Research on the Collaborative Emission Reduction Mechanism for Green Supply Chain Management in the Manufacturing Industry under the "Dual Carbon" Goals

DOI: https://doi.org/10.62517/jse.202611408

Author(s)

Jianke Zhang*

Affiliation(s)

School of Business Administration, Baise University, Baise, Guangxi, China *Corresponding Author

Abstract

Under the backdrop of the "dual carbon" goals, the collaborative emission reduction in the green supply chain of the manufacturing industry has become an important path to achieve the carbon reduction targets. This paper focuses on the issue of the collaborative emission reduction mechanism in the green supply chain of the manufacturing industry under the "dual carbon" goals, and constructs an analytical framework of "driving mechanism - collaborative mechanism - implementation path". It systematically explores the internal mechanism, influencing factors and mechanism design of the collaborative emission reduction in the green supply chain of the manufacturing industry. The study indicates that collaborative emission reduction is driven by multiple factors such as external pressure from policies and market mechanisms, as well as internal driving forces from economic interests. The collaborative emission reduction mechanism should include four dimensions: incentive mechanism, which stimulates emission reduction through revenue sharing, cost sharing and green procurement; constraint mechanism, which prevents opportunistic behavior through contracts, supervision and punishment; coordination mechanism, which resolves conflicts through communication, interests and resource coordination; and guarantee mechanism, which ensures the collaborative operation through technology, funds and systems. Based on this, countermeasures and suggestions such as enterprise strategic transformation, government institutional supply and the bridging role of industry associations are proposed, aiming to provide theoretical references and practical paths for the green transformation of the manufacturing supply chain and carbon emission reduction management.

Keywords

Dual Carbon Goals; Manufacturing Industry; Green Supply Chain; Coordinated Emission Reduction; Mechanism Design

References

[1] Zhou Huihui. How Circular Economy Fosters New‑quality Productive Forces: Research on Resource Paradigm Transformation and Industrial Ecological Restructuring Mechanism during the 15th Five‑Year Plan Period. Enterprise Science and Technology & Development: 1‑10 [2026‑08‑18]. [2] Lei Xue. Theoretical Framework and Practical Path for Constructing Green Supply Chains in Manufacturing Industry under the “Dual‑carbon” Goal. China Economic & Trade Herald, 2025(20): 136‑138. [3] Cao Zengdong, Tu Qin. Greening of Supply Chain Network and Corporate Pollution Emission Reduction — From the Perspective of Social Network Analysis. Modern Finance and Economics (Journal of Tianjin University of Finance and Economics), 2026, 46(2): 93‑113. [4] Zeng Xianlai, Li Jinhui, He Kebin. Innovation and Opportunities of Global Green Supply Chains under the Background of Low‑carbon Transition. Chinese Science Bulletin, 2025, 70(Z1): 549‑555. [5] Handfield R. B. Green Supply Chain Best Practices from Furniture Industry. Proceedings of Annual Meeting of the Decision Science Institute, Orlando, FL, USA, 1996: 1295‑1297. [6] Xiao Liang. Research on Circulation Mode and Operation Process of Agricultural Products Green Supply Chain. Technoeconomics & Management Research, 2011(11): 109‑112. [7] Yuan Guiping. Discussion on Enterprise Environmental Cost Control Model — On the Advanced Control Model of Environmental Cost. Communication of Finance and Accounting (Comprehensive Edition), 2007(9): 18‑20. [8] Zhu Xi, He Zhen. Review on Supply Chain Collaborative Quality Management Based on Industrial Internet Platform. Frontiers of Engineering Management Science and Technology: 1‑14 [2026‑08‑18]. [9] Wang Dongpeng, Zhou Qing, Yang Wei. Collaborative Governance Model of Enterprise Technical Standard Alliances for the Belt and Road Initiative — Based on the Concept of “Extensive Consultation, Joint Contribution and Shared Benefits”. Management Review, 2026, 38(4): 117‑130. [10] Zong Xin, Zhao Jiaqi, Zhang Xiaolong, et al. Research on Farmers’ Green Production Adoption Mechanism and Policy Simulation from the Perspective of Multi‑agent Collaboration. Journal of Arid Land Resources and Environment, 2026, 40(4): 14‑25. [11] Cheng Jingjing, Li Jiaxin, Li Ruijing. Does Supply Chain Innovation Have Green Transition Effect? — A Quasi‑natural Experiment Based on Supply Chain Innovation and Application Pilot Projects. Financial Theory & Practice, 2025(11): 31‑42. [12] Li Na, Ma Deqing, Hu Jinsong. Dynamic Equilibrium Analysis of Green Supply Chain Based on Altruistic Preference. Journal of Systems Engineering, 2021, 36(6): 798‑816. [13] Zhang Ronglan, Lu Shichang. Measurement Research on Influencing Factors of Green Supply Chain in Iron and Steel Enterprises. Environmental Science and Technology, 2015, 38(1): 188‑194+204. [14] Li Xuanzhao, Xia Zhenlai, Guo Junyi, et al. Research on the Formation Path of Green Supply Chain of Manufacturing Enterprises Empowered by Digital Intelligence. Engineering Journal of Wuhan University, 2025, 58(1): 163‑170. [15] Zhang Yanzhi, Liu Ling, Feng Ying. Influence of Manufacturer’s Financing Mode on Low‑carbon Supply Chain Operation under Capital Shortage for Low‑carbon Production. Journal of Industrial Engineering and Engineering Management: 1‑14 [2026‑08‑18]. [16] Liu Dianting, He Meng, Dai Xuanjun, et al. Optimization Scheduling of Low‑carbon Crowdsourcing Logistics with Heterogeneous Vehicles under Social Manufacturing. Modern Electronic Technique, 2026, 49(14): 148‑155. [17] Wang Runyang, Peng Daogang, Fan Yubo, et al. Dynamic Carbon Accounting and Multi‑objective Low‑carbon Collaborative Optimization for Integrated Energy System. Journal of Chinese Society of Power Engineering, 2025, 45(12): 2219‑2228. [18] Peng Dongdong. How Cross‑border E‑commerce Helps Manufacturing Enterprises Reduce Carbon Emissions. International Economics and Trade Research, 2026, 42(1): 56‑72. [19] Lu Xiaoqi, Yu Maomao. Can the Development of Banking Fintech Reduce Carbon Emissions around Enterprises?. Financial Development Research, 2024(9): 43‑53. [20] Li Cunbin, Bai Muren, Dong Jia. Evolutionary Game of Regional Collaborative Carbon Emission Reduction in Beijing‑Tianjin‑Hebei under Carbon Neutrality Goal. Environmental Science, 2025, 46(6): 3473‑3484. [21] Xiang Xianhong, Zhang Hanyue, Sun Hui. Policy Effect Analysis of Carbon Trading Pilot Policy on Industrial Carbon Efficiency in Special‑type Regions. Ecological Economy, 2023, 39(9): 13‑22. [22] Zhang Jijian, Jin Tao, Zhu Rong. Research on Carbon Asset Pledge Financing Mode of Supply Chain from the Perspective of Collaborative Emission Reduction. Ecological Economy, 2018, 34(1): 43‑48. [23] Jiang Bixin. Paying More Attention to the Coordination Among Rule of Law, Reform, Development and Stability. Legal Science (Journal of Northwest University of Political Science and Law), 2026, 44(3): 3‑20. [24] Xiao Yanfei, Liao Shuanghong. Green Innovation or Pollution Transfer: Literature Review of Environmental Regulation Effect and Theoretical Prospect of Collaborative Emission Reduction. World Regional Studies, 2017, 26(4): 126‑133.