環境淨化器系統效能驗證與實場應用研究

10.29911/JEHVACE_NEW.202307_(140).0002

胡旻妊；陳睿麒；許根誠；曾堯宣

環境淨化器系統 ； 揮發性有機汙染物 ； 表面淨化 ； environmental purifier system ； volatile organic compounds ； surface purification

冷凍空調&能源科技

140期（2023 / 07 / 10）

34 - 43

繁體中文;英文

隨著環保意識提升，人們對環境生活品質也隨之增加，揮發性有機污染物會從各種不同的地方釋放出來，例如：家具、玩具和油煙等，這些都會造成人體的傷害，因此，目前發展高效空氣污染物處理系統是改善環境品質的重要課題。本研究應用光催化氧化法建立環境淨化器系統，用來去除空氣中揮發性有機氣體污染物以及表面污染物，其中以光照度計、色差儀驗證表面汙染物脫色效果，以氣相層析儀以及光離子化偵測器確認揮發性有機氣體污染物降解效果，結果顯示環境淨化器系統可將吸入系統的污染物降解，而系統產出的氣體也具有去除表面污染物的功效，具有優異實用性。

As environmental awareness increases, people's demand for a better quality of life also increases. Volatile organic pollutants are released from various sources, such as furniture, toys, and cooking fumes, which can harm human health. Therefore, developing efficient air pollution control systems is an important issue for improving environmental quality. In this study, a photocatalytic oxidation method was applied to establish an environmental purifier system for removing volatile organic gas pollutants and surface contaminants. The surface contamination removal effect was verified using a light intensity meter and a colorimeter, while the degradation effect of volatile organic gas pollutants was confirmed using a gas chromatography and a photoionization detector. The results showed that the environmental purifier system could degrade pollutants in the inhaled system, and the gas produced by the system also had the effect of removing surface contaminants, making it highly practical.

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