(The following topics include but are not limited to)
Track 1: Mineral Resources and Green Mining
Green development and sustainable management of mineral resources
New energy minerals (lithium, cobalt, rare earths, etc., key minerals)
Mine ecological restoration and reutilization of abandoned mine resources
Mine waste recycling and resource substitution
Carbon neutrality mining and carbon capture, storage (CCS)
Low-impact mining technologies and green mining materials
Classification and supply-demand analysis of mineral resources
Environmental impact assessment and water resource management in mining areas
Sustainable mine design and eco-efficient processes
Mining policies, mining rights management and resource strategies
Deep mineral resource development and frontier mining technologies
Marine mineral resource exploration and development
Mining value chain and circular economy
Critical mineral supply chain security and geopolitics
Track 2: Oil and Gas Engineering and Exploration Technology
Fine description of oil and gas reservoirs and reservoir characterization
Complex oil and gas reservoir flow theory and numerical simulation
Shale oil, tight oil geological theory and technology
Coalbed methane exploration and development and efficient development of coal-bearing gas
Gas hydrate exploration and development
Deep-sea - ultra-deepwater offshore oil and gas engineering and equipment
Enhanced oil recovery (EOR/IOR) technologies
Drilling, completion and stimulation technologies
Oil and gas storage, pipeline monitoring and flow safety assurance
Smart oil fields and digital technologies
Application of artificial intelligence and big data in oil and gas exploration and development
Geophysical exploration (seismic, logging, gravity, magnetic, electricity)
Three-dimensional geological modeling and reservoir prediction
CCUS and low-carbon development of oil and gas fields
Oil and gas exploration risk analysis and economic evaluation
Track 3: Intelligent Exploration and Geological Technology
Resource prediction and exploration decision-making driven by artificial intelligence
Application of machine learning in geological analysis and mineral classification
Three-dimensional/four-dimensional geological modeling and data field visualization
Multi-method geophysical exploration and joint inversion
Remote sensing, GIS and geographic spatial technology in resource exploration
Intelligent drilling and automated exploration equipment
Application of Internet of Things and sensor networks in mine/field monitoring
Exploration development integration driven by digital twin
Geological big data integration and knowledge graph
Unmanned aircraft and robot exploration technology
Real-time data collection and remote operation system
Exploration geochemistry and isotope tracing technology
Structural geology and basin analysis
Metallogenic laws and mineral resource potential evaluation
Geological risk assessment and disaster prediction
...