中国石油“十四五”油气工程关键装备进展与发展思考

Progress and Reflection on Key Equipment for Oil and Gas Engineering of CNPC During the“14th Five-Year Plan”Period

  • 摘要: 为进一步推动中国石油油气工程关键装备的发展,系统梳理了中国石油“十四五”期间在油气工程关键装备领域的主要进展与发展思路,分析了“十五五”时期中国石油面临的关键挑战及油气工程关键装备的发展路径。“十四五”期间,中国石油围绕“两深一非一老”(陆地深层、海域深水、非常规油气、老油气田)战略方向,重点突破钻完井、储层改造、采油采气、动力及新能源装备的核心技术瓶颈,成功研制了12 000 m特深井自动化钻机、静音节能永磁直驱顶驱、万米级高承载钻杆、耐高温螺杆钻具、175 MPa井控装备和电驱压裂撬等一批重大装备,推动了钻探深度、作业效率、智能化水平及绿色转型的显著提升。“十五五”期间,中国石油面临的关键挑战包括资源品质劣质化、安全环保要求升级、人工智能融合及产业链安全风险,针对这些挑战,提出通过数字化赋能、国产化替代、低碳技术融合与产业链韧性强化等四大路径,构建自主可控、安全高效的油气工程装备体系,为保障国家能源安全提供支撑。

     

    Abstract: To further advance the development of CNPC’s key oil and gas engineering equipment, the main progress and strategic approaches in this field during the“14th Five-Year Plan”period were systematically reviewed. Critical challenges anticipated for the“15th Five-Year Plan”period were analyzed, and corresponding development pathways for key equipment were outlined. During the“14th Five-Year Plan”period, strategic focus was placed on the “two deeps, one unconventional, and one mature”directions (deep-layer and deep-water formations, unconventional resources, and mature oilfields). Breakthroughs in core technological bottlenecks for drilling and completion, reservoir stimulation, oil and gas production, as well as power and new energy equipment were prioritized. A series of major equipment was successfully developed, including a 12 000 m ultra-deep automated drilling rig, a quiet and energy-efficient permanent-magnet direct-drive top drive, 10 000 meter-class high-load drill pipes, high-temperature-resistant screw drill, 175 MPa well control equipment, and electric-drive fracturing skids. Significant enhancements in drilling depth, operational efficiency, intelligent capabilities, and green transformation were thereby driven. For the upcoming“15th Five-Year Plan”period, key challenges were identified, including the deteriorating quality of resources, heightened safety and environmental requirements, integration of artificial intelligence, and industrial chain security risks. In response, four pathways were proposed: empowerment through digitalization, domestic substitution of critical components, integration of low-carbon technologies, and strengthening industrial chain resilience. These measures are aimed at constructing an independent, secure, and efficient oil and gas engineering equipment system, thereby providing support for China’s national energy security.

     

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