao-guang LÜ
Xue-wen ZHANG
Yong-xi LIU
Bradford W Sincock
Budi Tyas Utomo
Improving development profit by using reservoir based completion
Petroleum Exploration and Development
author_facet Xiao-guang LÜ
Xue-wen ZHANG
Yong-xi LIU
Bradford W Sincock
Budi Tyas Utomo
author_sort Xiao-guang LÜ
title Improving development profit by using reservoir based completion
title_short Improving development profit by using reservoir based completion
title_full Improving development profit by using reservoir based completion
title_fullStr Improving development profit by using reservoir based completion
title_full_unstemmed Improving development profit by using reservoir based completion
title_sort improving development profit by using reservoir based completion
publisher KeAi Communications Co., Ltd.
series Petroleum Exploration and Development
issn 1876-3804
publishDate 2008-08-01
description Implementation of well completions enabling multiple hydrocarbon reservoirs to be produced by a single well can save production cost and enhance recovery. Aiming at the characteristics of the three types of oil and gas reservoirs in the Jabung block in Indonesia, namely, gas cap oil-rim reservoirs, multiple hydrocarbon reservoirs, and heterogeneous multiple-sand reservoirs, this article puts forward optimized completion methods by using conventional technology and down-hole equipment. The new methods are able to develop multireservoir sands at the same time or successively without additional completion jobs. In addition, the novel completion enables water injection wells to selectively control injection and improve the recovery of hydrocarbons. The above strategies have been applied to different types of reservoirs, providing an effective mean for maximizing hydrocarbon recovery, controlling operating expenditures, and improving the overall benefit of development wells. Key words: one time completion, reservoir characteristics, optimized completion, downhole operation, overall benefit
url http://www.sciencedirect.com/science/article/pii/S1876380408600981
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AT xuewenzhang improvingdevelopmentprofitbyusingreservoirbasedcompletion
AT yongxiliu improvingdevelopmentprofitbyusingreservoirbasedcompletion
AT bradfordwsincock improvingdevelopmentprofitbyusingreservoirbasedcompletion
AT budityasutomo improvingdevelopmentprofitbyusingreservoirbasedcompletion
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