Webinar: Improving RO Performance in Industrial Applications
Missed our recent webinar? The recording is now available.
We covered how our patented Printed Spacer Technology® improves flow dynamics within RO elements, enabling reduced energy consumption, fewer cleanings, and increased system output across demanding applications. Please reach out with any questions or takeaways. We would love to hear from you!
Expanding Our Product Portfolio
Aqua Membranes currently offers brackish water RO elements in 8040 and 4040 configurations, along with low energy elements in 8040, all designed as direct replacements for conventional elements.
We are continuing to expand our portfolio, with seawater elements and additional product enhancements launching later this year, further extending performance improvements across a broader range of applications.
If you’re evaluating a system upgrade or new deployment, please get in touch to see which products are best for you.
Model Your System Performance
Our Cliir software platform allows users to model RO system performance using their own system specifications.
With Cliir, you can:
- Perform RO system design calculations
- Compare Aqua Membranes elements vs. conventional elements
- Evaluate impacts on output, energy, maintenance, and cost
For support using the platform or to run a custom analysis, reach out to sales@aquamembranes.com
Upcoming Events
We’ll be attending several industry events next month — if you’re attending, we’d love to meet up:
- ISBT BevTech 2026 — Arlington, TX | May 3–7
- Car Wash Show — Nashville, TN | May 11–13
- Global Water Summit (GWI) — Madrid, Spain | May 18–20
Let’s Connect
If you’re exploring ways to reduce operating costs, increase output, or improve reliability in your RO systems, we’d welcome the conversation.
About Aqua Membranes
Aqua Membranes Inc. 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.