Introduction: Classification of pollutants, regulatory standards, necessity and essential requirement for water management systems
Fundamentals of reactor engineering and Self-purification of natural waters
Quantity estimation of major pollutants: TSS/VSS/TDS, Alkalinity, DO, pH, BOD, COD, TOC, etc. modelling and relation of BOD and COD, TOC, nitrogen, phosphorous and microbial numbers
Physico-chemical operations and processes – I: Screens, grit chamber, skimming tank, theory of sedimentation, primary sedimentation
Physico-chemical operations and processes – II: Equalization, neutralization, dissolved air floatation, flocculation, coagulation, flocculation and sedimentation
Fundamentals and principles of biological wastewater treatment
Aerobic wastewater treatment systems - I: Suspended growth processes
Aerobic wastewater treatment systems - II: Attached growth processes
Hybrid aerobic wastewater treatment systems
Advanced anaerobic wastewater treatment systems
Emerging biological processes for Nutrient removal and tertiary treatment systems
Guidelines for operation of treatment plant, suggestions for frequent troubleshooting, Case studies