教學目的與課程說明
<br>建立學生設計生物能源（氫氣，電，生質柴油）產出系統的知識與技術，並進一步獲得在各領域中
<br>所需的分析技術（例如：電性分析，氣體分析，燃料成份分析…等等）以及改進系統設計的能力。
<br>ob<x>jective and course desc<x>ription	
<br>This lecture aims at establishing the student's knowledge to fundamental 
<br>principles in designing 
<br>bioenergy systems, to analytic and practical experiment capabilities for 
<br>bioenergy, including 
<br>biohydrogen, bioelectricity, and biodiesel. By learning this lecture, the 
<br>students are expected to be 
<br>able to conduct independent research in bioenergy, analytical chemistry, and 
<br>system design.  
<br>
<br>先修科目	無
<br>教科書目
<br>Textbook	NA
<br>參考書目
<br>Reference	
<br>1. Sustainable Bioenergy Production - An Integrated Approach, Author(s): Ruppert, 
<br>Hans, Kappas, 
<br>Martin, Ibendorf, Jens (Eds.), Springer. 2013.
<br>2. Biofuels By Ashok Pandey, Christian Larroche, Steven C. Ricke, Claude-Gilles 
<br>Dussap and Edgard 
<br>Gnansounou, Elsevier Inc. 2011. 
<br>
<br>上課方式
<br>Teaching method	
<br>Two hours lecture and one hour discussion per week, power point slides, 
<br>tutorials, group discussions 
<br>成績考核
<br>Evaluation 	
<br>Take home exam 1: 30% ; Take home exam 2 :30 %, Final presentation: 40%
<br>
<br>週次	課程內容
<br>1	Introduction of bioenergy
<br>2	Principles for design and operation of bioenergy production systems
<br>3	Production of biohydrogen: current aspects 
<br>4	Biohydrogen production from bio-oil and industry effluents
<br>5	Biohydrogen production from thermophilic reaction
<br>6	Analytical assays for biohydrogen production
<br>7	Production of biohydrogen: on future aspects
<br>8	Take home exam: how to improve biohydrogen production
<br>9	Production of bioelectricity: principles
<br>10	Microbial fuel cell system design and current aspects
<br>11	Electrochemical analysis for microbial fuel cell systems
<br>12	Future aspects of bioelectricity production
<br>13	Take home exam: how to improve bioelectricity production
<br>14	Principles of producing biodiesel 
<br>15	Production of biodiesel from vegetable oil or waste oil
<br>16	Production of biodiesel from microalgae
<br>17	Economic and future aspects of bioenergy
<br>18	Final presentations (opportunities of bioenergy)
<br>
<br>
<br>