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生物生态技术在治理农村水体污染中的应用研究

Abstract第9-12页
摘要第13-16页
Chapter I Introduction第16-31页
    1.1. Research Motivation and background第16-18页
    1.2. Literature review第18-19页
    1.3. Overview of water and sanitation in China第19-21页
    1.4. Rural china;an overview第21-22页
    1.5. Decentralize approach第22-23页
    1.6. Constructed wetlands第23-27页
        1.6.1 Types of constructed wetlands第23-24页
        1.6.2 Pollutant removal mechanisms in constructed wetlands第24-26页
        1.6.3 Applications of constructed wetlands第26-27页
    REFERENCES第27-31页
Chapter II Objectives第31-33页
    2.1. Problem Definition第31页
    2.2. Objectives第31-33页
        2.2.1. Lab-scale unit第32页
        2.2.2. Pilot scale unit第32-33页
Chapter III Material and Methods第33-41页
    3.1. Experimental site and system configuration第33页
    3.2. Lab-Scale Unit第33-36页
        3.2.1. Reactor Setup第33-36页
        3.2.2. A2O-CW working conditions第36页
    3.3. Pilot Scale第36页
    3.4. Analytical methods第36-37页
    3.5. Equipment and instruments第37-38页
    3.6. Data Analysis第38-39页
    REFERENCES第39-40页
    Lab-ScaleA20-CW第40-41页
Chapter IV Performance Evaluation of ABR第41-53页
    4.1. Introduction第41-42页
    4.2. Material and methods第42-44页
        4.2.1. Reactor setup第42页
        4.2.2. Sewage Characteristics第42-43页
        4.2.3. Experimental procedure第43页
        4.2.4. Start-Up Conditions第43-44页
    4.3. Results and discussion第44-49页
        4.3.1 COD removal第44-47页
        4.3.2. Biogas Production第47页
        4.3.3. Volatile fatty acids (VFA)第47-49页
    4.4. Conclusions第49-50页
    REFERENCES第50-53页
Chapter V Identification and Optimization Key Parameters for AnoxicDenitrification and Deodorization第53-68页
    5.1. Introduction第53-54页
    5.2. Material and Methods第54页
    5.3. Result and Discussion第54-64页
        5.3.1 Reflex Ratio impact on COD, NH~(4+)-N and TN removal第54-56页
        5.3.2. Deoderization第56-58页
        5.3.3. Effect of nitrogen load and DO on sulfide and TON removal第58-60页
        5.3.4. Effect of different N/S ratios第60-61页
        5.3.5. Effect of different C/N ratios第61-62页
        5.3.6. Effect of HRT第62-64页
    5.4. Conclusion第64-65页
    REFERENCES第65-68页
Chapter VI Overall Performance of A20-CW第68-83页
    6.1. Introduction第68-69页
    6.2. Materials and Methods第69-71页
        6.2.1. A2O-CW system第69页
        6.2.2. Sewage Characteristics第69-70页
        6.2.3. Analytical Methods第70页
        6.2.4. Bacterial profiling and microbiological analysis第70-71页
        6.2.5. Data analysis第71页
    6.3. Results and Discussion第71-77页
        6.3.1 Overall Reactor Performance第71-74页
        6.3.2. MPN Index of wastewater第74-75页
        6.3.3. Bacterial profiling第75-77页
    6.4. Conclusion第77页
    REFERENCES第77-82页
    Pilot-Scale Hybrid Constructed Wetland System第82-83页
Chapter VII Kinetics of nutrients uptake by economical vegetables speciesgrown in constructed wetland第83-96页
    7.1. Introduction第83-84页
    7.2. Material and methods第84-87页
        7.2.1. Plant materials第84-85页
        7.2.2. Uptake kinetics第85页
        7.2.3. Analytical method第85-86页
        7.2.4. Calculations and statistical analyses第86-87页
    7.3. Results第87-90页
        7.3.1 Kinetics of PO_4-P uptake第87-88页
        7.3.2. Kinetics of NO_3-N uptake第88-90页
        7.3.3. NH_4-N kinetics第90页
    7.4. Discussion第90-91页
    7.5. Conclusion第91页
    REFERECES第91-96页
Chapter VIII Ratio of nitrate to ammonium N effect on nitrogen removal第96-107页
    8.1. Introduction第96-97页
    8.2. Materials and Methods第97-98页
        8.2.1. Plant material and constructed wetland第97页
        8.2.2. Experimental conditions第97-98页
        8.2.3. Analytical Methods第98页
        8.2.4. Statistical method第98页
    8.3. Results第98-101页
        8.3.1. NH_4-N removal under different NO_3-N to NH4-N ratio第98-100页
        8.3.2. NO_3-N removal under different NO_3-N to NH4-N ratio第100页
        8.3.3. Total nitrogen removal under different NO_3-N to NH4-N ratio第100-101页
    8.4. Discussion第101-103页
    8.5. Conclusions第103页
    REFERENCES第103-107页
Chapter IX Nutrients Retention Capacity in hybrid system: Spatial-seasonal variation and effect of vegetation第107-123页
    9.1. Introduction第107-109页
    9.2. Material and methods第109-112页
        9.2.1. Experimental site and system configuration第109页
        9.2.2. Plants material第109-110页
        9.2.3. Test management第110-111页
        9.2.4. Analytical methods第111页
        9.2.5. Data analysis第111-112页
    9.3. Results第112-116页
        9.3.1. Nutrients removal along the CW beds第112-113页
        9.3.2. Effect of water depth on removal of nutrients第113页
        9.3.3. Seasonal variation第113-116页
    9.4. Discussion第116-118页
    9.5. Conclusion第118页
    REFERECES第118-123页
Chapter X General Conclusions and Future Perspectives第123-126页
    10.1. Conclusions第123-125页
        10.1.1 A2O-CW system第123-124页
        10.1.2. Hybrid Constructed Wetland system第124-125页
    10.2. Future perspectives第125-126页
List of Publications第126-127页
Acknowledgement第127页

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