Responding to emerging contaminants in our water requires robust approaches that maximize efficiency, minimize waste and reduce costs.
At ECT2, we combine advanced treatment technology, unmatched real-world experience, and a relentless pursuit of excellence to deliver impressive results whether your biggest challenge is the contamination itself, site restrictions, timeline pressures, a very public spotlight – or all of the above.
A remote refinery in Alaska approached ECT2 to reduce PFAS to adhere to <70 nanograms per liter (ng/L) per ordinances. ECT2 designed and delievered a SORBIX™ L Series PFAS treatment system.
The Air Force Civil Engineering Center (AFCEC) funded a field study coupling ECT2's SORBIX™ RePURE Regenerable Ion Exchange Resin (IXR) System with Electrochemical Oxidation (EO). A first-of-its-kinds field demonstration.
ECT2 was engaged by a global aviation services company for one of their airport locations in the Northeastern United States. The end goal was to treat the PFAS contaminated water to meet Northeast drinking water standards and discharge it onsite.
Buzz words or results? At ECT2, sustainable, cost-effective, minimal waste, and less carbon footprint are more than words. It is what you can expect when your tough PFAS challenges meet our smart solutions. Take a peek at how we find new ways to handle contamination problems with our patented, regenerable ion exchange resin systems that are raising the bar for PFAS remediation.
