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首页> 外文期刊>Proceedings of the Institution of Civil Engineers >Challenges facing carbon dioxide labelling of construction materials
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Challenges facing carbon dioxide labelling of construction materials

机译:建筑材料二氧化碳标签面临的挑战

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In the absence of a benchmarking mechanism specifically designed for local requirements and characteristics, a carbon dioxide footprint assessment and labelling scheme for construction materials is urgently needed to promote carbon dioxide reduction in the construction industry. This paper reports on a recent interview survey of 18 senior industry practitioners in Hong Kong to elicit their knowledge and opinions concerning the potential of such a carbon dioxide labelling scheme. The results of this research indicate the following. A well-designed carbon dioxide label could stimulate demand for low carbon dioxide construction materials. The assessment of carbon dioxide emissions should be extended to different stages of material lifecycles. The benchmarks for low carbon dioxide construction materials should be based on international standards but without sacrificing local integrity. Administration and monitoring of the carbon dioxide labelling scheme could be entrusted to an impartial and independent certification body. The implementation of any carbon dioxide labelling schemes should be on a voluntary basis. Cost, functionality, quality and durability are unlikely to be replaced by environmental considerations in the absence of any compelling incentives or penalties. There are difficulties in developing and operating a suitable scheme, particularly in view of the large data demands involved, reluctance in using low carbon dioxide materials and limited environmental awareness.
机译:在缺乏专门针对当地要求和特点的基准测试机制的情况下,迫切需要针对建筑材料的二氧化碳足迹评估和标签计划,以促进建筑业减少二氧化碳排放。本文报道了最近对香港18位资深行业从业者的访谈调查,以征询他们对这种二氧化碳标签计划的潜力的认识和看法。研究结果表明以下几点。设计良好的二氧化碳标签可能会刺激对低二氧化碳建筑材料的需求。二氧化碳排放的评估应扩展到物质生命周期的不同阶段。低二氧化碳建筑材料的基准应基于国际标准,但不应牺牲当地的完整性。二氧化碳标签计划的管理和监督可以委托给一个公正,独立的认证机构。任何二氧化碳标签计划的实施都应是自愿的。在没有任何令人信服的激励或惩罚的情况下,成本,功能,质量和耐用性不太可能被环境因素所取代。特别是鉴于所涉及的大量数据需求,不愿使用低二氧化碳材料和有限的环境意识,开发和运行合适的方案存在困难。

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