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微生物电解与厌氧发酵耦合产氢产甲烷特性研究

ABSTRACT第6-9页
摘要第10-15页
Chapter 1: INTRODUCTION第15-29页
    1.1. Traditional energy and renewable energy第15-18页
        1.1.1. Traditional energy第15-17页
        1.1.2. Renewable energy第17-18页
    1.2. Biogas第18-21页
        1.2.1. The fermentation process第18-20页
        1.2.2. The factors affecting the fermentation process第20-21页
    1.3. Dark fermentation第21-22页
        1.3.1. Dark fermentation process and the factors effect第21-22页
        1.3.2. The gas production第22页
    1.4. Microbial electrolysis cells (MECs)第22-25页
        1.4.1. MEC and MFC constructions第23-24页
        1.4.2. MEC and MFC process第24-25页
    1.5. Solar energy第25页
    1.6. Some software used in the study第25-26页
        1.6.1. Auto CAD第25页
        1.6.2. Energy Pluse第25-26页
        1.6.3. Sketch Up第26页
        1.6.4. Open Studio Plug-in第26页
    1.7. Problem statement第26-27页
    1.8. Preface of study第27-28页
    1.9. Innovation第28-29页
Chapter 2: Hydrogen Production Using Dark Fermentation and Microbial Electrolysis Cell第29-42页
    2.1. Introduction第29-30页
    2.2. Material and methods第30-33页
        2.2.1. Experiment setup第30-32页
        2.2.2. Substrate第32页
        2.2.3. Electric connection第32页
        2.2.4. Calculations第32-33页
        2.2.5. Gas quantity and analysis第33页
    2.3. Results and discussion第33-41页
        2.3.1. The current production with different designs第33-34页
        2.3.2. Comparison between using MEC (Reactor A) and DF第34-35页
        2.3.3. Compare between Reactor B and DF第35-37页
        2.3.4. Using MEC after dark fermentation for Design A (Reactor C)第37-38页
        2.3.5. Using MEC after dark fermentation for Design B (Reactor D)第38-39页
        2.3.6. Gas production第39-40页
        2.3.7. Comparison with previous studies第40-41页
    2.4. Conclusion第41-42页
Chapter 3: Some Treatment Effect on Dark Fermentation and MEC第42-50页
    3.1. Introduction第42-43页
    3.2. Material and methods第43-47页
        3.2.1. Reactor construction and setup第43-44页
        3.2.2. Substrate composition and Inoculation第44页
        3.2.3. Experiment design and operation第44-46页
        3.2.4. The MEC and measurements第46-47页
    3.3. Result and discussion第47-48页
    3.4. Conclusion第48-50页
Chapter 4: Hydrogen and Methane Production from Cattle Manure Using BatchFermentation Combine with Microbial Electrolysis Cell第50-58页
    4.1. Introduction第50-51页
    4.2. Material and methods第51-53页
        4.2.1. Substrate and inoculum第51页
        4.2.2. Reactor set up第51页
        4.2.3. Microbial electrolysis cell第51-52页
        4.2.4. MEC anode and cathode第52页
        4.2.5. MEC voltage第52页
        4.2.6. Chemical, gas, and microbiological analyses第52-53页
        4.2.7. Calculations第53页
    4.3. Result and discussion第53-57页
        4.3.1. Current production第53-54页
        4.3.2. COD, TS, and VS removal第54页
        4.3.3. Gas production第54-55页
        4.3.4. Overall performance and efficiency第55-57页
    4.4. Conclusion第57-58页
CHAPTER 5: Increase the digester performance by combining MEC and AD第58-67页
    5.1. Introduction第58页
    5.2. Material and methods:第58-61页
        5.2.1. Substrate and inoculum第59页
        5.2.2. Reactor Set Up第59页
        5.2.3. Microbial Electrolysis Cell第59-60页
        5.2.4. MEC Anode and Cathode第60页
        5.2.5. MEC Voltage第60-61页
        5.2.6. Chemical, Gas, and microbiological analyses第61页
        5.2.7. Calculations第61页
    5.3. Result and Discussion第61-65页
        5.3.1. Current production and energy recover efficiency第61-62页
        5.3.2. COD removal第62-63页
        5.3.3. Gas production第63-65页
    5.4. Conclusion第65-67页
CHAPTER 6: Future Design: Solar Energy, MEC, and Biogas Digester in One Design.第67-82页
    6.1. Introduction第67-69页
    6.2. Preface第69页
    6.3. Using solar energy as a source of electricity for MEC第69-71页
    6.4. Simulation study第71-78页
        6.4.1. Digester energy balance第74-75页
        6.4.2. Simulation results第75-78页
    6.5. Future design第78-80页
    6.6. Conclusion第80-82页
CHAPTER 7: Conclusion and recommendation第82-84页
References第84-93页
List of table第93-94页
List of figures第94-96页
APPENDIX A第96-100页
Acknowledgement第100-101页
Curriculum vitae第101-104页

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