Advanced Water and Wastewater Treatment Training Course

• Design criteria for advanced water and wastewater treatment systems
• Process flow diagrams and plant layout considerations
• Techniques for improving hydraulic and process efficiency
• Integration of multi-stage treatment trains
• Use of modelling and simulation tools
• Strategies for maintenance, upgrades, and retrofits

• National and international regulations for water and effluent quality
• Key compliance requirements for potable, municipal, and industrial systems
• Documentation, record-keeping, and reporting standards
• Auditing and inspection procedures
• Common compliance challenges and practical solutions
• Role of regulatory bodies and international guidelines

• Principles of activated sludge and membrane bioreactors (MBR)
• Design and operation of moving bed biofilm reactors (MBBR)
• Enhanced biological nitrogen and phosphorus removal
• Performance monitoring and troubleshooting in biological systems
• Innovations in biological treatment and impact on effluent quality

• Advanced oxidation processes (AOPs) in practice
• Coagulation, flocculation, and advanced precipitation techniques
• Modern disinfection methods (UV, ozone, combined processes)
• Chemical selection, dosing, and safety management
• Integration of chemical processes with biological and physical stages

• Types and configurations of membrane systems (RO, NF, UF, MF)
• Membrane fouling mechanisms and cleaning protocols
• Design considerations for membrane filtration units

• Hybrid systems

integrating membranes with conventional processes

• Cost and economic assessments for membrane plants
• Advances in membrane materials and module design

• Methods for data collection and validation
• Key performance indicators (KPIs) and benchmarking
• Use of software tools for performance monitoring and reporting
• Troubleshooting performance issues using data trends
• Data-driven decision-making and optimisation strategies
• Predictive analytics and condition-based maintenance

• Sustainability principles in treatment plant design and operation
• Energy and resource efficiency strategies
• Management and valorisation of by-products (sludge, concentrates)
• Green technologies and resource recovery concepts
• Life-cycle assessment (LCA) of treatment processes
• Economic and environmental benefits of sustainable approaches

• Identifying operational, environmental, and safety risks
• Risk assessment methodologies and tools
• Developing mitigation measures and emergency response plans
• Case studies of incidents and lessons learned
• Continuous risk monitoring and improvement

• Fundamentals of project management in treatment facilities
• Planning, scheduling, and budgeting for upgrade projects
• Managing operations and maintenance for high reliability
• Staff training, competency development, and shift management
• Performance evaluation, QA/QC, and continuous improvement frameworks