Advanced Water and Wastewater Treatment Training Course

Course Category : Sustainability

This advanced programme provides in-depth expertise in modern water and wastewater treatment technologies, enabling participants to design, operate, and optimise complex treatment systems while ensuring regulatory compliance and environmental sustainability.
Duration: 10 Days – Level: Advanced

Introduction

Modern water and wastewater treatment facilities face significant pressures from increasing demand, rising environmental expectations, and stringent regulatory frameworks. Traditional treatment schemes alone are often insufficient to meet advanced performance and sustainability targets. As a result, engineers and operators must master a wide range of physical, chemical, and biological processes, supported by robust design and data-driven optimisation.
This course offers a comprehensive exploration of advanced treatment concepts for both municipal and industrial applications. It covers membrane technologies, advanced oxidation processes, enhanced biological treatment, regulatory compliance, data analysis, risk management, and sustainable operation. Through case studies and practical discussions, participants will learn how to troubleshoot complex systems, enhance process efficiency, and support long-term protection of public health and the environment..

Targeted Audience

Water and wastewater treatment professionals
Environmental engineers and scientists
Municipal utility operators and managers
Industrial facility and process engineers
Regulatory compliance and environmental officers
Environmental consultants and water quality analysts
R&D specialists in water and wastewater technologies

Targeted Skills

Advanced treatment process design and optimisation
Data analysis and performance evaluation
Regulatory compliance implementation
Application of membrane and advanced biological processes
Sustainable water and wastewater management
Risk assessment and mitigation planning
Project and operations management in treatment facilities

Expected Outcomes

Understand advanced technologies for water and wastewater treatment
Design and integrate complex treatment trains effectively
Apply national and international regulatory standards in practice
Analyse operational data and key performance indicators
Recommend innovative solutions to improve efficiency and reduce resource use
Incorporate sustainability principles into treatment plant design and operation
Troubleshoot complex treatment system issues systematically
Conduct risk assessments and develop contingency plans
Manage projects and operations within treatment facilities efficiently
Communicate technical findings confidently to regulators and stakeholders

Training Topics Index

Overview of advanced vs conventional treatment
Principles of physical, chemical, and biological processes
Application of membrane technologies (RO, UF, MF)
Introduction to advanced oxidation processes (AOPs)
Emerging trends and future directions
Advantages and limitations of advanced methods

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

Course Features

Updated and Interactive Content
Hypothetical Examples and Case Studies
Pre- and Post-assessments to Measure Impact
Verified Certificate with a QR Verification Code

Advanced Water and Wastewater Treatment Training Course