作者: Sebastian Thiede , Christoph Herrmann , Christoph Herrmann , Russell Varley , Sami Kara
DOI: 10.1016/J.JCLEPRO.2021.127105
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摘要: Abstract Carbon fibre manufacturing is characterized by a high energy demand due to long processing times and intensive thermal processes. Since flow related information about the carbon production rare, lacks in detail ranges widely, goal of this paper increase transparency flows value chain. To end, extended stream methodology was modified applied on research scale polyacrylonitrile precursor line pilot line. The takes holistic factory understanding when quantifying demands it provides highly-detailed data across process Energy are broken down into carriers, steps peripheral levels system. results lay first valuable step towards comprehensive life cycle inventory manufacturing. Furthermore, starting point for future efficiency With respect share technical building services total demand, emphasizes need an integrated assessment improvement services.