Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Fall Semester
Year 2020 278438 Biofuel cells 1 3.0 3 ★ SHENG-MING CHEN GBBE
GCEB
IDEOM 17 0 ◎

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Fall Semester Year 2020	278438	Biofuel cells	1	3.0	3	★	SHENG-MING CHEN	GBBE GCEB IDEOM	17	0	◎

Course Plan：

Instructor SHENG-MING CHEN

Email smchen@ntut.edu.tw

Last Updated 2020-06-04 13:18:21

Course Objective 本課程介紹如何將電化學技術應用於生物燃料電池上。生物燃料電池的觸媒主要是由酵素或是微生物甚至是生物細胞所組成，反應過程區分為電子直接轉移(mediatorless)與間接轉移(mediator)，並介紹此各種生物燃料電池的原理及應用，個別討論電池之反應過程、電池電極材料、電化學修飾電極及各種不同電池電解質溶液等個別元件。 The aim and purpose of this course is to introduce and expand the electrochemistry to develop the biofuel cells. Generally the catalysts of biofuel cell are composed by enzymes, microbial, creature cells and the bio-reduction process. In the biofuel cells the reaction process can be distinguished into mediator less and mediator transfer process. In this course, we will introduce the principle, reaction process and the application of biofuel cells. Especially, a detailed study about the utilization of film modified electrodes and different electrolyte solutions for the development of biofuel cells.

Course Schedule Firsr week: Introduction of fuel cells and biofuel cells. Second week: Applications of biofuel cells. Third week: Enzyme-based biofuel cells. Fourth week: Enzyme-based biofuel cells. Fifth week: Microbial-based biofuel cells & Photomicrobial fuel cells. Sixth week: Enzyme electrodes, Enzyme Electrochemistry, Direct Electrochemistry Seventh week: Chemically modified Electrodes and biofuel cells applications. Eighth week: Electrocatalysis of Enzyme modified electrodes. Ninth week: Midterm exam. Tenth week: Voltammetry and biofuel cells. Eleventh week: Scanning probe microscopy & Electrochemistry,SEM,STM & Electrochemistry. Twelfth week: Mediated Electron Transfer (MET) and biofuel cells. Thirteenth week: Direct Electron Transfer (DET) and biofuel cells. Fourteenth week: AC voltammetry, AC impedance, EIS and biofuel cells. Fifteenth week: Polarizable behavior and biofuel cells. Sixteenth week: Electroanalytical methods and biofuel cells. Seventeenth week:Future of biofuel cells. Eighteenth week: Final exam.

Evaluation and grading policy Group discussions: --------------------15% Exams (including final):-------------- 15% Class Presentations: -------------------15% Written Reports:------------------------ 25% Experimental results:-------------------20% In Class Participation:----------------- 10%

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:Yes
期刊

The access to curricular consultation

Expanding teaching and resources

The course corresponds to the SDGs

Does the course incorporate AI

Note
　

Instructor	SHENG-MING CHEN
Email	smchen@ntut.edu.tw
Last Updated	2020-06-04 13:18:21
Course Objective	本課程介紹如何將電化學技術應用於生物燃料電池上。生物燃料電池的觸媒主要是由酵素或是微生物甚至是生物細胞所組成，反應過程區分為電子直接轉移(mediatorless)與間接轉移(mediator)，並介紹此各種生物燃料電池的原理及應用，個別討論電池之反應過程、電池電極材料、電化學修飾電極及各種不同電池電解質溶液等個別元件。 The aim and purpose of this course is to introduce and expand the electrochemistry to develop the biofuel cells. Generally the catalysts of biofuel cell are composed by enzymes, microbial, creature cells and the bio-reduction process. In the biofuel cells the reaction process can be distinguished into mediator less and mediator transfer process. In this course, we will introduce the principle, reaction process and the application of biofuel cells. Especially, a detailed study about the utilization of film modified electrodes and different electrolyte solutions for the development of biofuel cells.
Course Schedule	Firsr week: Introduction of fuel cells and biofuel cells. Second week: Applications of biofuel cells. Third week: Enzyme-based biofuel cells. Fourth week: Enzyme-based biofuel cells. Fifth week: Microbial-based biofuel cells & Photomicrobial fuel cells. Sixth week: Enzyme electrodes, Enzyme Electrochemistry, Direct Electrochemistry Seventh week: Chemically modified Electrodes and biofuel cells applications. Eighth week: Electrocatalysis of Enzyme modified electrodes. Ninth week: Midterm exam. Tenth week: Voltammetry and biofuel cells. Eleventh week: Scanning probe microscopy & Electrochemistry,SEM,STM & Electrochemistry. Twelfth week: Mediated Electron Transfer (MET) and biofuel cells. Thirteenth week: Direct Electron Transfer (DET) and biofuel cells. Fourteenth week: AC voltammetry, AC impedance, EIS and biofuel cells. Fifteenth week: Polarizable behavior and biofuel cells. Sixteenth week: Electroanalytical methods and biofuel cells. Seventeenth week:Future of biofuel cells. Eighteenth week: Final exam.
Evaluation and grading policy	Group discussions: --------------------15% Exams (including final):-------------- 15% Class Presentations: -------------------15% Written Reports:------------------------ 25% Experimental results:-------------------20% In Class Participation:----------------- 10%
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:Yes 期刊
The access to curricular consultation
Expanding teaching and resources
The course corresponds to the SDGs
Does the course incorporate AI
Note