首页> 外文会议>IEEE World Conference on Photovoltaic Energy Conversion >Implementation of a CirculAr economy Based on Recycled, reused and recovered Indium, Silicon and Silver materials for photovoltaic and other applications - Latest News from CABRISS (EU Collaborative Project)
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Implementation of a CirculAr economy Based on Recycled, reused and recovered Indium, Silicon and Silver materials for photovoltaic and other applications - Latest News from CABRISS (EU Collaborative Project)

机译:基于再生,重复使用和回收的铟,硅和银材料的光伏等应用的循环经济的实施 - 来自Cabriss(欧盟协作项目)的最新消息

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The CABRISS [1] approach of a circular economy for PV targets several pathways for the recovery and reuse of valuable materials that are rare or have a high embedded energy value. To achieve a true high-value recycling, it is crucial that the primary treatment of PV wastes is based on recovery processes that are economic on an industrial scale, while at the same time ensuring the highest possible quality of reusable materials. In this context, the one material which having the highest mass percentage is often neglected in terms of high-value preservation: glass. With a novel, industrialised approach, the CABRISS partner LOSER Chemie GmbH is currently revolutionising the way PV wastes are recycled.
机译:PV循环经济的CABRISS [1]接近PV的几种途径,用于恢复和重用稀有或具有高嵌入能量值的有价值材料。为了实现真正的高价值回收,对PV废物的主要处理至关重要,基于工业规模经济的恢复过程,同时确保可重复使用材料的最高质量。在这种情况下,在高价值保存方面通常忽略具有最高质量百分比的一种材料:玻璃。随着新颖的,工业化的方法,Cabriss Partner Loser Chemie GmbH目前正在彻底改变光伏废物回收的方式。

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