Kairospace Technologies

2026
PRODUCT CATALOG

Source-to-emitter precision

Advanced Hydrodynamic Cavitation & Nanobubble Technology. Rev 2026.1

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contact@kairospacetech.com

Core Technology

The engine of process intensification

JET-CAV™ & SHEAR-CAV™ Technology

Our cavitators do not require added gases. They use the kinetic energy of the liquid flow itself to create local pressure collapse and intense shear at a microscopic level. Results depend on flow, dose and passes, so each application is tested on the customer's water.

Sludge & Biogas

Shear and collapsing bubbles act on sludge solids to speed up hydrolysis.

Viscosity reduction

Acts on heavy molecular chains, without diluents.

Radical chemistry

Cavitation can form hydroxyl radicals (·OH) in the water, alongside local pressure collapse and shear.

Homogenization

Intense shear mixes fluids and forms fine emulsions in a single pass.

Cavitation System

General specifications

System Integration
  • Installation: Post-pump / Recirculation Loop
  • Pressure Drop: 3-5 PSI Differential
  • Connection: Standard NPT / Flange
Operational Parameters
  • Temperature: 1-60 °C
  • Max Pressure: 100 PSI+ (See Matrix)
  • Mixing Action: Hydrodynamic High-Shear

Performance matrix (flow in GPM)

JET-CAV™
Size 30 PSI 50 PSI 100 PSI
1.0" 9 12 15
1.5" 22 29 39
2.0" 37 49 66
3.0" 83 107 146
4.0" 146 188 257
6.0" 333 430 586
8.0" 581 750 1020
10.0" 914 1180 1600
12.0" 1300 1673 2279

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SHEAR-CAV™
Size 30 PSI 50 PSI 100 PSI
1.0" 23 29 38
1.5" 55 71 98
2.0" 93 123 165
3.0" 208 268 365
4.0" 365 470 643
6.0" 833 1075 1465
8.0" 1453 1876 2653
10.0" 2285 2950 4172
12.0" 3250 4195 5933

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Precision Delivery

A step change in mass transfer

Our injectors combine the power of our cavitators with precise gas injection. Unlike traditional diffusers, our injectors shear the gas into billions of nanobubbles (<200 nm; size characterized by an independent laboratory using nanoparticle tracking analysis). Ultrafine bubbles persist in water far longer than coarse bubbles.

Gas transfer

Less gas lost at the surface. Published research on nanobubble gas transfer (not our hardware) reports >85%, against ~15% for standard aerators.

Root-zone oxygen

Delivers O₂ to the root zone. Yield response depends on crop and site, so we pilot first.

Dissolved-air flotation

Fine bubbles for oil and solids flotation. Coagulant need is tested per water.

Surface fouling

Shear and nanobubbles act on films on pipes and membranes. Results depend on your water; we test it.

Inline Injector

General specifications

Construction Materials
  • Body: PVC Sch 40/80
  • Injector Core: Titanium
  • Bulkhead: Stainless Steel
  • Gaskets: Viton
Operational Parameters
  • Max Water Pressure: 145 PSI (10 Bar)
  • Max Gas Pressure: 80 PSI
  • Temperature: 1-60 °C
  • Compatible Gases: O2, N2, H2, CO2, O3

Model specifications

Size Connection Water Flow (GPM) Air Flow (LPM)
0.75" 0.75" NPT Union/Flange 1 - 7 0.1 - 3
1.0" 1" NPT Union/Flange 9 - 15 0.1 - 3
1.5" 1.5" NPT Union/Flange 15 - 40 1 - 5
2.0" 2" NPT Union/Flange 37 - 66 2 - 8
3.0" 3" NPT Union/Flange 80 - 150 16 - 29
4.0" 4" Flange 150 - 260 29 - 50
6.0" 6" Flange 500 - 650 50 - 85
8.0" 8" Flange 800 - 1000 85 - 150
10.0" 10" Flange 1000 - 1300 150 - 250
12.0" 12" Flange 1200 - 1500 250 - 400

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Oxygen Generation

Oxygen generators (O2)

Supersaturation

DO above 30 mg/L demonstrated with our injectors.

Aquaculture

Sized on feed rate.

Remediation

Supports aerobic bacteria that degrade pollutants.

Advanced oxidation

Reactive oxygen species.

When ambient air cannot carry enough oxygen, our generators concentrate it to feed Kairospace injectors directly. Industrial grade PSA ensures consistent 93% ± 3% purity.

Model Flow Power Output
OG-10 10 LPM 0.7 kW 85 PSI
OG-20 20 LPM 1.4 kW 85 PSI
OG-30 30 LPM 2.1 kW 85 PSI
OG-40 40 LPM 2.8 kW 85 PSI
OG-50 50 LPM 3.5 kW 85 PSI
OG-60 60 LPM 4.2 kW 85 PSI
OG-80 80 LPM 5.6 kW 85 PSI
OG-100 100 LPM 7.0 kW 85 PSI

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O2 Concentrator
Precision Monitoring

KST-HHM-ODO meter

Portable Optical Dissolved Oxygen Meter. Features fluorescence quenching technology for drift-resistant measurement with no permeable membrane or electrolyte.

  • Range: 0-50 mg/L (0-500% Sat)
  • Accuracy: ±1% (0-20 mg/L)
  • Features: Auto Temp/Pressure compensation.
  • Data: RS-485 Modbus RTU Output.
ODO Meter
Website

www.kairospacetech.com

Contact

contact@kairospacetech.com

The images, specifications, and performance metrics in this brochure are provided for informational purposes only and are subject to change without notice. They are approximate and illustrative, and may vary due to design modifications or manufacturing tolerances. Kairospace Technologies makes no warranties, express or implied, regarding the accuracy or completeness of this information and accepts no liability for any damages arising from its use. Prospective customers should verify details with an authorized representative prior to purchase. This brochure does not constitute a binding offer or contract.