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PFAS Zero: Innovative Treatment and Disposal Options
COURSE CONTENT
- This course is a comprehensive guide that thoroughly explains the challenges and solutions for targeting PFAS below non-detectable levels in treated drinking water and safely disposing of concentrated PFAS waste.
- It presents the health impacts of PFAS, its molecular structure (see the photo on the side), main types, regulatory US and EU requirements, Health Canada Guidelines, proper US monitoring and testing procedures, and more.
- This training is live, practical, interactive, and engaging. It includes group activities for troubleshooting different water treatment situations.
What participants will learn?
- Cutting-edge PFAS treatment technologies include GAC, AIX (see photos below), nanofiltration/ RO and novel absorbents. This section discusses their efficacy, limitations, design criteria, case studies, safe disposal technologies and more.
- This course transforms complicated PFAS into simple PFAS and connects current research into drinking water plant operation in the ever-changing PFAS regulatory landscape.
Course Approvals in California, New York,Texas, Illinois, Washington, Michigan & Massachusetts (the US) & Ontario (Canada)
- The California State Water Resource Control Board, Texas Commission of Environmental Quality (Course ID # 1784), Massachusetts - MassDEP Drinking Water Program (ID # DWT-2024-79), Illinois Environmental Protection Agency (ID # 21416), Washington Certification Services (ID # A3492 for 0.6 CEUs), Michigan Department of Environment, Great Lakes, and Energy ( ID # 4332, 0.6 CEUs) and New York Department of Health (0.65 CEUs) approved the PFAS course while awaiting approvals from Florida, New York, and other US states.
- The Ontario Ministry of the Environment Director (Canada) has also approved this PFAS course (ID # 17375), which earns 0.7 CEUs for operators under O. Reg. 128/04 in Ontario.
- Remaining attendees will receive an attendance certificate acknowledging their commitment to professional development.
WHO SHOULD ATTEND?
- Water treatment operators
- Supervisors, managers, decision-makers, regulatory agencies/inspectors and other PFAS stakeholders
COURSE DELIVERY & SCHEDULING
At your location (the best option to learn)
- One-day training where and when you want in your DWS/city/town. This on-site course will allow you to customize this PFAS course to your site-specific conditions, which can be used as an initiating process (ongoing support or jump-start) for complying with existing/ future PFAS regulation(s). Don't hesitate to contact us at devendra@advanced-trainers.com or 1-226-230-1771 for a free quotation.
Virtual/online
- A two-day course, 8 am to 12 noon ET (New York time) or PT (Los Angeles time), tailored for operators and professional/ process engineers covering Canada and the USA to allow flexibility.
- Register now to secure your spot and gain a competitive edge.
- This virtual course costs CAD 349.00. Group discount is available.
- Instructor : Dr. Devendra Borikar, P. Eng.
Training courses in development
Optimizing Membrane Operations
Anion Ion Exchange Treatment for PFAS removal
Anion Ion Exchange Treatment for PFAS removal
Discover membrane fundamentals, operation tips, and practical troubleshooting. Learn how to ensure safe, efficient and reliable high-quality drinking water for your community with the latest technology and best practices.
Anion Ion Exchange Treatment for PFAS removal
Anion Ion Exchange Treatment for PFAS removal
Anion Ion Exchange Treatment for PFAS removal
Anion exchange is a relatively new drinking water treatment process that is gaining importance because it is one of two of the most viable and reliable PFAS drinking water treatment processes. Although it is very effective in a short contact time, it can significantly change the chlorination process and deteriorate distribution water quality in terms of pH, alkalinity, and corrosion capability.
GAC Treatment for PFAS Removal
Anion Ion Exchange Treatment for PFAS removal
GAC Treatment for PFAS Removal
GAC is typically used in drinking water treatment. However, its design and operation differ from those of conventional treatment. Although it is one of two of the most viable and reliable PFAS drinking water treatment processes, it has a few limitations. For example, the removal efficacy of specific PFAS is not very good and can deteriorate distribution water quality.