Brief introduction to the research results of the project "Digital Twin Technology and Case Studies in Oil and Gas Exploration and Development"
The research results of the project "Digital Twin Technology and Case Study for Oil and Gas Exploration and Development" mainly include the following five parts:
1. Pilot oil and gas field survey
Survey situation: Completed the survey work on 5 digital transformation pilot oil and gas fields.
Content formation: Clarified the overall construction status of upstream digital twins, and sorted out the construction needs of intelligent application scenarios, laying a realistic foundation for subsequent related work, and understanding the actual situation and demand direction.
2. Case study and trend analysis
Domestic and foreign case studies: Detailed analysis of digital twin application cases at home and abroad.
Construction ideas and other analysis: In-depth exploration of the construction ideas, construction methods and key points of digital twins in the field of oil and gas development, and extract reference points for upstream digital twin construction and application.
Development status and trend grasp: Comprehensive analysis of the current development of digital twin technology in the field of exploration and development and future development trends will help to carry out work in line with the development direction of the industry.
3. System and technology design
System composition and target positioning proposal: The system composition and clear target positioning of upstream digital twin construction are given, so that the construction has a clear framework and direction guidance.
Technology-related design: Complete the design of digital twin technology architecture, key technologies and technical framework, and further form the construction strategy of digital twin technology on this basis, providing a specific plan for the implementation of the technology level.
IV. Typical application scenario design part
Scenario determination: Design three typical application scenarios based on digital twin technology, namely integrated production optimization, integrated production trend prediction and intelligent pipeline.
Scenario refinement: For each scenario, carefully plan its business process and sub-business scenarios, and clarify the functions to be implemented, so that these application scenarios have operability and practical value.
V. Implementation route design part
Implementation route planning: Design future implementation routes for the implementation of digital twins in various oil fields.
Guiding role: It can provide effective guidance for the real implementation of upstream intelligent oil and gas field construction based on digital twins, and help the project move from planning to actual construction and operation.
Overall, the research results of this project are relatively comprehensive and systematic, covering multiple key links from research, analysis, technical design to application scenarios and implementation routes, which has an important role in promoting the application and development of digital twin technology in the field of oil and gas exploration and development.