PureNanoTech Nanobubble Generators

Each PureNanoTech nanobubble generator is built to deliver ultra-fine, stable nanobubbles using minimal pressure drop and high gas transfer efficiency. All models support multiple gas inputs—including O₂, O₃, H₂, N₂, CO₂, air, and other gases.

PureNanoTech SG15

SG15 — Standard Model (Up to 15 GPM)

Ideal for small farms, research systems, and controlled irrigation zones

Key Capabilities:

Liquid flow rate: Up to 15 GPM, Gas feed rate: 0–1 SCFM, Multi-gas compatibility: O₂, H₂, N₂, CO₂, Air, [Ozone and other gases upon request], Operating temperature: 40–200°F, Maximum operating pressure: 40 PSI, Electrical (Air Pump Version): 120VAC / 0.9A / 95W

Ideal Applications:

Small-scaleCEA facilities Pilot systems for large scale CEA farms Reservoir and tank nanobubble enrichment Inline irrigation enhancement
PureNanoTech SGR1

SGR1 — Precision Research Model (Up to 1 GPM)

Designed for academic laboratories, pilot validation, and precision low-flow research environments

Key Capabilities:

Liquid flow rate: Up to 1 GPM, Gas feed rate: 0–1 SCFM, Maximum gas pressure: 50 PSI, Multi-gas compatibility: Air, O₂, CO₂, N₂, H₂, O₃ (O₃/H₂ require safety-rated configuration), Gas supply: External multi-gas inlet; optional 110V air pump kit

Ideal Applications:

HD60 — Heavy Duty Model (Up to 60 GPM)

Designed for mid-scale operations, greenhouses, and water treatment loops

Key Capabilities:

Liquid flow rate: Up to 60 GPM, Gas feed rate: 0–1.5 SCFM, Multi-gas compatibility: O₂, H₂, N₂, CO₂, Air, [Ozone and other gases upon request], Operating temperature: 40–200°F, Maximum operating pressure: 40 PSI, Electrical: 120VAC / 1.1A / 125W

Ideal Applications:

Medium-scale CEA facilities, Commercial greenhouses, Water & wastewater systems, Inline oxidation and aeration processes,

HC200 — High Capacity Model (Up to 1000 GPM)

Engineered for large-scale facilities and advanced industrial applications

Key Capabilities:

Liquid flow rate: Up to 1000 GPM, Gas feed rate: 0–3 SCFM, Multi-gas compatibility: O₂, H₂, N₂, CO₂, Air, [Ozone and other gases upon request], Operating temperature: 40–200°F, Maximum operating pressure: 40 PSI, Electrical: 120VAC (low draw; pump external)

Ideal Applications:

Large greenhouse operations High-volume water treatment plants Industrial process water conditioning

Designed for Stable, Efficient, and High Nanobubble Output

PureNanoTech nanobubble generators use a proprietary method that produces ultra-stable nanobubbles with high concentration and consistent size distribution. These properties allow our systems to deliver

Exceptional Nanobubble Stability

Remains effective even after long-distance pipeline transport.

High Gas Transfer Efficiency

Enhances the performance of dissolved application-specific gases.

Straightforward Integration

Designed for easy integration into irrigation and industrial systems with minimal pressure drop.

Ozone-Compatible Engineering

Enables advanced treatment processes when configured appropriately.

Flexible Integration for Agricultural and Industrial Systems

PureNanoTech systems are engineered to integrate smoothly into existing setups without major reconfiguration. PureNanoTech’s technical team supports customers through installation, flow configuration, and operational optimization.

Common Integration Points:

This results in significantly improved gas utilization compared to traditional bubbling systems, where most gas escapes before participating in the process.

Evaluate Nanobubble Performance in Your Systems

A paid pilot program may be offered to customers who seek to measure performance in their own system before moving into full deployment.Pilots include equipment, configuration support, and performance monitoring. Please contact us to see whether your facility is capable of a pilot program.

Advanced Nanobubble Testing & Characterization

PureNanoTech offers detailed nanobubble characterization and water performance analysis service through internal or independent, accredited third party testing. This service supports R&D, system diagnostics, and performance optimization.

Nanobubble size & concentration measurement
Dissolved oxygen performance analysis
Ozone–nanobubble behavior evaluation
Custom testing programs for research groups

Ready to Improve Water Performance With PureNanoTech’s Next-Generation Nanobubble Technology?