HOW IT WORKS
How regenerable ion exchange works
01
Resin captures PFAS
Water passes through an ion exchange resin bed engineered to selectively bind PFAS compounds, including short-chain species that challenge other media.
02
Bed regenerates in place
Rather than replacing spent media, the resin is regenerated onsite — avoiding the disposal cost and liability of single-use GAC or IX cartridges.
03
Concentrate to destruction
Regeneration produces a small-volume concentrate that can be routed to Obreak® Electro-Oxidation for onsite destruction.
04
Built for drinking water
Designed to extend E2METRIX’s onsite removal, concentration, and destruction approach into mainstream drinking water applications.
WHY OBIND™
Designed to close a gap in the toolbox
Regenerable, not disposable
Avoids the recurring replacement and disposal cost of single-use GAC or ion exchange media.
Targets short-chain PFAS
Aimed at compounds that are harder for adsorption-only media to capture effectively.
Pairs with Obreak®
Regeneration concentrate routes to onsite electro-oxidation instead of offsite disposal.
Drinking water focus
Extends E2METRIX’s onsite approach beyond wastewater into mainstream drinking water treatment.
WHERE IT’S HEADED
Built for mainstream drinking water treatment
Drinking Water Plants
Groundwater Remediation
Small Water Systems
Municipal Wastewater Plant
Water Reuse Plant
Industrial Wastewater
Obind™ is in development. Applications above reflect E2METRIX’s intended focus, not confirmed field deployments.
STATUS
Obind™ is currently in development. Reach out to be notified when it’s available.
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