Trident Advantage
1B
More Bubbles
Trident nanobubble generators can deliver over 1 billion nanobubbles per ml of water. This yields tremendous benefits to any aeration or nanobubble application.
>85%
More Gas Transfer
Trident nanobubble generators achieve extraordinary gas transfer results, delivering healthier plants, healthier fish, cleaner water, and better results.
O3
Ozone Ready
All our nanobubble generators support most common gas types including Oxygen, Carbon Dioxide, Nitrogen, Hydrogen, Helium, Atmospheric Air, and Ozone.
Nanobubble Solutions From
1 GPM to 5,000 GPM
Our mission is to revolutionize the nanobubble industry by offering affordable solutions that can scale to any water treatment capacity using a single advanced membrane platform.
We offer nanobubble generating membrane solutions for a wide range of water flow rates, from 1 gallon per minute (gpm) to 5,000 gpm in a single membrane. Enabling maximum gas transfer to water in a single pass.
Our generators also offer market leading energy efficiency.
Trident Low-Pressure Nanobubble Generators
Trident's Low-Pressure Nanobubble Generators (LPNBGs) represent a new class of nanobubble generators designed to outperform traditional nanobubble technology by delivering the same powerful benefits of nanobubbles while consuming between 50%-80% less energy.
Trident's LPNBG technology shatters existing standards in performance, flexibility and ease of use.
Benefits of Trident's LPNBG:
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Reduced technology acquisition costs
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Reduced ongoing energy costs
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Smaller technology footprint
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Easy drop-in installation for most in-line installation environments
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Opens new potential in portable and mobile application of nanobubble technology
LPNBG Power Profile:
Operational Pressure (Water): 3 PSI or 0.2 Bar
Recommended Pressure (Water): 7 PSI or 0.5 Bar
Operational Pressure (Gas): 4 PSI or 0.3 Bar
Recommended Pressure (Gas) : 8 PSI or 0.6 Bar
Operational Pressure = ~50% of rated gas transfer
Recommended Pressure = 100% of rated gas transfer
Trident Advantages
Customer Spotlight.
“We use the Trident nanobubble generators along with our S-Series ozone systems to increase our systems capabilities. We have noticed a considerable increase in water treatment in both small and very large water reservoirs as a result of this added component.
The team at Trident are excellent and very knowledgeable in nanobubble technology, we will continue to use them as our primary NANO technology provider.”
Cam Clarke,
Managing Director, and Founder
Applications
Explore science based research into nanobubble technology and how nanobubbles provide a chemical free method to help with some of the biggest challenges faced by industry and society today.
The potential applications and benefits of nanobubbles makes it a pivotal technological discovery with far reaching implications for how we manage new challenges in our food supplies or how nanobubbles can improve industrial output in some cases by order of magnitude.
In The Field
Aquaculture Tank Cleaning
Recent aquaculture customers not only realized a 50% reduction in oxygen use converting to nanobubbles, but also found that the nanobubbles helped to float tank detritus for easier removal.
Environment:
Gravity powered water circulation system.
Water flow rate: 8.43 m3/h or 37 GPM
Water pressure: 4 PSI
Gas flow: 5 LPM
Gas transfer efficiency: >90%
Grow-Out Farm
An aquaculture facility, housing over 450,000 fingerlings in their grow-out tanks, needed a better aeration solution. After switching to our nanobubble generators, they saw significant improvements: cleaner tank water, a 50% reduction in oxygen use, and healthier fish.
The nanobubbles also facilitated the separation and removal of dissolved oils and sludge, further enhancing the tank environment.
Extensive Shrimp Farm
Trident is working with extensive shrimp farmers to help introduce our nanobubble technology to allow cost effective intensification of their operations.
Using nanobubbles helps shrimp farmers to not only decrease energy consumption but also reduce chemicals use, maintain a stable dissolved oxygen level and achieve higher output per cubic meter of pond water.