As a leading manufacturer in the industrial pump industry, Nikuni Co., Ltd. is constantly working to develop new technologies.

This article introduces our established mixing technology for mixing gases and liquids and the revolutionary mixing systen that uses it.

What is Nikuni's regenerative turbo mixer KTM 　

Regenerative turbo mixer KTM is a system for efficiently suctioning, stirring, mixing, dissolving, and pumping "gas and liquid (gas-liquid),” "liquid and liquid (binary liquid)," and "powder and liquid (powder-liquid)" media. It refines functional water by mixing and dissolving various gases such as oxygen, nitrogen, ozone, CO2, hydrogen gas, and chlorine in water or liquid. Furthermore, it excels in the function of transporting as a high-pressure pump.

■ Features of rregenerative turbo mixer KTM

◎ Three functions in single machine
One KTM regenerative turbo mixer handles: suction → mixing/dissolving → pumping. It has the functions of a pump, ejector, and mixer.

◎ Efficient mixing and dissolving
Special mixing blades efficiently and continuously mix and dissolve "liquids and liquids," "gases and liquids," and "powders and liquids" that are difficult to dissolve.

◎ Compact, lightweight, space-saving
No need for large pressure tanks, ejectors, and static mixers to promote dissolution! System becomes much more compact than conventional methods.

◎ Easy to operate and maintain
Once the degree of valve opening/closing is adjusted at the beginning, the same functional water can be refined by simply turning the valve ON and OFF the next time. Maintenance is also easy due to the small number of components!

Nikuni's mixing and pumping technology contributes to all industries 　

KTM not only replaces static mixers, but also achieves a level of highly efficient gas-liquid dissolution that is not possible with conventional methods. It also plays an active role in the generation of highly concentrated microbubbles, emulsification, and refining of emulsion fuels.

■ Various applications!

Water + Air (Oxygen)
Oxygen enrichment of water for plant cultivation
Removal of iron from well water
Prevention of machine tool coolant from decomposing

Water + Ozone
Sterilization of food and cooking utensils
Sterilization of drinking water and circulating water such as swimming pools
Sterilization and cleaning in biotechnology and medicine fields

Water + Carbon dioxide gas
Prevention of static electricity generation in semiconductor processes
Neutralization of alkaline effluent without the use of chemicals

Chemical liquid + various gases
Production of various functional water
In-pipe reaction

Liquid + liquid
Emulsification of water and fuel oil
Mixing of various hard-to-mix liquids

Powder + Liquid (chemical related)
Production of skim milk powder, wheat flour, corn starch, etc.
Production of flocculants, polymers, calcium carbonate, etc.