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One unique pipe that uses aerodynamic principles
to transcend conventional reaction and mixing limits

OHR MIXER Liquid–Liquid, Gas–Liquid, Solid–Liquid, the tougher the environment the more dramatic the results

Real-world examples

A high-pressure homogenizer operating at a pressure of 50 MPa was replaced with an OHR MIXER operating at just 0.5 MPa
An OHR MIXER–based deoxygenator reduced N2 gas consumption by 79% and treatment time by 61%
An additive at an ultra-low concentration of 3.0 ppm can be uniformly dispersed in liquid in an instant

Learn more about real case

: Emulsification I Micro- & nano-bubbles
Deoxygenation I Disintegration
Uniform dispersion of trace components
Fine dispersion/mixing I Others

Lern more OHR mixer

OHR AERATOR Instantaneous gas–liquid reaction diffuser

Real-world examples

Even in a 30% lime slurry tank, no clogging for 20 years
Oxygen Transfer Rate seven times higher than a powerful submersible aerator
Maintenance-free for 26 years when used in a sludge storage tank (SS: 20,000mg/L)

Learn more about real case

: Clog-free air diffuser I Ozone treatment
Preventing H2S gas generation I pH adjustment
Preventing sludge accumulation I Others

: Gas-Liquid reaction I Degassing
Oxygenation I CaCO3 generation
CaSO3 and MgSO3 oxygenation for desulfurization
Others

Lern more OHR Aerator

Real-world examples

A high-pressure homogenizer operating at a pressure of 50 MPa was replaced with an OHR MIXER operating at just 0.5 MPa
An OHR MIXER–based deoxygenator reduced N2 gas consumption by 79% and treatment time by 61%
An additive at an ultra-low concentration of 3.0 ppm can be uniformly dispersed in liquid in an instant

For chemical reaction and water treatment

Real-world examples

Even in a 30% lime slurry tank, no clogging for 20 years
Oxygen Transfer Rate seven times higher than a powerful submersible aerator
Maintenance-free for 26 years when used in a sludge storage tank (SS: 20,000mg/L)

For chemical reaction and water treatment

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