The
PFAS, PFOS, PFOA
Terminator.
Whole house protection against "forever chemicals".
The PFAS Terminator delivers comprehensive whole-house protection against "forever chemicals" using ResinTech's industry-leading SIR-110-HP ion exchange resin—engineered specifically for Florida's water challenges. With no chemicals, electricity, or maintenance required, this system provides certified PFAS reduction at every tap, shower, and appliance in the home. Available in multiple configurations to handle any residential application, it's the professional-grade solution your customers need as EPA regulations take effect.
It doesn't get any easier.
Perhaps the simplest whole house system ever.
Why the PFAS Terminator?
The system uses PFAS-selective ion exchange media in a straightforward, non-regenerating treatment design. It does not require salt regeneration, backwash cycles, or an electrically operated control valve for routine treatment. Media replacement and water-quality monitoring remain necessary.
Single-tank and lead/lag arrangements can be considered according to treatment goals and site conditions. Where appropriate, prefiltration and a flow meter with totalizer can support operation and help track treated water volume. Confirm sizing and monitoring requirements for each installation.
Whole-House PFAS Treatment
The PFAS Terminator is a point-of-entry system designed to reduce PFAS in water entering a home. Unlike a point-of-use filter installed at one faucet, a properly sized whole-house system treats water supplied to multiple fixtures.
At the heart of the system is ResinTech SIR-110-HP PFAS-selective ion exchange resin. Treatment performance and media service life depend on influent PFAS concentrations, water chemistry, system sizing, and operating conditions. Confirm the selected configuration and applicable performance documentation before specifying a system.
PFAS Terminator — System Configurations
Select a configuration and quantity to add systems to your quote request.
| System / Part Number | Service Flow | Resin Volume | Tank Size | Qty (systems) | |
|---|---|---|---|---|---|
| 001SIR110-10PFAS Terminator — 10 GPM system | 10 GPM | 3.3 cu. ft. | 13" × 54" | ||
| 001SIR110-12PFAS Terminator — 12 GPM system | 12 GPM | 4 cu. ft. | 14" × 65" | ||
| 001SIR110-15PFAS Terminator — 15 GPM system | 15 GPM | 5 cu. ft. | 14" × 65" | ||
| 001SIR110-20PFAS Terminator — 20 GPM system | 20 GPM | 6.6 cu. ft. | 16" × 65" | ||
| 001SIR110-25PFAS Terminator — 25 GPM system | 25 GPM | 8.3 cu. ft. | 21" × 62" | ||
| 001SIR110-30PFAS Terminator — 30 GPM system | 30 GPM | 10 cu. ft. | 21" × 62" |
Standard 1-inch FNPT inlet/outlet head; optional bypass.
View QuoteRecommended Installation
For optimal performance, redundancy, and safety, we recommend:
Dual-tank lead/lag configuration with pre- and post-cartridge filtration for maximum protection and extended service life
Flow meter installation to monitor throughput and establish resin replacement timing
Pre-filtration if water hardness exceeds 10 grains per gallon
Single-tank systems are available for budget-conscious installations but may require more frequent water testing to monitor performance and prevent contaminant breakthrough.

System Features
- Uses ResinTech SIR-110-HP PFAS-selective ion exchange resin
- Available in single-tank and dual-tank lead/lag arrangements
- Multiple system sizes for different service flow requirements
- Optional flow meter with totalizer to track treated water volume
- No salt regeneration, electrically operated control valve, or backwash cycle required for routine treatment
- Resin media is manufactured in the USA
System Benefits
- Point-of-entry treatment for water supplied throughout the home
- PFAS-selective media for targeted treatment
- Simple operation without salt regeneration or backwashing
- Configuration options to suit flow and treatment requirements
- Flow monitoring and water testing can help guide media replacement
- Professional sizing and installation support dependable operation
What are PFAS?
Per- and polyfluoroalkyl substances (PFAS) are a large group of synthetic chemicals used in products such as water-resistant fabrics, nonstick coatings, and some firefighting foams. Many PFAS persist in the environment because their carbon-fluorine bonds resist degradation.
PFAS can enter drinking-water supplies, making water testing and appropriate treatment selection important. The compounds present, their concentrations, and other water-quality factors influence the choice and performance of a treatment system.
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