Waste Water Treatment- III
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Waste Water Treatment- III Syllabus — Unit-wise Content
The official GTU curriculum for Waste Water Treatment- III (subject code 3163510) as prescribed for Env. Sci. Tech · Semester 6 divides the course into 4 units, covering 47 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (3163510)Unit 1 CPCB norms for wastewater discharge, Wastewater Segregation, Concept of biological
- Removal Mechanism
- Objectives of biological treatment
- Classification of treatment process
- Role of microorganism in wastewater treatment
- Culture media and its type for bacterial growth
Unit 2 Microbial growth kinetics
- Bio kinetic coefficients
- Significant Bio kinetic coefficients
- Specific growth rate
- Yield coefficient
- Maximum substrate utilization rate constant
- Half velocity constant
- Endogenous decay coefficient
- Basic kinetic constants equations
- Rate of oxygen uptake
- effects of temperature
- volatile suspended solids & active biomass
- Determination of bio kinetic coefficients
- Design Examples
- Importance of MLSS
- difference between MLSS & MLVSS
Unit 3 Aerobic suspended growth biological treatment systems
- Aerobic Biological oxidation
- Process description
- environmental factors
- Modification in ASP: Complete Mix activated sludge
- Extended Aeration system
- Oxidation Ditch systems
- Intermittently aerated and decanted systems
- Oxygen activated sludge
- Oxidation ponds
- stabilization ponds
- Secondary settling tank
- Design examples for activated sludge process
- oxidation ditch
- Aerobic attached Growth Biological Treatment systems: Introduction to attached growth systems
- Trickling Filter
- Oxygen transfer and utilization
- Applications rotating biological contactors
- Design Examples for rotating biological contactor
- Operational excellence of activated sludge process. 12 Subject Code: 3163510
Unit 4 Anaerobic biological wastewater treatment
- Removal Concept
- Design Considerations
- Anaerobic reactors
- Packed bed reactor
- Fluidized bed reactor
- Up flow Anaerobic sludge blanket reactor
- high rate and multi stage anaerobic digesters
- Operational excellence of UASB
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