Speaker
​​Jacky Kao (高金磊), ​General Manager, TSMC
​​

Topic
Design of High Performance Exhaust Gas Treatment System 
​高效能廢氣處理系統之設計

​​Abstract
​1. Outline-Traditional vs Innovative exhaust gas treatment technology.
2. Airborne molecular contaminant control technology of MAU-Traditional wet film vs Innovative hydraulic thin film technology.
3. VOC's micro-contamination control technology of cleaning room-Traditional chemical filter vs High concentration ratio Zeolite    
    honeyrotor system.  
4. High boiling point VOCs control technology-Traditional condenser vs Innovative deep filtration filter.   
5. Wet scrubber system control technology-Traditional dump packing vs Innovative structure packing and mist eliminator.
6. VOCs zeolite rotor system-Traditional zeolite rotor+RTO vs high concentration ratio zeolite honeyrotor+CTO. 
7. Halogen-containing VOCs control technology-Traditional activated carbon adsorption tower vs VOCs fluidized bed
    concentrator+Recuperative thermal oxidizer system(including mineralized catalyst-like halogen-containing VOCs)
8. Acid fume collection system-Traditional wet scrubber vs Venturi-like+deep filtration filter.

1. 前言-傳統與創新的廢氣處理技術
2. 外氣空調箱氣態分子污染(AMC)控制-傳統濕膜 vs 創新的水力薄膜
3. 潔淨室內VOCs微污染控制技術-傳統沸石轉輪 vs 高濃縮比的沸石轉塔處理系統 
4. 高沸點VOC處理技術-傳統的冷凝器 vs 創新的深層過濾器
5. 濕式洗滌塔處理技術-傳統的拉西環 vs 創新的結構型填充料&除霧器
6. VOCs沸石轉輪處理系統-傳統沸石轉輪+RTO vs 高濃縮比沸石轉塔+CTO
7. 鹵素族VOCs處理技術-傳統活性碳吸附塔 vs VOCs流動床+恢復式氧化爐(Recuperative Thermal Oxidizer)處理系統
​    (含鹵素族VOCs礦化類觸媒)
8. 酸性煙霧(白煙)處理技術-傳統濕式洗滌塔 vs 類文式管+深層過濾器