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CNPC gains global spotlight at CERAWeek 2025 with its innovation achievements in coal-rock gas
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作者 Editorial Office of Petroleum Exploration and Development 《Petroleum Exploration and Development》 2025年第2期F0002-F0002,共1页
The CERA Week 2025 was recently held in Houston,Texas,USA.At this global preeminent energy event themed Moving Ahead:Energy strategies for a complex world",the delegation of China National Petroleum Corporation(C... The CERA Week 2025 was recently held in Houston,Texas,USA.At this global preeminent energy event themed Moving Ahead:Energy strategies for a complex world",the delegation of China National Petroleum Corporation(CNPC)unveiled their understanding of geological theory and major breakthroughs in the exploration and production(E&P)of coal-rock gas(CRG),drawing extensive attention from the global energy community. 展开更多
关键词 global energy community innovation achievements cera week geological theory CERAWeek exploration production coal rock gas
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Patterns and Frameworks for E&P Middleware—Introduction to Architecture of PetroCOVERY
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作者 Xiujie Sheng Lianfu Mei 《地学前缘》 EI CAS CSCD 北大核心 2009年第S1期286-286,共1页
This paper presents a domain-specific middleware definition for petroleum exploration and production(E&P)domain on personal view.With detailed introduction of PetroCOVERY architecture,we examine some key features ... This paper presents a domain-specific middleware definition for petroleum exploration and production(E&P)domain on personal view.With detailed introduction of PetroCOVERY architecture,we examine some key features about E&P middleware and evaluate its architecture.E&P middleware should tier different encapsulation layers. 展开更多
关键词 MIDDLEWARE explore and production design pattern application interoperability distributed object computing service oriented
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Turbidite Petroleum Geology Updates in the Deepwater and Subsalt Gulf of Mexico
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作者 Fuge Zou Roger Slatt 《Journal of Earth Science and Engineering》 2014年第9期517-543,共27页
The past six years (2008-2014) was a prosperous time for exploration and production in the dGOM (deepwater Gulf of Mexico). Recent exploration and production activities can be divided into three major categories:... The past six years (2008-2014) was a prosperous time for exploration and production in the dGOM (deepwater Gulf of Mexico). Recent exploration and production activities can be divided into three major categories: drilling new wildcat wells, appraising and developing newly discovered fields and enhanced oil recovery of mature fields. Seismic imaging, complex geology, high pressure drilling, greater depth, and higher temperature are key challenges for the exploration and production of dGOM reservoirs. Complex geology includes salt-related structures and traps, reservoir compartmentalization, and the sequence stratigraphy of turbidite reservoirs. Turbidite sequence stratigraphy helps the asset team to fred the best target intervals. Sheet and channelized sandstones with good downdip aquifer support are preferred reservoir conditions. All the drilling, development and production challenges are related to high pressure, greater depth, higher temperature and lack of existing field analogs. Various IOR (improved oil recovery) methods are studied and applied in the development stage of the Wilcox fields, which have an average primary recovery factor of 10%-15%. With ideal tabular reservoir geometry and IOR methods, recovery factor of the Wilcox reservoirs can reach up to 42% of OOIP (origional oil in place) through the field life cycle. 展开更多
关键词 Deepwater Gulf of Mexico TURBIDITES salt tectonics petroleum geology exploration and production.
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