探討環境催化原理與應用，主要強調觸媒製造技術、非均相觸媒應用於環境領域、以及大氣均相催化反應中之原理與動力學分析。
The major topics of Principles and Application of Environmental Catalysis focus on providing understandings of preparation and characterization of environmental catalysts, catalytic kinetics, and environmental application of heterogeneous catalysts on air and aqueous system, and homogeneous catalytic phenomena in atmosphere.
緒論-催化與環境 Introduction to Environmental Catalysis
2. 環境催化基礎與研究方法 Research Methodology of Environmental Catalysis
3. 環境觸媒製備 Development of Environmental Catalysts
4. 觸媒表面分析技術 Instrumentational Analysis of Catalysts
5. 催化反應動力(一）Catalytic Kinetics (I)
6. 催化反應動力(二）Catalytic Kinetics (II)
7. 移動污染源催化控制技術(一）Environmental Application: Control of Emissions from Mobile sources (I)
8. 移動污染源催化控制技術(二）Environmental Application: Control of Emissions from Mobile sources (II)
9. 期中考 Midterm
10. 固定污染源催化控制技術（一）Environmental Application: Control of Emissions from Stationary Sources (I)
11. 固定污染源催化控制技術（二）Environmental Application: Control of Emissions from Stationary Sources (II)
12. VOC催化燃燒技術 VOC Catalytic Combustion Technology
13. 室內空氣催化淨化技術Environmental Application: Indoor Air Quality Control
14. 水處理之多相催化技術(一）Multiphase Catalytic Treatments for Aqueous Pollutants (I)
15. 水處理之多相催化技術(二）Multiphase Catalytic Treatments for Aqueous Pollutants (II)
16. 溫室氣體與臭氧消耗物質催化化學 Greenhouse Gases Removal
17. 大氣環境催化過程 Introduction to Atmospheric Homogeneous Catalytic Process
18. 期末考與期末報告繳交 Final and Term Paper Due