SORBIX™ RePURE

We provide regenerable ion exchange treatment to help reduce waste, lower treatment cost and avoid the repeated burden of single-use media replacement.

We manage media exchange, handling, transport and regeneration to simplify operations and support more efficient media lifecycle management.

We provide segregated media management to maintain traceability and support more controlled handling, regeneration and reuse.

We support flexible exchange scheduling based on actual media performance to help treatment programs run efficiently and avoid unnecessary replacement.

We apply regenerable treatment strategies across groundwater, surface water, municipal wastewater, drinking water and industrial process water systems to support practical performance in diverse operating conditions.

We support utilities and other water providers with regenerable treatment strategies that help advance PFAS compliance, reduce waste and improve lifecycle value.

It is a reusable ion exchange technology specifically for removing PFAS from water. Instead of throwing away the resin when it’s exhausted, we restore and reuse it through a controlled regeneration process.

It tackles a broad spectrum of both long-chain and short-chain PFAS compounds. Exact performance will depend on your water’s unique chemistry and your specific treatment goals.

SORBIX™ RePURE delivers bed volume capacity that meets or exceeds premium single-use resins, with the added benefit of significant cost savings through regeneration and reuse.

Compared to GAC, SORBIX™ RePURE frequently offers a significantly lower CAPEX alongside ongoing OPEX savings due to higher treatment capacity and a much smaller system footprint.

Yes. Testing and field experience show that regeneration restores the resin’s original PFAS capacity. We thoroughly test it for quality before it ever goes back to work.

Our media has been regenerated hundreds of times without impacting its lifespan. For drinking water applications, regeneration cycles are far less frequent than in industrial remediation, ensuring long-term operational reliability.

Things like natural organic matter, iron, manganese, oxidants or high salt concentrations can interfere with the resin. Depending on concentrations, we may recommend pretreatment to keep your system running smoothly.

Every water source is different. We offer bench, column and pilot testing using water straight from your site. This removes the guesswork, giving us reliable data to optimize your design, media life and operating costs.

Usually, yes. Our resin can often drop into existing ion exchange vessels, pending a quick engineering review to confirm compatibility.

It is our fully managed option. Onterris handles the heavy lifting: we coordinate the collection, regeneration, quality testing and return of your resin. This saves you from buying on-site equipment and keeps your operating costs predictable.

No. Whether you operate a compact local municipal site or a large industrial plant, our flexible service models and smaller equipment footprint accommodate facilities of all sizes.

Yes. Our managed service programs allow you to establish predictable, long-term OPEX for media management, eliminating price volatility tied to repeated media replacement.

Our central regeneration facility is strategically located to serve municipal and industrial clients efficiently across the region with controlled, fast turnarounds.

We use a strict chain-of-custody process. Your media is tracked, documented and quality-checked every step of the way before it returns to your site.

Yes. For larger facilities or customers who prefer to manage the process in-house, on-site regeneration is a great fit. We can help you navigate the specific design, staffing and permitting requirements.

Reusing resin drastically cuts down on the costs of buying, shipping and disposing of single-use media. Environmentally, it shrinks your waste footprint by concentrating the captured PFAS into a much smaller volume, rather than throwing away truckloads of exhausted media.

Regeneration pulls the PFAS off the resin and concentrates it. That highly concentrated stream is then managed through an approved treatment, disposal or destruction pathway.

Yes. Both virgin and regenerated SORBIX™ RePURE resins are NSF certified for drinking water applications, ensuring compliance and peace of mind when returning media to service.

Yes, we can arrange site visits for qualified customers and engineering partners, depending on availability.

The first step is easy: let’s review your water quality, treatment goals, flow rates and existing infrastructure. From there, Onterris will recommend a testing plan and develop a custom treatment approach for your site.