NanobOx provide highly energy efficient water treatment solutions using nanobubbles to increase the economic and environmental sustainability of bioprocesses, including food production, food and beverage processing, and industrial water and wastewater treatment. Our novel, patented electric field nanobubble technology continuously generates billions of nanobubbles per ml of water from dissolved gases while consuming only a few watts of power. NanobOx nanobubble generation technology: • Uses less than 10W per m3/min water flow rate • Increases oxygen in air nanobubbles x3 ambient concentration • Can be deployed both outside and immersed in water • Operates effectively in highly solids-laden water • Is lightweight and highly flexible in configuration • Has no moving parts and is resistant to fouling." title="" class="btn" data-container="body" data-html="true" data-id="239487" data-placement="top" data-toggle="popover" data-trigger="focus" style="color:#0077b5" tabindex="0" data-original-title="nanobOx"> 223
Activities
Entity types
Location
Belfield Innovation Park, University College Dublin, Belfield, Dublin, D04 V2P1, Ireland
Dublin
Ireland
Employees
Scale: 2-10
Estimated: 4
Engaged catalyst
1Added in Motherbase
2 years, 1 month agoLowest cost nanobubble treatment of water
NanobOx provide highly energy efficient water treatment solutions using nanobubbles to increase the economic and environmental sustainability of bioprocesses, including food production, food and beverage processing, and industrial water and wastewater treatment.
Our novel, patented electric field nanobubble technology continuously generates billions of nanobubbles per ml of water from dissolved gases while consuming only a few watts of power.
NanobOx nanobubble generation technology:
• Uses less than 10W per m3/min water flow rate
• Increases oxygen in air nanobubbles x3 ambient concentration
• Can be deployed both outside and immersed in water
• Operates effectively in highly solids-laden water
• Is lightweight and highly flexible in configuration
• Has no moving parts and is resistant to fouling.
Reducing the energy cost of nanobubble generation by 100x
Catalyst | Type | Tweets | Articles | |
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![]() The Yield Lab Venture Capital and Private Equity Principals | The Yield Lab Venture Capital and Private Equity Principals | Other 27 Nov 2023 | |