Dagang Oilfield Construction of Digital Intelligence Reservoir

The fine reservoir description research results of 26 oilfields in Dagang Oilfield have achieved cloud management, thus opening a new stage of digital intelligence reservoir construction.

In accordance with the requirements of the Group's Shuzhi reservoir construction and the arrangement of the exploration and production branch, Dagang Oilfield actively promotes the construction of a management system for reservoir description research results, focusing on the principle of "getting in, manageable, outgoing, and well-used" , Designed six functional modules, including construction results storage management, results query and retrieval, results data display, results statistical analysis, results data download, and results quality control.

In accordance with the project results management specifications, Dagang Oilfield has built a database for the results of Tangjiahe, Yangerzhuang, Yangsanmu and other oilfields, such as results maps, results data tables, results data bodies, text reports, and multimedia. At present, it has achieved rapid navigation based on GIS. Retrieve and locate the intelligent application of the work area, and support the online sharing of mainstream professional software work areas and the original format of the result map, realize the automatic statistics and intelligent analysis of data such as seismic interpretation, geological modeling, numerical simulation, and complete the cloud storage of reservoir description results.

In the next step, Dagang Oilfield will establish a fine reservoir description project think tank to enable intelligent management of the data generated by various professional software and project research results for reservoir description, and provide centralized management, automatic release and sharing of results for the reservoir description business. The applied service platform, and through the standardized and intelligent management of reservoir description results, improves work efficiency and research accuracy, and accelerates the formation of new kinetic energy to promote the high-quality development of oil fields.