首页--环境科学、安全科学论文--废物处理与综合利用论文--轻工业废物处理与综合利用论文--其他论文

餐厨垃圾厌氧消化的生物制氢研究

摘要第8-10页
ABSTRACT第10-12页
ABBREVIATIONS第13-14页
Chapter 1 Introduction第14-50页
    1.1 Background第14-15页
    1.2 Significance of Study第15-18页
    1.3 Review of Literature第18-37页
        1.3.1 Sources of Food waste第18-19页
        1.3.2 Generation of food waste第19-21页
        1.3.3 Current food waste treatments第21-23页
            1.3.3.1 Food waste as an animal feeding第21页
            1.3.3.2 Feedstock for anaerobic digestion第21-22页
            1.3.3.3 Composting of food waste第22页
            1.3.3.4 Incineration of food waste第22-23页
            1.3.3.5 Landfill of food waste第23页
        1.3.4 Current technologies for energy generation from food waste第23-25页
            1.3.4.1 Thermal and thermochemical technologies for energy generation第23-24页
            1.3.4.2 Biological technology for energy recovery from food waste第24-25页
        1.3.5 Characteristic of food waste for bio-hydrogen production第25页
        1.3.6 Biological hydrogen production techniques第25-27页
        1.3.7 Bio-hydrogen production by fermentation第27-32页
            1.3.7.1 Bio-hydrogen production by Clostridium第27-30页
            1.3.7.2 Hydrogen consuming microorganisms第30-32页
        1.3.8 Factor affecting bio-hydrogen production by anaerobic digestion第32-35页
            1.3.8.1 Pre-treatment of feedstock第32-33页
            1.3.8.2 Effect of temperature on bio-hydrogen production第33页
            1.3.8.3 Role of pH during anaerobic digestion第33-35页
            1.3.8.4 Volatile fatty acids production during anaerobic digestion第35页
        1.3.9 Bio-hydrogen production from food waste through anaerobic digestion第35-37页
    1.4 Objectives of the Study第37页
    1.5 Layout of the dissertation第37-39页
    References第39-50页
Chapter 2 Material and Methods第50-68页
    2.1 Experimental set up anaerobic fermentation第51-53页
        2.1.1 Digesters used for anaerobic digestion第51页
        2.1.2 Water bath for constant temperature第51页
        2.1.3 Vacuum pump for removing air第51-52页
        2.1.4 Hydrogen volume measurement第52页
        2.1.5 pH Management第52-53页
    2.2 Experimental design第53-54页
    2.3 Collection of feedstock第54-56页
        2.3.1 Seed sludge collection and treatment第55页
        2.3.2 Food waste第55-56页
    2.4 Analytical and assay methods第56-62页
        2.4.1 TS/VS analysis第56-57页
        2.4.2 COD determination of feedstock第57-59页
        2.4.3 Alkalinity and VFA determination第59-60页
        2.4.4 Glucose determination第60-62页
    2.5 Kinetic parameters第62-63页
    2.6 Response surface methodology (RSM)第63-65页
    References第65-68页
Chapter 3 Impact of pH on Bio-Hydrogen Production from Food Waste第68-90页
    3.1 Introduction第68-70页
    3.2 Results and discussion第70-83页
        3.2.1 Bio-hydrogen production第70-73页
        3.2.2 Bio-hydrogen yield第73-76页
        3.2.3 Variation in pH第76-78页
        3.2.4 Glucose Consumption第78-80页
        3.2.5 VFA production第80-83页
    3.3 Conclusion第83-84页
    References第84-90页
Chapter 4 Bio-Hydrogen Production from Food Waste under no pH ControlConditions第90-112页
    4.1 Introduction第90-92页
    4.2 Results and Discussion第92-106页
        4.2.1 Effect of temperature and time on Bio-hydrogen Production and pH第92-98页
        4.2.2 Effect of temperature on Bio-hydrogen Yield第98-103页
        4.2.3 Effect of temperature on VFA production第103-106页
    4.3 Conclusion第106-107页
    References第107-112页
Chapter 5 Impact of pH Management Interval on Bio-Hydrogen Productionfrom Food Waste第112-136页
    5.1 Introduction第112-114页
    5.2 Results and Discussion第114-128页
        5.2.1 Bio-hydrogen production第114-116页
        5.2.2 Drop in pH第116-118页
        5.2.3 Bio-hydrogen yield第118-122页
        5.2.4 Glucose Consumption第122-125页
        5.2.5 VFA Production第125-128页
    5.3 Conclusion第128-130页
    References第130-136页
Chapter 6 Impact of Heating Interval on Bio-Hydrogen Production from FoodWaste第136-154页
    6.1 Introduction第136-137页
    6.2 Results and Discussion第137-148页
        6.2.1 Bio-hydrogen production第137-142页
        6.2.2 Kinetic parameters第142页
        6.2.3 Bio-hydrogen yield第142-144页
        6.2.4 Glucose Consumption第144-145页
        6.2.5 Drop in pH第145-147页
        6.2.6 VFA Production第147-148页
    6.3 Conclusions第148-149页
    References第149-154页
Chapter 7 Conclusion and Recommendation第154-158页
    7.1 Conclusions第154-155页
    7.2 Novelty aspects第155-156页
    7.3 Recommendations第156-158页
PHOTOGRAPHS第158-160页
RESEARCH PAPERS第160-162页
ACKNOWLEDGEMENTS第162页

论文共162页,点击 下载论文
上一篇:我国浙江省人与啮齿动物中小RNA病毒的遗传多样性及其进化
下一篇:藏羚羊链球菌新种的发现及我国动物源性产志贺毒素大肠埃希菌的分析