半導體業產值隨產量的增加，抗靜電袋使用量也日以遽增，且抗靜電袋為一次性

半導體業產值隨產量的增加，抗靜電袋使用量也日以遽增，且抗靜電袋為一次性使用，因此廢棄量不容忽視。為解決此問題，本研究以國內某科技廠之廢抗靜電袋進行再利用可行性分析，期能找出再利用最佳操作條件，以供工業廢水處理用硫酸鋁混凝劑產製方案之參考。

Results (English) 1:

Production value of the semiconductor industry with the increase of yield, anti-static bags also began to grow, and anti-static bags for disposable use, waste should not be overlooked. To resolve this issue, this study one technology of antistatic waste bags for reuse feasibility analysis, can find and use the best operating conditions for industrial wastewater treatment with coagulant sulfate manufacturing projects as reference.

Results (English) 2:

Increase output with the output of the semiconductor industry, anti-static bag usage also date to the surge in anti-static bags for single use and, therefore the amount of waste can not be ignored. To solve this problem, this study of a domestic anti-static bag technology plant of waste for reuse feasibility analysis, can find recycling of optimum operating conditions for industrial wastewater treatment system with aluminum sulfate coagulant production program of reference.

Results (English) 3:

Semiconductor industry output value with increasing yield, antistatic bag usage is to abrupt increase and antistatic bag for a one-time use. Therefore, the amount of waste can not be ignored. In order to solve this problem, this study in a factory of science and technology in the domestic waste antistatic bag for reuse feasibility analysis, in order to find out the optimal operating conditions for industrial wastewater treatment with aluminium sulphate mixed agent production scheme.