油气资源与目标一体化评价技术研究及系统集成

2009年 31卷 第4期
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A STUDY ON INTEGRATED EVALUATION OF PETROLEUM RESOURCES WITH OBJECTS AND ITS SYSTEM INTEGRATION
米石云 郭秋麟 胡素云 杨秋琳 张庆春 谢红兵 陈宁生
Mi Shiyun Guo Qiulin Hu Suyun Yang Qiulin Zhang Qingchun Xue Hongbing Chen Ningsheng
中国石油勘探开发研究院, 北京 100083
Research Institute of Petroleum Exploration & Development, Beijing 100083, China
油气资源与目标一体化评价技术是21世纪石油工业领域应着力发展的十大技术之一.通过对技术内涵和应用需求的分析,提出了构建该系统的总体结构,并研制集成了集勘探数据管理、油气资源评价与勘探目标评价于一体的"油气资源与目标一体化评价系统RIOSys 1.0".该系统由"油气资源与目标一体化评价数据图形总库"及"油气资源与目标一体化评价应用软件"两大层次构成,集成了包括数据库-图形库、区块评价、勘探目标经济评价与决策、油气资源空间分布及风险预测技术在内的多项新技术,是开展油气资源与目标一体化评价研究的工作平台,将在今后的勘探评价研究中发挥重要作用.
The technology of integrated evaluation of petroleum resources with objects is one of the top ten technologies that the global petroleum industry should devote major efforts to develop in the 21st century.After analyzing its technological characteristics and application demands,an overall structure of the software system was put forward.Furthermore,the integrated software system-Integrated eva-luation system of petroleum resources with objects,RIOSys 1.0,which set exploration data management,resources assessment and objects evaluation in one,was developed.This system consists of two layers,the lower one is the integration platform and database(data and graphics),the upper one deals with series of different application software modules,such as basin studies,play evaluation and exploration decisions.RIOSys 1.0 integrates several new technologies such as data mapping database,exploration development block evaluation,assessment and decision of exploration target,spatial distribution and probability prediction methods of petroleum resources,so it provides an integrated platform for the studies of integrated evaluation of resources with objects,and will play an important role in the future petroleum exploration and research.
目标评价; 油气资源评价; 勘探评价新技术; 一体化评价; 系统集成;
objects evaluation; resources assessment; new technologies in exploration evaluation; integrated evaluation; software system integration;
中国石油天然气股份有限公司科技攻关项目(06-06D-01-06-03)
https://doi.org/10.11781/sysydz200904420