农业废弃物资源化后去除吸附LED工业废水

Ching-Hua Liao, Chun-Min Qiu, Chi-En Hung, Sheng-Chung Chen, Chih-Hung Wu, Shuoheng Shen, Qiang Li, Hai Lin
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摘要

如今,发光二极管(LED)产业的市场价值和范围都在不断扩大,而在此过程中产生的废弃物也在不断增加。在LED工艺中,如蚀刻、洗涤、研磨等也会产生含镓(Ga)离子的废水。这种镓元素在地球上是非常稀有和珍贵的。本研究以柚皮农业废弃物为生物吸附剂,回收镓离子废水中的镓,达到废弃物资源化利用的目的。生物吸附试验表明,在优化条件下,盐酸改性柚皮生物吸附剂的生物吸附效率可达96.80%。
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Removal adsorption of LED industrial wastewater by after resource utilization of agricultural waste
Nowadays the market value and scope of the Light-Emitting Diode (LED) industry are increasing and the amount of waste in the process has also increased. The wastewater containing gallium (Ga) ion is also produced in the LED process, such as etching, washing, and grinding. This gallium element was very rare and valuable on the earth. In this study, the agricultural waste of pomelo peel was used to be the bioadsorbent to recycle the gallium from the gallium ion wastewater to achieve the purpose of the use of waste to recycle. According to the bioadsorption tests, the use of hydrochloric acid modified bioadsorbent of pomelo peel could achieve 96.80 % bioadsorption efficiency under the optimized condition found in this study.
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