利用生物法去除污染物質(即所謂生物處理或生物復育技術)為環保研究領域重要工作。近年亦興起以微生物應用於ESG減碳之領域。本課程以有機污染物的生物處理為探討，介紹特定之環工生物技術，尤其著重於介紹厭氧生物處理及真菌、藻類等微生物在環境汙染物處理及ESG減碳應用之角色，同時介紹分子生物學在環境工程上之應用。
Using biological methods to remove pollutants (i.e., the so-called biological treatment or biological reproduction technology) is an important task in the field of environmental protection research. In recent years, it has also begun to use microorganisms to reduce carbon by ESG. This course explores the biological treatment of organic pollutants, and introduces specific environmental biotechnology, especially focusing on introducing the role of oxygen biologic treatment and fungi, algae and other microorganisms in environmental pollutant treatment and ESG carbon reduction applications, and also introduces the application of molecular biology in environmental engineering.
本課程以有機污染物的生物處理為探討，介紹特定之環工生物技術，尤其著重於介紹厭棄生物處理，嗜熱性微生物學，及嗜熱性微生物在環境汙染物處理及工業界應用之角色。同時介紹分子生物學在環境工程上之應用。
This course explores the biological treatment of organic pollutants and introduces specific environmental biotechnology, especially focusing on introducing the role of abandoned biological treatment, thermal microbiology, and the application of thermal microorganisms in the environmental pollution treatment and industrial community. At the same time, the application of molecular biology in environmental engineering is introduced.
1. 研讀文獻報告
2. Environmental Biotechnology: principles and applications, 1st. Ed.. B.E. Rittmann and P. L. McCarty. McGral-Hill Publication.
1. Study and study report
2. Environmental Biotechnology: principles and applications, 1st. Ed.. B.E. Rittmann and P. L. McCarty. McGral-Hill Publication.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 期中報告 期中報告 Midterm Report |
45 | |
| 期末報告期末報告 Final report |
45 | |
| 其它(出席/學習態度)其它(出席/學習態度) Others (attendance/learning attitude) |
10 |
