摘要
油气藏研究涉及多学科、多类型数据及多专业研究成果,多学科一体化协同研究成为必然趋势。为了给科研人员提供一体化协同共享的油气藏研究工作环境,基于勘探开发梦想云平台,在盆地级区域数据湖建设的基础上,构建了包含油气藏研究项目数据组织与快速查询、专业软件集成应用、在线辅助分析工具及项目全过程管理的项目工作室,并应用于鄂尔多斯盆地风险勘探项目的研究与管理。基于梦想云的油气藏协同研究环境的构建,实现了油气藏研究数据、软件、成果之间的有效共享与协同工作,全面支撑了油气田勘探开发业务工作,大幅提升了科研工作的质量和效率。
Research on oil and gas reservoir involves multi-disciplinary and multi-type data as well as multi-professional research results. Multi-disciplinary integrated and collaborative research has become an inevitable trend. In order to provide researchers with an integrated, collaborative and shared working environment for oil and gas reservoir research, based on the E&P Dream Cloud platform and basinlevel regional Data Lake construction, a project studio for different research objectives has been constructed including data organization and fast query, integrated application of professional software, online auxiliary analysis tools and whole process management of oil and gas reservoir research projects. The results have been applied to the research and management of risk exploration projects in the Ordos Basin. The construction of collaborative research environment based on Dream Cloud realizes the effective sharing and collaborative work of data, software and achievements in oil and gas reservoir researches, comprehensively supports the exploration and development business of oil and gas fields, and greatly improves the quality and efficiency of scientific research work.
作者
石玉江
王娟
魏红芳
杨倬
王红伟
姚卫华
Shi Yujiang;Wang Juan;Wei Hongfang;Yang Zhuo;Wang Hongwei;Yao Weihua(Digitalization and Information Management Department,PetroChina Changqing Oilfield Company;Research Institute of Petroleum Exploration and Development,PetroChina Changqing Oilfield Company)
出处
《中国石油勘探》
CAS
CSCD
北大核心
2020年第5期15-22,共8页
China Petroleum Exploration
基金
中国石油天然气股份有限公司投资信息化重点项目“勘探开发一体化协同研究及应用平台(一期)建设”(PetroChinaIT-2017-N104)。
关键词
勘探开发梦想云
区域数据湖
协同研究环境
项目工作室
E&P Dream Cloud
regional Data Lake
collaborative research environment
project studio
