Research on the life cycle assessment of cement

Wenbo Xu
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Abstract

Man-made carbon emissions from the cement sector rank second only to steel, comprising 5% of the total emissions. Additionally, the cement industry accounts for 1215% of annual energy consumption in the global industrial sector. Given the escalating climate and energy challenges, theres a growing focus on environmental impact assessments and research into low-carbon cement. Engineers are increasingly striving for carbon neutrality in cement production. Life cycle assessment (LCA) emerges as a vital tool for analyzing the environmental impact of materials throughout their lifecycle. Current research assesses LCAs applicability in the cement industry, evaluating mitigation strategies and common models. Efforts towards reducing environmental impact and optimizing cement performance are reviewed, though limitations of the LCA model in this context are noted.
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水泥生命周期评估研究
水泥行业的人为碳排放量仅次于钢铁行业,占总排放量的 5%。此外,水泥行业每年的能耗占全球工业部门能耗的 1215%。鉴于气候和能源挑战不断升级,环境影响评估和低碳水泥研究日益受到重视。工程师们越来越努力实现水泥生产的碳中和。生命周期评估(LCA)成为分析材料在整个生命周期内对环境影响的重要工具。目前的研究对水泥行业的生命周期评估适用性进行了评估,对减排策略和通用模型进行了评估。研究回顾了为减少环境影响和优化水泥性能所做的努力,同时也指出了生命周期评估模型在这方面的局限性。
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