하폐수공학 및 설계1

건국대학교
배성준

페이스북 트위터 카카오톡 네이버밴드 링크복사

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자연과학 >생물ㆍ화학ㆍ환경 >환경공학
강의학기

2016년 1학기

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2,077

강의계획서

The course covers theory and application of physical unit operations and chemical unit processes for municipal and industrial wastewater treatment. Also includes fundamentals of biological treatment and basic microbial growth kinetics. Provides practical capability to perform process design and operation, emphasizing a sense of engineering through developing engineers ability to think and offering various kinds of related practices. Practical exercises can improve comprehensive problem-solving capability and executive ability indispensable to engineers as well as provide professional knowledge. Recommended prerequisites: Biology, Environmental System Engineering, Environmental Fluid Mechanics & Laboratory, Water Chemistry & Laboratory, Environmental Microbiology & Laboratory, and Planning, design, & management of water and wastewater system.

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Chapter 3. Introduction to Process Analysis and Selection

차시별 강의

1.	Chapter 3. Introduction to Process Analysis and Selection	Analysis of Non-ideal Flow, Reaction rate, and coefficients
2.	Chapter 3. Introduction to Process Analysis and Selection	Reactor, Mass Balance Analysis, Reactor Analysis
3.	Chapter 3. Introduction to Process Analysis and Selection	Hydraculic Characteristics of Reactors, Mass Balance Analysis
4.	Chapter 2. Characteristics of Wastewater Chapter 3. Introduction to Process Analysis and Selection	Chemical Characteristics(COD), Reactor types
5.	Chapter 2. Characteristics of Wastewater	Typieal Range of BOD and TSS, Chemical Characteristics, Microbiological Characteristics, Radiological Characteristics
6.	Chapter 2. Characteristics of Wastewater	Chemical Characteristics, Biochemical Oxygen Demand(BOD)
7.	Chapter 2. Characteristics of Wastewater	Wastewater characteristics type, Physical Characteristics, Chemical characteristics
8.	Chapter 1. Overview	Reegulaions, Waterquality standard for effluence, Treatment, Wastewater treatment plant
9.	Chapter 1. Overview	Environmental Engineering, Sewage, Physical state of a pollutant, Terminology
10.	Chapter 1. Overview	After Treatment, Selection of Processes, Physical characteristics
11.	Chapter 1. Overview	In Korea_Treatment system, Status of wastewater treatment plant, After biological treatment, MBRs, Urbanized-Concentrated waste
12.	Chapter 1. Overview	At treatment Plant(Aeration Tank), Wastewater treatment
13.	Chapter 3. Introduction to Process Analysis and Selection	Process selection
14.	Chapter 4. Water Reclamation and Reuse	Water in cirsis, Water scarcity in korea, water reuse, Necessities of water Rouse, Types of reuse, Barriers to implementation
15.	Chapter 5. Physical Unit Operations (part 1), (Screening, Flow equalization, mixing)	Unit Operations & Processes, Screening
	Chapter 5. Physical Unit Operations (part 1), (Screening, Flow equalization, mixing)	Comminutors, Grit Chamber, Flow Equalization
	Chapter 6-1. Physical Unit Operations(part 2), (Sedimentation)	Gravity separation theory, Type 1 sedimentation (discrete particle)
	Chapter 6-1. Physical Unit Operations(part 2), (Sedimentation)	Type 1 sedimentation (discrete particle)
	Chapter 6-1. Physical Unit Operations(part 2), (SedimentationI)	Type 1 sedimentation (discrete particle), Type 2 sedimentation (flocculent)
	Chapter 6-1. Physical Unit Operations(part 2), (SedimentationI)	Type 3 sedimentation (zone or hindered), Type 4 sedimentation (compression)
	Chapter 6-2. Physical Unit Operations(part 2), (Sedimentation & Flotation)	Setting Basins, Design considerations
	Chapter 6-2. Physical Unit Operations(part 2), (Sedimentation & Flotation)	Design considerations, Sedimentation Facilities
	Chapter 7. Chemical Unit Processes	Flotation, Technologies, Chemical Technologies, Flocculation
	Chapter 7. Chemical Unit Processes	Chemical precipitation, Chemical Oxidation(EQCR Lab)