石油物探2024，Vol.63Issue(1)：229-237,9.DOI:10.12431/issn.1000-1441.2024.63.01.020
潜山储层定量预测技术研究与应用
Quantitative characterization of buried-hill reservoirs:A case study of a buried hill in Huizhou sag,Pearl River Mouth Basin
摘要
Abstract
The ancient buried hills formed by complicated tectonic movements in the Huizhou sag,the Pearl River Mouth Basin fea-ture large buried depth and strong reservoir heterogeneity.After forty years of exploration and development,it becomes increasing-ly challenging to characterize sweet-spot reservoirs and complicated fractures inside buried hills.Based on the genetic mechanism of buried-hill reservoirs,we investigate major controls on reservoirs in weathered fracture zones and internal fracture zones and estab-lish key techniques for quantitative prediction of buried-hill reservoirs.For weathered fracture zones,we derive a new elastic param-eter from the Keys-Xu model to improve sweet-spot identification and use prestack elastic inversion to predict sweet-spot reser-voirs.For internal fracture zones,we use ant tracking to estimate dominant azimuths of fractures and then integrate equally weigh-ted azimuthal data for fracture prediction.These techniques have offered effective support to the exploration and evaluation of a buried hill,H,in the Huizhou sag and may be applied to buried-hill exploration in additional prospects in the Pearl River Mouth Basin.关键词
珠江口盆地/潜山/储层预测/风化裂缝带/内幕裂缝带Key words
Pearl River Mouth Basin/buried hill/reservoir prediction/weathered fracture zone/internal fracture zone分类
天文与地球科学引用本文复制引用
陈人杰,刘杰,徐乐意,刘徐敏,胡坤..潜山储层定量预测技术研究与应用[J].石油物探,2024,63(1):229-237,9.基金项目
中国海油集团公司"十四五"重大科技项目(KJGG2022-0403)资助.This research is financially supported by the Major Science and Technology Projects of China National Offshore Oil Corporation during the 14th Five Year Plan(Grant No.KJGG2022-0403). （KJGG2022-0403）
