循环经济下的模块化临时建筑拆解再利用模式及减碳分析OA
Analysis on the Disassembly and Reuse Model and Carbon Reduction of Modular Temporary Buildings under Circular Economy
文章探讨了模块化临时建筑在循环经济背景下的拆解再利用模式及其减碳潜力,分析了建筑构件可再利用条件、典型模式及碳排放影响因素,并基于全生命周期碳排放量计算模型,结合模拟设计实践,验证了模块化临时建筑拆解后原地及异地重组再利用模式的技术路径及减碳效果.同时,比较总结出可拆解再利用模块化临时建筑不仅能够满足多元化使用场景需求,还能够显著提升建筑构件的无损拆解率及重复利用率,有效减少构件物化阶段隐含碳排放量,对实现建筑全生命周期节能减排目标具有重要意义.
This paper explores the disassembly and reuse models of modular temporary buildings and their carbon reduction potential in the context of the circular economy.It analyzes the reuse conditions,typical reusable models,and carbon emission influencing factors of building components.Based on the full life cycle carbon emission calculation model and combined with simulation design practices,it analyzes and verifies the technical paths of on-site or off-site disassembly and reuse models of the modular temporary buildings and their carbon reduction effects.Furthermore,it concludes that the disassembly and reuse of modular buildings can not only satisfy the needs of diversified use scenarios,but also significantly improve the non-destructive disassembly rate and reuse rate of the construction components,effectively reducing the potential carbon emissions in the materialization stage of the components,which is of important significance for achieving the energy-saving and carbon reduction goals in the full life cycle of the buildings.
张佳华;张娟;辛同升;孔永强;杨瑞
北方工业大学建筑工程学院北方工业大学建筑工程学院中国建筑上海设计研究院有限公司中建方程投资发展集团有限公司北方工业大学建筑工程学院
建筑与水利
模块化临时建筑可拆解设计再利用模式循环经济节能减排
modular temporary buildingdisassembly designreuse modelcircular economyenergy-saving and carbon reduction
《城市建筑》 2026 (18)
1-4,4
国家自然科学基金"绿色办公建筑中材料资源可循环利用设计模式研究"(51608008)中建方程2025年度科技专项"居住社区绿色低碳规划设计技术路径研究"(CSCECFC-2025-KJZX-05)中建股份科技研发课题"基于高效利用的建筑光伏耦合技术及示范"(CSCEC-2024-Z-27-4-1)中建股份科技研发课题"基于多源负荷的城区建筑群能源系统关键技术研究与应用"(CSCEC-2025-Z-13)
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