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超重力强化技术在基于臭氧氧化工艺处理邻苯二胺废水中的应用

摘要第6-8页
Abstract第8-9页
Nomenclature第13-15页
Chapter 1 Literature Review第15-43页
    1.1 Introduction第15-19页
    1.2 Overview of Process Intensification Technology第19-22页
        1.2.1 Principles and Categories of PI第20-22页
    1.3 Overview of Higee Technology第22-31页
        1.3.1 Characteristics and Principle of Higee devices第23-27页
        1.3.2 Gas-Liquid mass transfer in RPB第27-28页
        1.3.3 Fluid Flow in RPB第28页
        1.3.4 Limitations of RPB第28-29页
        1.3.5 Structure and Principle of RSR第29-31页
    1.4 Advanced Oxidation Processes (AOPs)第31-36页
        1.4.1 Chemical Oxidation by Ozone第32-35页
        1.4.2 Trend of Ozone-Based Oxidation processes第35-36页
    1.5 Structure and Properties of o-phenylenediamine (o-PDA)第36-38页
        1.5.1 Sources and Significance of o-PDA第37-38页
        1.5.2 Trend and Status of Treatment of o-PDA第38页
    1.6 Research Objectives第38-43页
        1.6.1 Main Objective第40页
        1.6.2 Specific Objectives第40-43页
Chapter 2 Treatment of Wastewater Containing o-PDA by Ozone in an RSR第43-59页
    2.1 Introduction第43-45页
    2.2 Experimental Section第45-49页
        2.2.1 Apparatuses and Reagents第45-46页
        2.2.2 Experimental Procedure第46-49页
    2.3 Oxidation Mechanism of o-PDA by Ozone第49-50页
    2.4 Analytical Methods第50页
    2.5 Results and Discussion第50-56页
        2.5.1 Effect of Initial pH第51-52页
        2.5.2 Effect of Rotation Speed第52-53页
        2.5.3 Effect of Liquid Volumetric Flow Rate第53-54页
        2.5.4 Effect of Temperature第54-55页
        2.5.5 Effect of Inlet Ozone Concentration第55-56页
    2.6 Comparison Experiment第56-57页
    2.7 Summary第57-59页
Chapter 3 Ozonation of o-PDA in the Presence of Hydrogen Peroxide in anRSR第59-81页
    3.1 Introduction第59-60页
    3.2 Ozonation Mechanism of o-PDA by O_3/H2O_2第60-62页
    3.3 Experimental Section第62-64页
        3.3.1 Materials and Procedure第62-64页
    3.4 Analytical Methods第64-65页
    3.5 Determination of Gas Phase Overall Volumetric Mass Transfer Coefficient第65-67页
    3.6 Results and Discussion第67-73页
        3.6.1 Effect of H_2O_2 Concentration第67-68页
        3.6.2 Effect of Initial o-PDA Concentration第68-69页
        3.6.3 Effect of Initial pH第69-70页
        3.6.4 Effect of Rotation Speed第70-72页
        3.6.5 Effect of Reaction Temperature第72-73页
    3.7 Comparison Experiment第73-74页
    3.8 Degradation Products第74-79页
    3.9 Summary第79-81页
Chapter 4 Catalytic Ozonation of o-PDA with Persulfate ions activated byFerrous ions in an RSR第81-97页
    4.1 Introduction第81-82页
    4.2 Ozonation Mechanism in the Presence of Fe~(2+)第82-83页
    4.3 Activation Mechanism of PS ion by Fe~(2+)第83-84页
    4.4 Experimental Section第84-86页
        4.4.1 Materials and Procedure第84-86页
    4.5 Analytical Methods第86-87页
    4.6 Results and Discussion第87-92页
        4.6.1 Effect of Fe~(2+) Concentration第87-88页
        4.6.2 Effect of Initial pH第88-89页
        4.6.3 Effect of PS Concentration第89-90页
        4.6.4 Effect of Rotation Speed of RSR第90-91页
        4.6.5 Effect of Temperature第91-92页
    4.7 Comparison Experiment第92-93页
    4.8 Intermediate Products of Degradation第93-96页
    4.9 Summary第96-97页
Chapter 5 Conclusions and Suggestions第97-101页
    5.1 Conclusions第97-98页
    5.2 Suggestions第98-101页
References第101-115页
Acknowledgement第115-117页
Research Publications第117-119页
Introduction of Author and Supervisor第119-121页
附件第121-122页

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