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压缩空气系统碳排放分析与减排路径

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碳中和背景下,压缩空气站供应商势必要碳减排.通过制造者、使用者及供应链碳足迹3个不同的角度进行碳排放结构分析,提出了制造高效节能设备、智慧高效节能的压缩空气站、数字化管理等节能降碳技术路径,探讨了响应国家政策和行业要求、供应链低碳原料获取、使用可再生能源、参与碳足迹和碳标签评价等碳减排策略.
Analysis of Carbon Emission from Compressed Air Systems and Emission Reduction Pathways
In the context of carbon neutrality,compressed air station suppliers are inevitably moving towards carbon reduction.Carbon emission structure analysis is carried out through three different perspectives in this paper of manufacturer,user and supply chain carbon footprint.Energy-saving and carbon-reducing technological paths such as manufacturing energy-efficient equipment,the implementation of intelligent and energy-efficient compressed air stations,and the adoption of digital management are proposed.Furthermore,carbon emission reduction strategies such as responding to national policies and industry requirements,obtaining low-carbon raw materials in the supply chain,using renewable energy,and participating in the evaluation of carbon footprints and carbon labels are explored in this paper.

compressed air systemscarbon emissionsfull life cycle assessmentcarbon footprintenergy-saving and carbon reduction pathwayscarbon reduction strategies

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广东艾林克能源装备有限公司,广东中山 528427

压缩空气系统 碳排放 全生命周期评价 碳足迹 节能降碳路径 碳减排策略

2024

压缩机技术
沈阳气体压缩机研究所

压缩机技术

影响因子:0.303
ISSN:1006-2971
年,卷(期):2024.(3)
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