Technology
We deliver with new technology that:
• Destroys PFAs.
• Improves water filtration.
• Produces biochar.
Nanobubble Ozone Technology
Pyrolysis Reactors
SHIPPING SPRING 2025!
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Developed in collaboration with the National Oceanic & Atmospheric Administration, NBOT is the cutting edge of water remediation.
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HOW IT WORKS
​The NBOT machine produces nanobubbles in water infused with ozone, 3,000 X smaller than a grain of sand.
​The high surface area to volume ratio maximizes contact with contaminants.
​Bubbles remain suspended in water for up to three weeks at a time, enhancing their effectiveness.
​When ozonated nanobubbles burst, they release hydroxyl radicals – extremely powerful oxidizing agents, over 1,000 times more effective than ozone by itself. These radicals are powerful and can quickly oxidize and break down a wide range of pollutants.​​​​
OUTCOMES
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• Exceptionally pure water.
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• Increased dissolved oxygen.
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• Up to 99.5% of contaminants, including algae, ​bacteria and toxins such as PFAS.
INDUSTRy applications
• Drinking Water
• Wastewater
• Paper
• Food Processing
• Medical
• Agriculture
• Pools, Aquaculture, Zoos
pyrolysis makes biochar.​​
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biochar heals the environment.
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Conversion of biomass is what the 4th Industrial Revolution is all about. Pyrolysis is the key creating energy, carbon credits and profits.
HOW IT WORKS​
​ARTi in DeMoines, IA is setting the US standard for scalable pyrolysis. Their reactors are now producing biochar from all manner of biomass, such as organic sludge, food processing waste, wood waste from storms, agricultural and the hemp we use for removing PFAs from the soil.
Pyrolyis destroys PFAs in a high temperature / low oxygen environment.
The resulting biochar is used as a soil amendment to quickly and effectively restore balance to degraded landscapes, for farms, airports, brownfields. ​​
ROI​
Calculating ROI on a small or large scale is done using the GRAIN Ecosystem platform. This company is changing the global landscape and the climate by enabling the "4th Industrial Revolution."​
NEXT STEPS​
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Help us promote what's possible in 2025. Click here to learn more about pyrolysis and biochar. ​
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