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題名 | 電鍍槽鉻酸霧滴暴露控制技術探討=Evaluation of Control Methods for Chromium Mist Exposure in Chromium Electroplating Tanks |
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作者 | 陳春萬; 葉文裕; 陳友剛; Chen, Chun-wan; Yeh, Wen-yu; Chen, Yu-kang; |
期刊 | 勞工安全衛生研究季刊 |
出版日期 | 19971200 |
卷期 | 5:4 1997.12[民86.12] |
頁次 | 頁111-119 |
分類號 | 412.78 |
語文 | chi |
關鍵詞 | 鉻酸霧滴; 電鍍; 霧滴抑制劑; 局部排氣; Chromium mist; Electroplating; Mist suppressant; Local exhaust ventilation; |
中文摘要 | 本研究主要在探討鉻電鍍工廠鉻酸霧滴的控制問題。透迥問卷調查、現場評估及 作業環境測定瞭解各工廠現況、工程控制方法以及各鉻酸霧滴濃度。研究以臺灣地區電鍍工 業同業公會會員進行問卷調查,並以定點區域採樣及 UV 分析樣品,測定鉻電鍍槽邊鉻酸霧 滴濃度, 研究總共測定硬鉻及飾鉻各 12 家共 24 家工廠 93 點, 其中硬鉻 52 點、飾鉻 41 點。 研究結果顯示鍍鉻工廠若無適當防制措施,會產生大量鉻酸霧滴,可能會造成勞工 呼吸道危害。 經分類比較後顯示飾鉻工廠作業環境中鉻酸霧滴濃度都在 100 μ g/mg �纂A 且各工廠的安全衛生環境差別極大,電鍍工廠的環境應該可以甄相模仿學習改善。調查中顯 示鍍槽最主要的工程改善為局部排氣,而硬鉻工廠搭配加蓋控制比搭配霧滴抑制控制效果好 ,另外飾鉻工廠則有七成搭配霧滴抑制劑進行控制,且其中六成認為效果良好。霧滴抑制劑 的使用會減少霧滴的產生,減少局部排氣的負荷,在鍍鉻工廠使用非常普遍,但是霧滴抑制 劑的使用, 一定要配合適當的局部排氣及良好的管理,不然如本研究中 6 家使用霧滴抑制 劑中 2 家硬鉻工廠,仍達不到控制效果。 |
英文摘要 | This study evaluated chromium mist control methods in electroplating factories. Several tasks were performed to survey the current chromium industry status in Taiwan. these included literature review, questionnaire survey, plant visit and hazardous substance measurement at work places. In addition, various engineering control methods were evaluated and chromic acid mist concentrations at different plants were measured. The results revealed that at factories without proper ventilation systems, vast quantity of chromic acid mist is emitted, which causes serious health effects on the respiratory system of exposed employees. On the other hand, factories with proper hazard control, especially for those in decorative chromic electroplating plants, normally have good working environment. Utilizing local exhaust ventilation was also found to reduce chromic acid mist emission. Application of local exhaust ventilation combined with a covered electroplating tank and/or mist suppressant is recommended for hard chrome electroplating plants. Mist suppressant alone cannot provide sufficient protection for workers. It must be applied in conjunction with local exhaust ventilation. |
本系統之摘要資訊系依該期刊論文摘要之資訊為主。