1 . Compact structure , small area occupied , easy to install ;
2 . Except for the air inlet , all the parts are in water and noise level is very low ,
3 . More air intake , more and small bubble produced and high oxygen dissolution ;
4 . Not necessary to provide air source , no air blower and engineering cost is fairly low .
5 . ABS submersible technology imported from Germany is adopted . The flow channel of the impeller is adopted of blockless and the operation is safer and more reliable .
The submersible aerator is composed of submersible pump , mixing compartment , pedestal , air inlet tube , muffler , etc for the air inlet tube , the upper side is the air inlet above the water surface and the lower side is connected to the mixing compartment . when the electric power is switched on , the impeller shall rotate and the water shall flow out of the impeller outlet . it shall result in minus pressure in the mixing compartment and air shall enter to mix the liquid . the mixture shall flow out from periphery to fulfill the process to oxygenate the liquid
|Oxygen transfer in clean water (kgO2/h)||
Single servicing area
|Max area(m2)||Max depth(m)||Air input(m3/h)|