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Pathways and Prospects for Intelligent and Green Development of Oil and Gas Driven by Multi-Energy Integration
LI Gensheng, WANG Tianyu, LI Jie, TIAN Shouceng, SONG Xianzhi, LIU Zihao, MA Zhengchao
Xinjiang Oil & Gas
2025, 21 (3):
1-13.
DOI: 10.12388/j.issn.1673-2677.2025.03.001
Driven by China′s "Dual Carbon" strategy and ongoing energy transition background，the oil and gas industry is accelerating its shift toward multi-energy integration，intelligent coordination，and low carbon green development. This study aims at the goal
of intelligent and green oilfield development and investigates pathways for multi-energy integration. The advances in new energy deployment and smart oil and gas field construction in both China and other countries are reviewed，and five representative integration
routes are identified：synergistic power supply via "wind-solar-geothermal-storage"；intelligent wellsites；in-situ underground conversion；optimized surface gathering and transportation；and solid waste to resource utilization that pursues forming a comprehensive
framework for clean substitution and system wide coordination. A case study of Xinjiang Oilfield is presented to show a multi-energy
integrated operation scenario characterized by "source-grid-load-storage" coupling adapted to the energy profile and resource conditions of the oilfield. Moreover，this study further addresses technical bottlenecks，including production instability under intermittent
energy supply and deep geothermal extraction efficiency. Results indicate that coordinated deployment of multi-energy systems and
intelligent decision making can significantly improve development efficiency，energy utilization，and emission reduction，showing
broad prospect of promoted engineering applications and offering crucial pathways to support the intelligent and low carbon transformation of the oil and gas industry.
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