Section 4.1 Oxidation ditch process在线视频

Water and Wastewater Treatment Engineering: Biochemical Technology课程列表：

Chapter 0 Introduction

-Section 0.1 Development Status of Wastewater Treatment Process

--Section 0.1 Development Status of Wastewater Treatment Process

--Discussion

-Section 0.2 Typical Processes of Wastewater Biological Treatment

--Section 0.2 Typical Processes of Wastewater Biological Treatment

--Discussion

Chapter 1 Basic principles of wastewater biological treatment

-Section 1.1 Principles of wastewater aerobic biological treatment

--1.1 Principles of wastewater aerobic biological treatment

--Discussion

-Section 1.2 Principles and determination of wastewater biodegradability

--1.2 Principles and determination of wastewater biodegradability

--Discussion

-Section 1.3 Principles of wastewater anaerobic biological treatment

--Section 1.3.1 Principles of wastewater anaerobic biological treatment(1)

--Discussion

--Section 1.3.2 Principles of wastewater anaerobic biological treatment(2)

--Discussion

-Section 1.4 Principles of wastewater biological nitrogen removal

--Section 1.4 Principles of wastewater biological nitrogen removal

--Discussion

-Section 1.5 Principles of wastewater biological phosphorus removal

--Section 1.5 Principles of wastewater biological phosphorus removal

--Discussion

-Chapter 1 Homework

Chapter 2 Activated sludge process

-Section 2.1 Basic concept of activated sludge process

--Section 2.1.1 Basic concept of activated sludge process

--Discussion

--Section 2.1.2 Basic concept of activated sludge process

--Discussion

-Section 2.2 Growth rule of activated sludge and its application

--Section 2.2 Growth rule of activated sludge and its application

--Discussion

-Section 2.3 Running mode of activated sludge process

--Section 2.3.1 Running mode of activated sludge process(1)

--Discussion

--Section 2.3.2 Running mode of activated sludge process(2)

--Discussion

-Section 2.4 Kinetics of active sludge process

--Section 2.4.1 Kinetics of active sludge process(1)

--Discussion

--Section 2.4.2 Kinetics of active sludge process(2)

--Section 2.4.3 Kinetics of active sludge process(3)

--Discussion

--Research and Development of Kinetic Model of Activated Sludge Process

-Section 2.5 Principle, calculation and equipment of aeration

--Section 2.5.1 Principle, calculation and equipment of aeration(1)

--Discussion

--Section 2.5.2 Principle, calculation and equipment of aeration(2)

--Discussion

-Section 2.6 Designing of activated sludge process

--Section 2.6 Designing of activated sludge process

--Discussion

-Section 2.7 Operation and management of active sludge process

--Section 2.7.1 Operation and management of active sludge process (1)

--Discussion

--Section 2.7.2 Operation and management of active sludge process (2)

--Discussion

-Chapter 2 Homework

Chapter 3 Aerobic biofilm process

-Section 3.1 Basic principle of biofilm

--Section 3.1 Basic principle of biofilm

--Discussion

-Section 3.2 Biofilter process

--Section 3.2.1 Biofilter Process (1)

--Discussion

--Section 3.2.2 Biofilter process (2)

--Discussion

--Section 3.2.3 Biofilter process (3)

--Discussion

-Section 3.3 Biodisk process

--Section 3.3 Biodisk process

--Discussion

-Section 3.4 Biological contact oxidation process

--Section 3.4 Biological contact oxidation process

--Discussion

-Section 3.5 Aerobic biological fluidized bed process

--Section 3.5 Aerobic biological fluidized bed process

--Discussion

-Chapter 3 Homework

Chapter 4 Other aerobic biological wastewater treatment process

-Section 4.1 Oxidation ditch process

--Section 4.1 Oxidation ditch process

--Discussion

-Section 4.2 A-B process

--Section 4.2 A-B process

--Discussion

-Section 4.3 SBR process

--Section 4.3 SBR process

--Discussion

-Section 4.4 MBR process

--Section 4.4 MBR process

--Discussion

-Chapter 4 Homework

Chapter 5 Wastewater Anaerobic Biological Treatment Process

-Section 5.1 Overview and characteristics of development of anaerobic biological treatment

--Section 5.1 Overview and characteristics of development of anaerobic biological treatment

--Discussion

-Section 5.2 Anaerobic digester

--Section 5.2 Anaerobic digester

--Discussion

-Section 5.3 Anaerobic contact process and anaerobic filter process

--Section 5.3 Anaerobic contact process and anaerobic filter process

--Discussion

-Section 5.4 UASB process

--Section 5.4 UASB process

--Discussion

-Section 5.5 Other anaerobic biological treatment process

--Section 5.5 Other anaerobic biological treatment process

--Discussion

-Section 5.6 Operation management of anaerobic biological treatment process

--Section 5.6 Operation management of anaerobic biological treatment process

--Discussion

-Chapter 5 Homework

Chapter 6 Biological nitrogen and phosphorus removal process

-Section 6.1 Introduction

--Section 6.1 Introduction

--Discussion

-Section 6.2 Biological nitrogen removal process and technology

--Section 6.2 Biological nitrogen removal process and technology

--Discussion

-Section 6.3 Biological phosphorus removal process and technology

--Section 6.3 Biological phosphorus removal process and technology

--Discussion

-Section 6.4 Simultaneous nitrogen and phosphorus removal process

--Section 6.4 Simultaneous nitrogen and phosphorus removal process

--Discussion

-Chapter 6 Homework

Chapter 7 Natural biological treatment process

-Section 7 Natural biological treatment process

--Section 7 Natural biological treatment process

--Discussion

-Chapter 7 Homework

Chapter 8 Sludge Treatment and Disposal Process

-Section 8.1 Source, nature and treatment of sludge

--Section 8.1 Source, nature and treatment of sludge

--Discussion

-Section 8.2 Sludge thickening and digestive stability

--Section 8.2 Sludge thickening and digestive stability

--Discussion

-Section 8.3 Sludge conditioning, dehydration and incineration

--Section 8.3 Sludge conditioning, dehydration and incineration

--Discussion

-Chapter 8 Homework

Chapter 9 Wastewater Discharge and Reuse

-Section 9 Wastewater Discharge and Reuse

--Section 9 Wastewater Discharge and Reuse

--Discussion

-Chapter 9 Homework

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