Day-1

• Pretest
• Overview of wastewater sources, characteristics, sampling techniques, and analysis.
• Examination of physical and chemical parameters and treatment regulations.
• Flow measurement, loading calculations, and preliminary treatment processes.
• Key processes in screening, grit removal, sedimentation, and oil/water separation.
• Principles of coagulation and flocculation in primary treatment systems

Day-2

• Basics of wastewater microbiology and activated sludge systems.
• Control parameters for biological processes and nutrient removal strategies.
• Aerobic and anaerobic treatment systems, including fixed-film and MBR technologies.
• Troubleshooting biological systems and optimizing sludge management.
• Case studies highlighting biological treatment applications

Day-3

• Introduction to chemical and advanced oxidation processes, and ion exchange.
• Overview of membrane technologies, reverse osmosis, and ultrafiltration.
• Techniques for activated carbon adsorption and heavy metal removal.
• Concepts of zero liquid discharge, water reuse, and resource recovery.
• Exploration of emerging technologies for advanced wastewater treatment.

Day-4

• Methods for process monitoring, control, and performance optimization.
• Preventive maintenance, troubleshooting, and chemical handling safety.
• Emergency procedures and strategies for cost optimization.
• Ensuring environmental compliance, documentation, and reporting.
• Establishing effective sampling programs and systems for regulatory reporting.

Day-5

• Analysis of industry-specific case studies in wastewater treatment.
• Economic evaluation and sustainability practices in treatment systems.
• Application of wastewater treatment principles to specific industries.
• Final course assessment and wrap-up discussion.