This study positions itself within the strategic framework of carbon peak and carbon neutrality, focusing on energy transition dynamics in petroleum-based cities, with Dongying serving as a paradigmatic case. Through investigating the coordinated development of conventional and renewable energy systems, the research elucidates pathways for synergistic advancement between established and emerging energy sectors. Such coordination proves instrumental in accelerating Dongying’s transformation into a national demonstration zone for modern energy economy while ensuring energy security. Our methodological approach integrates three key dimensions. Four-pillar safeguard mechanisms are proposed: technological innovation ecosystems for cross-sector integration, Policy mechanisms and institutional frameworks, market-oriented reform strategies, professional capacity building programs. These findings provide actionable insights for resource-dependent cities navigating the dual imperatives of energy security assurance and carbon neutrality achievement.
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Share and Cite
Ji, Y. (2026) Petroleum Cities’ Carbon-neutral Pathway Collaborative Assessment and Coupling Strategies for Traditional-new Energy Integration. Scientific Research Bulletin, 3(2), 18-25. https://doi.org/10.71052/srb2024/JGPP4527