Nanobubble-Enhanced Reverse Osmosis Pretreatment
Hydroxyl uses patent-pending hydrodynamic cavitation to generate high-energy nanobubble water directly inside industrial RO feed streams — helping pretreatment systems reduce biofilm, scale, organic fouling, membrane stress, cleaning frequency, and operating cost without major changes to existing RO infrastructure
200+
Facilities Served
800+
RO Membranes Protected
500M+
4
Gallons Treated Monthly
Patent Applications Filed
Hydroxyl Attacks Fouling Before It Reaches the Membrane
Most RO problems begin upstream. Biofilm, scale, organics, suspended solids, and unstable pretreatment conditions build in piping, carbon towers, filters, housings, and feed lines before they become a membrane problem
Hydroxyl installs ahead of the RO system and converts ordinary feed water into nanobubble-enhanced process water. The result is a cleaner pretreatment environment, improved filtration performance, less fouling pressure on the membrane, and a more stable RO operation
Enhance Pretreatment Performance
Nanobubbles improve oxidant dispersion, mass transfer, and process efficiency without requiring major changes to existing RO infrastructure or chemistry programs
Mitigate Biofilm & Fouling
Nanobubbles help reduce the conditions that contribute to biofilm growth, membrane fouling, scaling, and process instability throughout pretreatment systems
Improve Water System Efficiency
Nanobubbles support more efficient RO operation by reducing fouling-related losses, improving system stability, and optimizing water treatment performance
Protect Critical Infrastructure
Nanobubbles help reduce membrane stress, fouling-related maintenance, pressure loss, and unplanned downtime across pumps, membranes, piping, and pretreatment equipment
Lower Operating Costs
Nanobubbles enhance chemical performance, reduce cleaning frequency, maintenance labor, energy usage, and premature membrane replacement with a compact inline platform
Research and Third Party Validation
Hydroxyl Cavitation Platform
Hydroxyl systems utilize patent-pending hydrodynamic cavitation technology to generate highly active nanobubbles directly inside flowing water streams. The compact inline architecture is designed to support biofilm mitigation, fouling reduction, and pretreatment optimization while integrating into existing industrial RO infrastructure
Where Hydroxyl is Installed
Designed to work with existing RO infrastructure, Hydroxyl is built for 24/7 operation with minimal maintenance and minimal disruption to plant operations
