Flag your interest for our upcoming webinar!
In January 2026, our CEO, CTO, and Application Engineering Manager will run a technical session for engineers, system designers, OEMs, and consultants interested in making improvements to their RO systems. You’ll learn how replacing conventional mesh with Aqua Membranes’ Printed Spacer Technology® can give you and your team greater design flexibility, improve system efficiency, and help you deliver better outcomes.
Let us know if you (or someone you know) would be interested in receiving the invitation!
Knoxville Grand Opening
We’re proud to announce the Grand Opening of our Knoxville, TN facility! Nearly 100 partners joined us for a ribbon-cutting ceremony and a tour of the 200,000 sq ft space. This milestone marks a major step forward in expanding our manufacturing capabilities, and we’re well positioned to deliver on large customer contracts.
Check out the local news coverage!
Video Feature: Our Founder’s Journey
Every breakthrough begins with a bold question and a team willing to rethink the status quo. In this short video, Founder Rodney Herrington shares how Aqua Membranes started with a simple idea: What if we could print a spacer directly onto the membrane surface?
That question sparked a patented technology that’s reshaping how RO systems are designed. Hear how it all began, and why the future of water treatment depends on relentless innovation.
Upcoming Events
We’re heading to Austin for UltraFacility 2025, where leaders in the semiconductor industry are redefining resilience and innovation in facility design. Stop by our booth (#15) to see how Aqua Membranes is helping systems adapt, evolve, and lead.
Join us in Tokyo for SEMICON Japan 2025 — the premier event connecting the semiconductor manufacturing supply chain. We’ll be showcasing how our technology supports the next generation of smart, sustainable semiconductor production.
Get in touch if you want to meet up! sales@aquamembranes.com
About Aqua Membranes
Aqua Membranes manufactures and develops spiral-wound membrane elements using our groundbreaking Printed Spacer Technology®, replacing traditional feed spacer mesh. By directly printing the feed channel spacer onto the membrane surface, we significantly enhance membrane performance—delivering the most sustainable, efficient, and cost-effective solutions on the market. Our technology reduces fouling, saves energy, and increases output, optimizing both design and operation.