Smaller risk of damage caused by pressure and high-efficiency oxygen resolution at the air emission component combine to reduce the burden on the blower to enable stable operation with less power consumption.
Perfectly maintenance-free
Interior Structure of the SEIKA ecorator
Air is equally distributed all over the cylinder interior by positioning the air emission component on the outside of the inner cylinder and by employing a special gas distribution structure.The air emitted from the emitted from the emission component creates a stripping phenomenon as a result of the newly developed MCV structure.Structural refinement enhances oxygen resolution efficiency
powerful suction power
Employment of a newly developed ejector theory for the air emission component has more than doubled suction power compared with our conventional sister product SA-130
1.The large section area of the air emission component seldom incurs a back-flow.
2.the air emission sectionarea is about 40 times that of the membrane diffuser
1. The air emission component is on the outside of the inner cylinder and the air and water is split with a cutter for efficient mixing.
2. The venturi cutter employs aeromechanics which generate a pressure difference between passing water and air bubbles,splitting the air bubbles,and refining the structure
3. The unique powerful suction sucks a large amount of sludge water from the tank bottom,increases contact with the air bubbles,and heightens the oxygen resolution efficiency.
Model | Material | Air blow amount per pipe (m3/min) | Agitation area per pipe | Water depth | |||||
---|---|---|---|---|---|---|---|---|---|
Body | Air piping | Connector | Weight (kg) |
Lower limit | Stan- dard |
Upper limit | |||
ECO-1000 | PP | SUS304 (JIS10K40A flange) |
Integrated (PP/SUS) | 4.0 | 0.7 | 1 | 1.4 | 6~7㎡ | 2m+ |