全球科技经济瞭望2026，Vol.41Issue(2)：49-57,9.DOI:10.3772/j.issn.1009-8623.2026.02.006
"双碳"目标下"无废城市"建设的技术路径与协同机制研究
Research on Technological Pathways and Synergistic Mechanisms for Zero Waste City Construction Under the Dual Carbon Goals
摘要
Abstract
To address the systemic lock-in of"high-carbon and high-waste"in cities under the"dual carbon"goals,this study constructs an institutional-technical-behavioral analytical framework to explore the synergistic pathways for building"zero waste cities".The research identifies three key technological drivers:energy transition,decarbonization in key sectors,and digital intelligence enablement.It reveals a significant two-way feedback effect between the low-carbon transformation of urban energy systems and the closed-loop regeneration of material metabolism.The study argues that establishing a synergistic carbon-waste governance framework is essential,requiring the integration of extended producer responsibility with carbon market mechanisms.By developing a dynamic emission factor database,implicit emission reduction benefits can be transformed into carbon assets.Furthermore,a performance evaluation system based on material flow analysis should be established to promote cross-departmental collaboration.To tackle challenges such as policy misalignment and technological marketization bottlenecks,the study recommends designing flexible accountability boundaries,fostering a"technology-industry-market"symbiotic ecosystem,and innovating green financial instruments to alleviate financing constraints.This provides a theoretical foundation and policy insights for achieving urban low-carbon and zero-waste transitions.关键词
双碳/无废城市/减废降碳/碳废协同/技术路径Key words
Dual Carbon/Zero Waste City/Pollution and Carbon Reduction/Carbon-Waste Synergy/Technological Pathways分类
社会科学引用本文复制引用
刘善斌,刘云超,陈力,王旅东,朱新宇,韩烨青.."双碳"目标下"无废城市"建设的技术路径与协同机制研究[J].全球科技经济瞭望,2026,41(2):49-57,9.基金项目
科技部改革发展专项"科技支撑碳达峰碳中和行动方案编制战略研究:区域行动与示范" （）
国家自然科学基金青年科学基金"技术创新驱动下碳锁定效应的复杂性作用机理和差异化解锁机制研究"(72203082). （72203082）
