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会展工程产业的绿色发展路径:基于样本的实证研究 被引量:10

The Green Development Path of Research of Exhibition Industry: Based on the Empirical Sample
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摘要 会展业能够在短期内聚集大规模的展品、参展商和观众,使其交流信息、达成交易,具有极好的宣传效果,并形成较高的产业带动效应。在会展业蓬勃发展并带来经济和社会效益的同时,会展工程产业的一次性搭建和消耗大量建材,产生了巨量的资源浪费和环境污染。会展业要实现绿色发展,其工程产业技术必须走绿色发展的路径,低碳化发展,减少资源的使用,以资源再利用、再循环为原则,提高资源和能源的利用效率,减少废物排放,以实现经济、社会和生态效益的最大化。基于会展工程实际样本,分析不同类型工程搭建方式对材料的消耗量,计算在工程中实施"减量化"和"再循环"过程的资源节约量,探索能实现材料消耗最低、能多次循环利用的会展工程产业绿色发展路径。 Exhibition can gather a large scale of exhibits, exhibitors and visitors in a short time, and make them exchange information, conclude the transaction. It has wonderful publicity effect and it is strong in their industries promotion. When exhibition industry vigorous development and bring economic and social benefits, the pattern of disposable types of build and consume a large amount of building materials of exhibition engineering, produced a huge amount of resources waste and environmental pollution. To achieve green growth of exhibition industry, its engineering technology must go green development path, low carbon development, reduce the use of resources, based on principles of resources reuse, recycling, improve the efficiency of the use of resources and energy, reduce waste emissions, to achieve the maximization of economic, social and ecological benefits. Based on actual sample exhibition engineering, there are analysis of different ways of consumption of materials with types of engineering structures, and calculating the "reduction" and "recycling" resource savings in the engineering implementation. The results show that "reduction" and "recycling" are green development paths of exhibition engineering industry to achieve minimum material consumption and the resource can be recycled many times.
出处 《生态经济》 CSSCI 北大核心 2014年第5期111-116,共6页 Ecological Economy
基金 广东省科技服务业计划(会展业技术攻关专项)"基于节能低碳的现代会展场馆空间布局与展示设计技术研究"(2012B040303006) 华南理工大学中央高校基本科研业务项目"基于循环经济与数字模拟的展览设计与工程管理研究"(X2jmd2118180) 华南理工大学经济与贸易学院青年基金项目"展览设计与工程管理研究"
关键词 会展产业 工程技术 再循环 减量化 exhibition industry engineering technology recycling reduction
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