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