Introduce basic principle, process, operation characteristics, process calculation method of the main physiochemical (waste)water treatment methods.
播放:166次,课程ID:4003590
Introduce basic principle, process, operation characteristics, process calculation method of the main physiochemical (waste)water treatment methods.
--0-1 Course orientation
--0-2 Water treatment process
--0-3 Wastewater treatment process
--1-1 Introduction
--1-2 Properties of colloids
--1-3 Mechanisms and process of coagulation and flocculation
--1-4 Coagulant and coagulant aids
--1-5 Kinetics of coagulation and flocculation
--1-6 Factors affecting the coagulation performance
--1-7 Facilities for coagulation and flocculation
--2-1 Introduction
--2-2 Discrete particle settling
--2-3 Flocculent settling
--2-4 Zone settling
--2-5 Rectangular settling tank
--2-6 Process calculation of rectangular settling tanks
--2-7 Vertical Flow (up-flow ) and radial flow settling tank
--2-8 Plated sedimentation tank
--2-9 Clarification pool
--3D interactive demonstration for settling tanks
--3-1 Introduction
--3-2 Theoretical foundation of air floatation
--3-3 Pressurized dissolved air flotation
--4-1 Introduction
--4-2 Structure and process of conventional rapid filter
--4-3 Water head loss of filter
--4-4 Filtration method of filter
--4-5 Filter media
--4-6 Water distribution system
--4-7 Filter backwashing
--4-8 Siphon filter
--4-9 Gravity valveless filter
--4-10 Movable hood filter
--3D interactive demonstration for filtration tanks
--5-1 Introduction
--5-2 Influence factors of disinfection
--5-3 Chlorine disinfection
--5-4 Chlorine dioxide disinfection
--5-5 Ultraviolet disinfection
--6-1 Ion-exchange resin
--6-2 Properties of ion-exchange reactions
--6-3 Properties of cation exchange resin
--6-4 Properties of anion exchange resin
--6-5 Softening system using ion exchange
--6-6 Desalination system using ion exchange
--6-7 Ion-exchange equipment
--6-8 Treatment of industrial wastewater by ion-exchange method
--7-1 Introduction
--7-2 Principle and characteristics of electrodialysis
--7-3 Configuration of electrodialysis unit
--7-4 Operating parameters for electrodialysis unit
--7-5 Principle and process of reverse osmosis
--7-6 Operating parameters for reverse osmosis
--7-7 Principles and characteristics of UF and MF
--7-8 Design of ultrafiltration and microfiltration process
--8-1 Fundamental knowledge and classification
--8-2 Ozonation
--8-3 Photo-catalytic oxidation
--8-4 Supercritical water oxidation
--8-5 Electrolysis
--9-1 Introduction
--9-2 Adsorption equilibrium and adsorption isotherm
--9-3 Adsorption breakthrough curve
黄霞,博士,清华大学环境学院教授、环境模拟与污染控制国家重点联合实验室主任,国家精品课程《水处理工程》负责人、国家精品课程《环境工程原理》主讲教师。主要从事膜法水处理技术、生物电化学水处理技术、污水资源化等方面的研究工作。主著或参编著作/教材4部。曾获宝钢优秀教师特等奖、北京市优秀教师、北京市优秀教学成果一等奖、清华大学教学成果特等奖各1次,国家科技进步二等奖2次,高等学校科技进步奖等省部级一等奖5次,国际期刊Environmental Science and Technology 2009年度十佳论文奖。