天然气与石油2023，Vol.41Issue(6)：92-97,6.DOI:10.3969/j.issn.1006-5539.2023.06.013
断块油藏储层连通性分析和综合研究
Analysis and comprehensive study of reservoir connectivity in fault block reservoirs
摘要
Abstract
The P oilfield,situated within the Bonan low uplift belt in Bohai Bay,features multiple faults near the strike-slip faults in high structural regions.Following over a decade of development and production,the main issue in these elevated parts of the oilfield is the weak injection-production connectivity among well networks and the inconsistency between production performance response and fault recognition.To elucidate the fault distribution patterns in these high structural areas and address the poor connectivity within the current injection-production well network,numerical simulation technology is employed,leveraging production performance data from well networks and incorporating new insights on complex strike-slip fault zones.Furthermore,the study is also corroborated by utilizing seismic data for cross-validation.The findings reveal that numerous hidden fault systems have developed close to the strike-slip faults in the P oilfield,hindering the advancement of injected water,leading to overpressure at the injection well end and pressure loss at the production well end,ultimately resulting in suboptimal oil production efficiency.This study can offer valuable insights for future adjustments to wells in the high structural regions of the P oilfield,aiming to exploit the remaining oil potential.关键词
断块油藏/生产动态/数值模拟/储层连通性Key words
Fault block oil reservoir/Production dynamics/Numerical simulation/Reservoir connectivity引用本文复制引用
庞维浩,许万坤,李冰,李景玲,申春生..断块油藏储层连通性分析和综合研究[J].天然气与石油,2023,41(6):92-97,6.基金项目
中国海洋石油有限公司"十四五"重大科技项目"海上'双高—双特高'水驱油田提高采收率油藏关键技术"(KJGG2021-0501) （KJGG2021-0501）
