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Life cycle inventory data for power production from sugarcane press-mud

机译:甘蔗压力泥的电力生产生命周期库存数据

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摘要

This data article is associated with the research article “Technical and environmental analysis on the power production from residual biomass using hydrogen as energy vector”. This paper shows the procedure to calculate the Life Cycle Inventory (LCI) of the foreground system to perform the Life Cycle Assessment (LCA) of the power production from sugarcane press-mud. Said process encompasses four main stages: i) bioethanol production; ii) bioethanol purification; iii) syngas production and purification; and iv) power production. Additionally, other processes such as biomethane production and manufacturing of catalyst were included. Foreground data related to bioethanol production was gathered from experimental procedures at lab-scale. While foreground data, concerning the other processes such as bioethanol purification, syngas production and purification, power production, and biomethane production, was built by using material and energy flows obtained from Aspen Plus?. Lastly, LCI of the catalyst manufacturing was built based on literature review and the approach stated by Ecoinvent. All the inventories are meaningful to carry out future environmental assessments involving sustainable energy systems based on bioethanol, biomethane, or hydrogen.
机译:该数据文章与研究制品“技术和环境分析从残留生物质的电力生产使用氢作为能量载体”相关联。本文展示了计算前景系统的生命周期库存(LCI),以从甘蔗压制泥浆进行电力生产的生命周期评估(LCA)的过程。所述过程包括四个主要阶段:i)生物乙醇生产; II)生物乙醇纯化; iii)合成气生产和纯化;和iv)电力生产。另外,包括其他方法,例如生物甲烷生产和催化剂的制造。与生物乙醇生产相关的前景数据从实验室规模的实验程序收集。虽然关于其他过程的前景数据,如其他方法,如生物乙醇净化,合成气生产和净化,发电和生物甲烷生产,由Aspen Plus获得的材料和能量流构成?最后,催化剂制造的LCI是基于文献综述和生态渗透说明的方法。所有库存都是有意义的,用于执行涉及基于生物乙醇,生物甲烷或氢的可持续能源系统的未来环境评估。

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