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Green and Low-Carbon, Intelligent and Efficient, AI-Empowered, Multi-Resource Synergy

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Topics

1. Enhanced Recovery and Production Stabilization Technologies for Mature Oil and Gas Fields
(1) Technologies for production stabilization and substantial EOR in high-water-cut mature oil and gas fields;	(2) Technologies for efficient development and enhanced oil recovery in carbonate reservoirs;
(3) Technologies for efficient development, enhanced recovery, and stable production in buried hill reservoirs;	(4) Technologies for low-cost development and enhanced recovery of onshore heavy oil;
(5) New technologies for efficient development and enhanced oil and gas recovery in condensate reservoirs;	(6) Technologies for enhanced gas recovery in gas reservoirs through aggressive strategies;
(7) Fine description technologies for remaining oil distribution in mature oil and gas fields;	(8) Others.

2. Shale Oil and Gas Resource Assessment and Efficient Development Technologies
(1) Continental shale oil resource classification, assessment system, and standard development;	(2) Technologies and strategies for developing interlayered, mixed, and pure shale reservoirs;
(3) Optimized, rapid drilling, completion, and stimulation technologies for shale oil horizontal wells;	(4) Key large-scale, cost-effective shale gas development technologies;
(5) Full-lifecycle economic evaluation and benefit optimization for shale oil;	(6) Development experience and practices of national shale oil demonstration zones;
(7) Others.

3. Resource Assessment and Efficient Development Technologies for Tight Oil and Gas
(1) Multi-medium energy replenishment and integrated "fracturing-flooding-imbibition" development technologies for tight oil;	(2) Key cost-efficient development technologies for tight gas;
(3) Full-lifecycle economic evaluation and profit optimization for tight oil;	(4) Fracturing-based development theories and engineering technologies for unconventional oil and gas;
(5) Exploration of Frontier technologies for deep unconventional oil and gas development;	(6) Others.

4. Resource Assessment and Efficient Development Technologies for Shallow-to-Deep Coalbed Methane
(1) Integrated resource assessment and block screening technologies for shallow-to-medium and deep coalbed methane and coal measure gas;	(2) Enrichment mechanisms and accumulation models of shallow-to-medium and deep coalbed methane;
(3) Geology-engineering integration for dual sweet spot optimization and development potential evaluation of shallow-to-medium and deep coalbed methane and coal measure gas;	(4) Engineering technologies for drilling, fracturing, drainage, gathering, and transportation of shallow-to-medium and deep coalbed methane;
(5) Development and intelligent management of digital CBM fields;	(6) Integrated extraction technologies and future directions for coal, coalbed methane, and coal measure gas;
(7) Others.

5. Exploration and Development Technologies for Deep Onshore, Deepwater, and Offshore Oil and Gas
(1) Safe, efficient, and stable production technologies for ultra-deep oil and gas reservoirs;	(2) Key self-developed technologies for deepwater and ultra-deepwater oil and gas exploration and development;
(3) Localized deep-sea completion equipment, subsea production systems, and gathering and transportation equipment;	(4) High-resolution seafloor exploration in complex offshore environments and geological risk early warning technologies;
(5) Corrosion protection in deepwater extreme environments and safe operation and maintenance technologies for subsea facilities;	(6) Full-lifecycle smart management and decision-support technologies for deep onshore and deepwater oil and gas;
(7) Others.

6. Green, Low-Carbon, and Integrated New Energy Development Technologies
(1) Underground gas storage construction and peak-shaving supply security technologies;	(2) Full-chain integrated optimization technologies for CCUS-EOR;
(3) Integrated CO₂ flooding and geological sequestration technologies;	(4) New technologies for whole-process energy conservation, emission reduction, efficiency improvement, and low-carbon production in oil and gas fields;
(5) Multi-energy complementarity and integrated utilization technologies for oil, gas, and new energy;	(6) Others.

7. Smart Oil and Gas Fields and AI-Driven Technologies
(1) AI and big data-driven decision-making technologies and their application in oil and gas fields;	(2) Intelligent directional drilling and safe, optimized, rapid drilling technologies for complex formations;
(3) Next-generation intelligent coiled tubing systems and downhole operation technologies;	(4) Digital core modeling and multiphase flow simulation technologies for oil and gas reservoirs;
(5) High-precision 3D seismic technologies for oil and gas development;	(6) Others.

8. Localization of Petroleum Engineering Technologies and Equipment
(1) New petroleum engineering technologies and equipment (drilling, production, surface, and offshore engineering);	(2) Petroleum engineering process innovation, core equipment localization, and bottleneck technology breakthroughs;
(3) Stimulation, water plugging, and anti-corrosion technologies for complex oil and gas reservoirs;	(4) Indigenous R&D of petroleum engineering industrial software and digital twin technologies;
(5) R&D and application of localized deepwater subsea production system;	(6) Oil and gas import route optimization and supply chain resilience enhancement technologies amid geopolitical conflicts;
(7) Others.