PureNanoTech helps CEA growers improve and stabilize dissolved oxygen levels, strengthen root systems, and reduce biofilm using ultra-stable nanobubbles designed specifically for modern indoor agriculture, ultimately boosting yields and crop performance
Controlled Environment Agriculture operates on precision.Currently, growers face challenges such as slower growth, weaker root development, biofilm buildup, and inconsistent yields.
Nanobubbles offer a way to stabilize these variables.
Because they remain suspended in water and deliver long-lasting oxygenation, they help growers maintain the right conditions for productive, reliable crop cycles.
This sets the foundation for more efficient operations and higher-performing plants.
PureNanoTech nanobubbles deliver measurable improvements across core CEA performance areas. Their nanoscale size, stability, and negative surface charge contribute to better plant and system outcomes.
PureNanoTech’s CEA focused nanobubble generators are built for the demands of indoor agriculture low pressure drop, high uptime,, and compatibility with existing infrastructure.
PureNanoTech’s CEA focused nanobubble generators are built for the demands of indoor agriculture low pressure drop, high uptime,, and compatibility with existing infrastructure.
PureNanoTech’s generators use a different method of generation that is more stable and efficient, resulting in more pure and better nanobubbles.
Compatible with hydroponic, aeroponic, vertical farming, and greenhouse irrigation setups, PureNanoTech’s system integrates into your existing farm layout with minimal pressure drop—no major redesigns required.
Reduced fertilizer needs, lower electricity consumption, and minimized system cleaning time.
Flexible models suitable for 15 GPM to 1,000+ GPM installations.
Nanobubbles improve key performance areas in a variety of controlled growing environments.
Stabilizes dissolved oxygen (DO) in nutrient solutions and enhances nutrient bioavailability, while reducing biofilm buildup and supporting cleaner, more reliable water distribution, ultimately boosting yields and crop performance.
Maintains uniform performance across stacked layers, improving production consistency, while getting rid of mold and biofilm buildup.
Nanobubbles remain stable in aeroponics systems, resulting in faster growth cycles and a significant increase in yields.
Growers using PureNanoTech report consistent and measurable improvements across core operation metrics.
Nanobubbles help suppress microbial buildup at the root zone, keeping the ecosystem clean and the plants healthy.
PureNanoTech offers several generator models to match farm size, flow rate, and irrigation design.
PureNanoTech’s technology has been proven in real-world aeroponic, hydroponic, and traditional farms. No matter the setup, growers consistently experience higher yields and reduced biofilm with PureNanoTech nanobubbles.
Unlike standard aeration devices, PureNanoTech’s nanobubble generator delivers dramatically higher dissolved oxygen (DO) levels and oxygen transfer efficiency. Beyond oxygen delivery, nanobubbles offer unique properties—exceptional stability, negative surface charge, and hydroxyl radical generation—that power applications ranging from enhanced nutrient uptake and biofilm reduction in agriculture to versatile gas-based nanobubble production for broader industrial uses.
Yes. PureNanoTech’s air and oxygen nanobubbles improve water quality by raising oxygen levels, disrupting microbial adhesion, and breaking down biofilm structure. Ozone nanobubbles go further by stabilizing ozone in water and maximizing its oxidative reactivity, delivering an advanced layer of pathogen reduction and system disinfection.
Based on verified farm performance, most PureNanoTech customers achieve return on investment (ROI) within just 3–6 months
Pricing and delivery times depend on the specific model, order size, and location. For the most accurate details, please contact us and we will be glad to provide a tailored quote and timeline.
No. Henry’s Law describes the equilibrium solubility of gases in liquids under given pressure and temperature conditions. Nanobubbles aren’t “extra dissolved gas”—they’re tiny gas bubbles suspended in water, so they coexist with dissolved oxygen and don’t violate Henry’s law.
In practice, what drives the DO you see is gas-transfer performance. Metrics like oxygen transfer efficiency (OTE) and oxygen transfer coefficient (kLa) depend on the generator design. PureNanoTech’s patented technology is engineered for high OTE and stable, long-lasting nanobubbles, delivering higher usable DO and helping keep lines cleaner in real farm systems.
