A typical grit classifier is designed to separate grit from solid residues and to extract the liquids with the screw conveyor.
During the extraction process, grit and dirt from organic residues can be removed through pulverisation with water during the transportation process (which has the effect of returning organic material to the liquid deposits). Drying is achieved through the effect of gravity when the grit passes above the water level. To maximise drying, the combination of spiral speed and the length of the conveyor belt above the water level plays a key role.
Advantages of using a shaftless screw grit classifier:
Low operational cost
- Screws without treads or submerged joints
- Compact and robust design
- Mounted reducer assembly to facilitate direct access.
Effectiveness
- The combination of the design for the entry of material, the shape of the deposit and the conveyor contribute to minimising disruption in a quiet area and improve efficiency.
- The design of the overflow channel helps to prevent blockages by debris and organic matter.
Applications
For the treatment of municipal and industrial water and waste water.
Low operational cost
- Screws without treads or submerged joints
- Compact and robust design
- Mounted reducer assembly to facilitate direct access.
Effectiveness
- The combination of the design for the entry of material, the shape of the deposit and the conveyor contribute to minimising disruption in a quiet area and improve efficiency.
- The design of the overflow channel helps to prevent blockages by debris and organic matter.
Applications
For the treatment of municipal and industrial water and waste water.
Design Information
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