Course Overview
This professional program provides comprehensive training in modern water treatment methodologies, equipping participants with the technical skills to design, operate, and optimize water purification systems for various applications.
Course Objectives
Participants will gain expertise to:
- Analyze raw water characteristics and quality parameters
- Select appropriate treatment processes for different water sources
- Operate and maintain water treatment equipment effectively
- Troubleshoot common system performance issues
- Implement regulatory-compliant treatment solutions
- Evaluate emerging water treatment technologies
Who Should Attend?
- Water treatment plant operators
- Environmental engineers
- Municipal water system managers
- Industrial facility maintenance teams
- Process technicians
- Environmental health specialists
- Utility compliance officers
Course Outline
Module 1: Water Quality Fundamentals
- Physical, chemical and biological contaminants
- Water sampling and analysis techniques
- Regulatory standards (WHO, EPA, EU directives)
Module 2: Conventional Treatment Processes
- Coagulation/flocculation chemistry
- Sedimentation basin design principles
- Rapid sand filtration systems
- Disinfection methods (chlorination, UV, ozone)
Module 3: Advanced Treatment Technologies
- Membrane filtration (MF, UF, NF, RO)
- Ion exchange systems
- Advanced oxidation processes
- Electrochemical treatment methods
Module 4: Plant Operations & Maintenance
- Process control and optimization
- Chemical dosing calculations
- Equipment troubleshooting
- Sludge handling and disposal
Module 5: Specialized Treatment Applications
- Industrial wastewater treatment
- Desalination technologies
- Potable water production
- Cooling water treatment
Module 6: Emerging Innovations
- Smart water monitoring systems
- Nanotechnology applications
- Energy-efficient treatment designs
- AI-based process optimization