Post RFQ
This equipment utilizes a tapered screw shaft with a reducing pitch inside a sealed screen cylinder.As the screw rotates,it exerts continuous axial and radial pressure on the incoming slurry.Liquids are forced through the precision stainless steel wedge wire screen,while solids are progressively dewatered and discharged as a relatively dry,fibrous material from the end.Key advantages include continuous operation,high dry matter extraction rates,and relatively low energy consumption.Wear-resistant screw flights and a robust screen design ensure durability when handling abrasive materials like sand and coarse fibers.Some models include a backflush system to prevent screen clogging.
A standard separator with a 30 m³/h capacity is roughly 4m long,1.2m wide,and 1.5m high,powered by a 15 kW motor.It requires a mixing/homogenization pit and a slurry feed pump for consistent input.The dryness of the solid output can be adjusted via an end counterweight or hydraulic back-pressure device.The unit must be installed on a solid concrete foundation with proper channels for collecting separated liquids and solids.

Used in manure handling systems on pig and cattle farms.Raw slurry is pumped from storage to the separator.The separated solids can be transported directly for aerobic composting into organic fertilizer.The liquid fraction can proceed to anaerobic digesters for biogas production or be stored in lagoons for later land application as liquid fertilizer.Separation significantly reduces the load on downstream processes(e.g.,reducing scum and sediment in digesters),cuts transportation costs,and creates a valuable solid by-product.It is a key link in integrated nutrient management and environmental compliance.