1  

油气勘探 、开发 、运输及储存环节的节能减排  

Energy saving and emission reduction in oil and gas exploration, development, transportation, and storage  

（1）油气田勘探及开发中的绿色技术与低碳实践  

Low carbon technologies and practices in oil and gas field exploration and development  

（2）高效低耗的油气开采技术与装备研发  

Development of efficient and low-GHG emissions oil and gas extraction technologies and equipment  

l 含硫化氢伴生气的高效处理与利用技术  

High cost-effective treatment technology for hydrogen sulfide removal in associated gas  

l 蒸汽锅炉电气化  

Electrification of steam generation boilers  

l 电驱压裂关键技术及实践  

Key technologies and practices of electric fracturing  

（3）油气开发中水资源的节约与污染控制  

Water saving and pollution control in oil and gas development  

（4）海上油田生产设施温室气体排放实现经济碳中和的设想和主要路径  

Economic pathway to net-zero for offshore oilfield production facilities  

（5）海上油田生产设施的前期设计如何全面考虑全生命周期的节能减排  

Life-cycle energy saving and emission reduction in offshore oilfield facility front-end engineering design  

2  

新能源与油气行业的协同发展  

Integrated development of new energy and the oil and gas industry  

（1）油气田风光互补发电系统的设计与优化  

Design and optimization of wind-solar integrated power generation systems in oil and gas fields  

（2）氢及其衍生产品（氨醇等）在能源行业的应用与推广  

Application of hydrogen and its derivatives (Ammonia, Methanol) in the energy industry  

（3）油气行业与可再生能源的协同发展模式  

Integrated development models of the oil and gas industry and renewable energy  

（4）油气行业向综合能源供应商的路径设计  

Pathway design for the oil and gas industry’s transition towards comprehensive energy suppliers  

3  

碳捕集 、利用和封存(CCUS)技术  

Carbon capture, utilization, and storage (CCUS) technology  

（1）油气行业 CCUS 技术的创新与应用  

Innovation and application of CCUS technology in the oil and gas industry  

（2）二氧化碳驱油技术的优化与推广  

Optimization and application of CO2-enhanced oil recovery technology  

（3）油气行业碳捕集与封存的经济性分析  

Economic analysis of CCS in the oil and gas industry  

（4）油气行业碳中和路径设计与实践  

Pathway design and practice for carbon neutrality in the oil and gas industry  

4  

数字化与智能化技术在油气行业的应用  

Application of digital and AI technologies in the oil and gas industry  

（1）基于大数据与人工智能的油气生产能耗优化  

Optimization of energy efficiency in oil and gas production based on big data and AI  

（2）油气田智能化管理系统的设计与应用  

Design and application of intelligent management systems in oil and gas fields  

（3）数字孪生技术在油气设施节能减排中的应用  

Application of digital twin technology in energy saving and emission reduction of oil and gas facilities  

（4）全油田监测排放系统  

Comprehensive oilfield emission monitoring system  

5  

油气行业政策与市场机制  

Policies and market mechanisms in the oil and gas industry  

（1）碳交易市场对油气行业减排的激励作用  

Incentive effects of the carbon trading market on emission reduction in the oil and gas industry  

（2）油气行业节能减排政策的效果评估与优化  

Evaluation and optimization of energy saving and emission reduction policies in the oil and gas industry  

（3）当前政策经济环境对新能源行业发展的影响  

Impact of the current policy and economic environment on the development of the new energy industry  

（4）油气行业绿色金融支持机制设计  

Design of green financial support mechanisms for the oil and gas industry  

（5）油气行业低碳转型的经济技术评价  

Economic and technical evaluation of the low-carbon transition in the oil and gas industry