We are a Small business PFAS Remediation
Ion Exchange for Treating PFAS, PFOS-PFOA
How it Works PFOS Treatment
Ion Exchange is often used in reducing metals and cations in groundwater remediation and Wastewater Treatment. It now is a proven treatment for PFOS-PFOA in groundwater remediation and surface water treatment.
Ion exchange is a very simple method for treating PFOA and PFOS Water is taken from the source and processed through a Ion Exchange media vessel. The vessel is sized for the flow rate and concentrations.
We offer two media types. One time use and regenerable.
Our one time use has been so successful , over 150,000 bed volumes treated on one site with no breakthrough it may not be cost effective to have a regeneration system,
We offer an ion exchange media that can be regenerated.
< 1050 GPM PFAS, PFOS-PFOA Treatment System at a DOD Site
Advantages
Our Ion Exchange Media Exceeds EPA and State Regulations Removal Criteria
EPA Drinking water standards is 4 parts per trillion It are currently the most cost effective way of treating , PFAS, PFOA and PFOS in ground water and Municipal water Supply.
When compared to carbon out Ion Exchange system the systems can has a footprint 50% less, and last 10 time longer.
If you have a domestic use our POE system cannot be beat for efficiency. The system has a low profile , small footprint and can last for over a year. See or link to our POE Treatment section.
Our Ion Exchange Media Polystyrenic Gel, Potable Water Grade
Polystyrenic Gel, Potable Water Grade
PRINCIPAL APPLICATIONS · Removal of perfluoroalkyl substances
ADVANTAGES · Very high operating capacity · Excellent kinetics
SYSTEMS · Point of Use Systems (POU) · Point of Entry Systems (POE)
REGULATORY APPROVALS · Certified by the WQA to NSF/ANSI-61 Standard
TYPICAL PACKAGING · 1 CF Sack · 25 L Sack · 5 CF Drum (Fiber) · 1 M³ Supersack · 42 CF Supersack * Reduces PFCs to non-detect levels ranging from 1 – 5 parts per trillion.
TYPICAL PHYSICAL & CHEMICAL CHARACTERISTICS:
Polymer Structure Polystyrene crosslinked with divinylbenzene
Appearance Spherical Beads
Functional Group Complex Amino
Mean Diameter 675 ± 75 µm
Uniformity Coefficient (max.) 1.3
Specific Gravity 1.05
Shipping Weight (approx.) 650 - 700 g/L (40.6 - 43.8 lb/ft³)
Temperature Limit 100 °C (212.0 °F) (Cl⁻ form)
Temperature Limit 60 °C (140.0 °F) (OH⁻ form)
Ion Exchange Process /Benefits
Current history and Status of Ion Exchange
Current history and Status of Ion Exchange
Current history and Status of Ion Exchange
Over 6 years of formulation and proving out the media
Benifits Over GAC
Current history and Status of Ion Exchange
Current history and Status of Ion Exchange
Only Ion can meet New Jersey 14 PPT discharge Cost Effectively
Ion Exchange verses Carbon Breakthrough
Current history and Status of Ion Exchange
Ion Exchange verses Carbon Breakthrough
Please provided us with as much as you can with the items above.
What works Best
500 gpm Cost Comparison Between Ion exchange and GAC
Ion Exchange verses Carbon Breakthrough
Chart at what product to use when .
500 gpm Cost Comparison Between Ion exchange and GAC
500 gpm Cost Comparison Between Ion exchange and GAC
500 gpm Cost Comparison Between Ion exchange and GAC
Ion exchange saves up to 25- 50% compared to GAC
Information We Need for Proper Sizing of the System
500 gpm Cost Comparison Between Ion exchange and GAC
500 gpm Cost Comparison Between Ion exchange and GAC
Call us today at 239-272-6655 to get a quick rating on your system