全球暖化與極端氣候的接連發生驅使了各國對環保議題的重視。同時環保標準與法規陸續制定，如ISO14000系列標準、特定有害物質指令(RoHS)等，更促進了台灣政府對綠色設計的重視。因此在台灣已有為數不少的廠商致力於以減碳與降低環境衝擊為考量的技術研發。
本研究針對工研院研發的大氣電漿技術應用於觸控面板進行環境衝擊的評估，從生命週期碳足跡與毒性潛能指標兩個方面著手。在碳足跡方面，系統架構的方式根據ISO14040系列為基礎，輔以PAS2050的盤查方式，計量方法則為IPCC100a溫室氣體衝擊方法；在毒性潛能評估方面，使用適用中文MSDS之TPI指標計算方法與符合GHS規範的MSDS之HPI指標計算方法。首先對評估的結果分析此技術能夠進行改良的方向，同時進行ITO觸控面板相關製程的環境衝擊評估，藉以對比雙方之間的環境衝擊評估結果，驗證大氣電漿相關技術為一項具有綠色設計潛力的製程。

Due to global warming and extreme weather, countries around the world pay much attention to environmental issues. Moreover, the environmental standards and regulations promotes Taiwan's government place importance on green design, such as ISO14000, RoHS etc. In the result, a large number of manufacturers in Taiwan have attended to develop and research technology considering reducing carbon emissions and environmental impact.
This research analyzes the environmental impact assessments for the atmospheric plasma technology using in the touch panel and developed by ITRI, by the two aspects a life-cycle carbon footprint and toxic potential indicator(TPI). On the aspect of Carbon footprint, we define the scope、inventory and analyze the environmental impact of carbon emissions according to ISO 14040、PAS2050 and IPCC100a;On the aspect of TPI, toxic potential is computed by using the feasible Chinese TPI method and the HPI method which applied the MSDS conforming to GHS. According to the results of the evaluation of this technology, one can give some suggestions for the direction of the improvement. On the other hand, analysis the environmental impact of the etching process related to ITO touch panel in order to compare the environmental impact assessment with the results of atmospheric plasma technology. Finally, calculation results of examples prove that the atmospheric plasma technology is a kind of green manufacture process.

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