晶体硅光伏制造中氟化废水治理方法及清洁生产

Zhang Jia, Lv Fang, L. Hailing, W. Wenjing, Liu Xiuqiong, Ma Liyun
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引用次数: 0

摘要

氟化物排放对人类和环境的危害有严格的监管规定。光伏制造业在高纯多晶硅、硅片和光伏电池组件3个制造环节使用HF,会产生氟化物废弃物。本文主要研究了结晶光伏生产中废水氟化物排放与清洁生产的关系。分析了结晶光伏生产中废水中氟化物的产生过程和治理方法,以及3个生产环节的清洁生产。光伏发电产生的氟化物(F-)需要有减排系统去除,经过处理后不会造成水环境问题。在高纯多晶硅和硅片制造中,氟化物的排放量取决于制造技术水平和硅原料的质量。清洁生产对于光伏制造业的发展至关重要,可以使光伏产业实现双绿色。该研究可为中国光伏制造业环境影响评价与管理奠定基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fluorinated wastewater abatement method and clean production in crystalline silicon photovoltaic manufacturing
Fluoride emissions have strict rules to supervise for its poison to the human and environment. HF is used by the photovoltaic manufacturing industry in 3 manufacturing sections including high-purity polysilicon, silicon wafer and PV cell & module, which will generate fluoride waste. This paper focused on the fluoride emission in the waste water and the clean production of crystalline PV manufacturing. The fluoride generation processes and abatement method in the waste water, as well as the clean production of 3 manufacturing sections in crystalline PV manufacturing were analyzed. Abatement system is needed to remove the fluoride (F-) generated by PV production and after treatment, the fluoride won't cause the water environmental problems. In high-purity polysilicon and wafer manufacturing, the fluoride emission amount depended on the manufacturing technique level and raw silicon material quality. Clean production is very important for the PV manufacturing development, which can make the PV industry double green. The research can lay the foundation for the environmental impact assessment and management of photovoltaic manufacturing industry in China.
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