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Lessons Learned From an Alternative Energy Manufacturing Plant Life Cycle Assessment and Potential Implications for Refineries

机译:从替代能源制造工厂生命周期评估和对炼油厂的潜在影响的经验教训

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Marketplace pressure to support claims of environmental benefits for products was one factor that led BP Solar to conduct a Life Cycle Analysis (LCA) of its solar panel manufacturing plant in Frederick, Maryland. In one of the first comprehensive efforts using an LCA approach and actual plant data for a manufacturing plant in US, BP Solar developed a model of its operations, and has already used it to set environmental project priorities within the facility. The assessment looked at six impacts: global warming, resource depletion, ozone depletion, photo-oxidant formation, eutrophication, acidification, human toxicity, and aquatic and terrestrial toxicity measures. Production data for three years was used to develop a facility-specific LCA spreadsheet that was subsequently converted into a web-based tool for analysis of manufacturing scenarios on an ongoing basis. The model considered raw material sources, manufacturing, transportation, installation, product use, and disposal.
机译:支持产品的环境效益索赔的市场压力是LED BP Solar在马里兰州弗雷德里克的太阳能电池板制造厂进行生命周期分析(LCA)的一个因素。在使用LCA方法和美国制造厂的实际工厂数据的第一个全面努力之一,BP Solar开发了其运营的型号,已经使用它来设置设施内的环境项目优先级。评估看起来六次影响:全球变暖,资源枯竭,臭氧耗尽,光氧化物形成,富营养化,酸化,人体毒性和水生和陆地毒性措施。三年的生产数据用于开发特定于设施的LCA电子表格,随后转换为基于网络的工具,以便在持续的基础上分析制造场景。该模型考虑了原料来源,制造,运输,安装,产品使用和处置。

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