Industrial nanobubble generators and cavitators
Four pieces of hardware, one job: put gas, nutrient and chemistry into water in a state that stays there. Cavitators, injectors, oxygen generation, and the meter that proves it.
The engine of process intensification
Our cavitators need no added gas. They use the kinetic energy of the flow itself to drive physical and chemical change at the microscale — results conventional mixers cannot match.
Accelerates hydrolysis of waste activated sludge. Ruptures cell walls to increase biogas yield.
Breaks down heavy molecular chains and asphaltenes without diluents — published trials report viscosity reductions of up to 40%, with the literature ranging 33–84% by crude, temperature and shear.
Cavitation makes hydroxyl radicals (·OH) in the water itself, so there is less oxidant to buy, store and dose for that share of the work.
Stable submicron emulsions and blends in seconds, where an agitator takes minutes.
Shear-Cav™
Best for: Main lines, single-pass irrigation, and high-flow transfers.
Uses fluid velocity to generate intense shear. Breaks down complex molecules and hydrates them in a single pass.
- Sizes: 1.0" – 12.0"
- Flow: 23 – 5933 GPM
- Mechanism: Passive / velocity driven
Jet-Cav™
Best for: Batch tanks, reservoirs, and active mixing loops.
Designed for variable-pressure environments. Creates a high-impact mixing zone that keeps solids in suspension and limits sludge build-up.
- Sizes: 1.0" – 12.0"
- Pressure: Max 145 PSI
- Mechanism: Active / pump driven
A step change in mass transfer
Our injectors combine our cavitators with metered gas injection. Unlike a diffuser, they shear gas into billions of nanobubbles (<200 nm, sized under ISO 20480 by an independent laboratory) that stay suspended for months, in our deployments and in published work.
Oxygen generators (O₂)
For critical applications, ambient air is not enough. Our oxygen generators concentrate oxidizing power to feed Kairospace injectors directly.
Fed by these generators, our injectors have demonstrated dissolved oxygen above 30 mg/L — well past air saturation — in our deployments and in published research.
Dissolved oxygen held through the water column, so stocking density stops being an oxygen decision.
Pure oxygen supports aerobic bacteria that degrade organic pollutants faster than air-based aeration in published work.
Reactive oxygen species for seed treatment and AOP work.
High-pressure O₂ generator
Generates 93% oxygen at 85 PSI, matched to injector inlet pressure.
View specs →
Optical DO meter
Process validation. Optical fluorescence-quenching measurement, with no permeable membrane or electrolyte to drift — laboratory-grade readings in the field.
View specs →Engineered for your process
Drop-in retrofit or engineered system — the hardware is modular either way, and we size it to your flow, pressure and goal.
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