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Advanced PFAS Treatment Design, Process Selection & Engineering Applications
Gain practical, CPD-approved engineering knowledge to design PFAS drinking water treatment systems, evaluate treatment technologies, and develop site-specific solutions based on performance, water quality, and regulatory requirements.
⭐⭐⭐⭐⭐ CEU Approved
Course Details
📚 Official Title: Designing PFAS Drinking Water Treatment
🎓 Course Level: Advanced (Professional Engineers)
📜 CPD: 7 Hours CPD (Ontario)
👨🏫 Instructor: Dr. Devendra Borikar, P.Eng
💰 Fees
💻 Virtual (2 half-day sessions): CAD $349 (No HST)
🏫 Classroom (1-day session): CAD $449 (No HST)
👥 Group Training: Custom rates available upon request
What You'll Learn
After completing this course, you'll be able to:
✔ Understand PFAS chemistry, classifications, and current regulatory requirements
✔ Identify key challenges in PFAS drinking water treatment and system design
✔ Evaluate and design treatment processes including granular activated carbon (GAC), ion exchange, nanofiltration, reverse osmosis, and emerging adsorbent technologies for PFAS removal
✔ Understand PFAS residuals management, including treatment options, handling strategies, and safe disposal approaches
✔ Apply practical approaches for PFAS monitoring, process selection, and pilot testing to support engineering decisions
✔ Gain introductory insight into PFAS modelling concepts, including preparation for advanced modelling of GAC and ion exchange systems
✔ Review current research developments and anticipate future trends in PFAS regulation and treatment technologies
This Course Includes
- CPD-approved professional training
- Live instructor-led sessions
- Real-world engineering case studies
- Certificate of Completion
- Interactive Q&A and discussion
Who Should Attend
This course is designed for:
- Professional Engineers (P.Eng.)
- Process and design engineers
- Consulting engineers
- Municipal water engineers
- Utility engineering staff
- Water treatment specialists
- Environmental professionals
Why Take This Course?
PFAS treatment design requires a strong understanding of process selection, system performance, and regulatory expectations. This course combines engineering principles with practical experience to help participants:
- Design effective PFAS treatment systems
- Evaluate and compare treatment technologies
- Apply pilot testing results to engineering design
- Improve decision-making for system selection
- Address regulatory compliance requirements
- Develop practical, site-specific design solutions
On-Site Training for Municipalities & Organizations
This course is available as customized on-site or private virtual training for municipalities, utilities, consulting engineering firms, regulators, and industrial water facilities.
Training can be tailored to your PFAS challenges, design requirements, and project objectives, and delivered at your facility or another location.
Training Courses in Development
PFAS Water Treatment Modelling
Designing of Anion Ion Exchange Treatment for PFAS removal
Designing of Anion Ion Exchange Treatment for PFAS removal
This advanced-level PFAS course focuses on the design of drinking water treatment systems using modelling tools. Granular activated carbon (GAC) and ion exchange processes will be evaluated using freely available modelling approaches to support system design and performance assessment.
Designing of Anion Ion Exchange Treatment for PFAS removal
Designing of Anion Ion Exchange Treatment for PFAS removal
Designing of Anion Ion Exchange Treatment for PFAS removal
Anion exchange is an emerging and highly effective technology for PFAS removal in drinking water treatment systems, offering strong performance even at short contact times.
This course also examines key operational impacts, including changes to chlorination processes and potential effects on distribution system water quality such as pH, alkalinity, and corrosion potential.
Designing Ozone in Drinking Water Treatment
Designing of Anion Ion Exchange Treatment for PFAS removal
Designing Ozone in Drinking Water Treatment
Ozone is a powerful disinfectant and oxidant used for the inactivation of pathogens such as Cryptosporidium and the removal of taste and odour compounds.
This course covers key aspects of ozone system design, operation, and performance optimization in drinking water treatment applications.