A separator has a housing that includes a screen positioned within the housing and defining a separation chamber having an inlet that receives a mixture and a discharge opening. The separator includes a pipe at least partially extending along an inlet axis, where the pipe is in fluid communication with the inlet of the separation chamber, and a rotor extending through the separation chamber, where the rotor rotates about a longitudinal axis such that rotation of the rotor moves the solid material upwards in a transport direction that is substantially parallel to longitudinal the axis. The inlet axis is oriented such that the pipe directs the material upwards through the inlet along a material direction that extends at least partially along the transport direction.

The invention relates to a pellet dryer (1) comprising: a housing (2), an inlet for feeding fluid flushed pellets and two separate outlets (3, 10) for discharging the dried pellets and the fluid, a vertical bladed rotor (4) for separation of the fluid by a screen (5) toward outside of the screen (5) surrounding the bladed rotor (4) and for a vertical acceleration and separation of the pellets by the blades (6) of the bladed rotor (4) and for continuously drying the vertically accelerated pellets inside the screen (5) of the housing (2), wherein an additional blower (18) is provided comprising a fan on top of the housing (2) positioned in the periphery of the bladed rotor (4) and connected with a ductwork (20) inside the housing (2) between an inner surface (16) of the housing (2) and an outer surface (38) of a framework (39) of the screen (5), wherein the rotational speed of the additional blower (18) is controlled by a central controller unit of the pellet dryer (1) independently of the rotational speed of the bladed rotor (4).

The invention relates to a pellet dryer (1) comprising: a housing (2), an inlet for feeding fluid flushed pellets and two separate outlets (3, 10) for discharging the dried pellets and the fluid, a vertical bladed rotor (4) for separation of the fluid by a screen (5) toward outside of the screen (5) surrounding the bladed rotor (4) and for a vertical acceleration and separation of the pellets by the blades (6) of the bladed rotor (4) and for continuously drying the vertically accelerated pellets inside the screen (5) of the housing (2), wherein an additional blower (18) is provided comprising a fan on top of the housing (2) positioned in the periphery of the bladed rotor (4) and connected with a ductwork (20) inside the housing (2) between an inner surface (16) of the housing (2) and an outer surface (38) of a framework (39) of the screen (5), wherein the rotational speed of the additional blower (18) is controlled by a central controller unit of the pellet dryer (1) independently of the rotational speed of the bladed rotor (4).

The present invention relates to a centrifugal pellet dryer comprising a housing accommodating a rotor surrounded by a screen, wherein said screen includes at least one porous screen member and is supported by a screen support holding the screen relative to the housing. To avoid vibrations and noise, the centrifugal pellet dryer has the screen supported against the housing by a screen support which includes at least one damper for dampening vibrations of the screen and/or isolating screen vibrations from the housing.

The present invention relates to a centrifugal pellet dryer comprising a housing accommodating a rotor surrounded by a screen, wherein said screen includes at least one porous screen member and is supported by a screen support holding the screen relative to the housing. To avoid vibrations and noise, the centrifugal pellet dryer has the screen supported against the housing by a screen support which includes at least one damper for dampening vibrations of the screen and/or isolating screen vibrations from the housing.

A centrifugal pellet dryer is provided that includes a housing accommodating a rotor surrounded by a screen, and a feeding system for feeding a water-pellet-slurry to the rotor. The feeding system includes a pre-dewatering system for separating water from the water-pellet-slurry upstream of the rotor. The pre-dewatering system may include a feeding pipe having a dewatering perforation, with the pipe being configured to be mounted in different positions to adjust the amount of dewatering.

A centrifugal pellet dryer is provided that includes a housing accommodating a rotor surrounded by a screen, and a feeding system for feeding a water-pellet-slurry to the rotor. The feeding system includes a pre-dewatering system for separating water from the water-pellet-slurry upstream of the rotor. The pre-dewatering system may include a feeding pipe having a dewatering perforation, with the pipe being configured to be mounted in different positions to adjust the amount of dewatering.

A separation device, such as a centrifugal dryer, for separating a mixture of a solid material and a fluid is described. The device has a housing having at least one housing inlet for supplying the mixture and at least one housing outlet for discharging the solid material or the fluid separated from the mixture. The device also has a rotor that is arranged within the housing and is mounted rotatably around a longitudinal axis. The rotor causes movement of the solid material in the direction of the longitudinal axis by rotating. The rotor has multiple rotor segments, which can be separated from each other.

A device for drying granules, such as those made from a plastic material. The device can have a spiral arrangement of one or more rotor blades on a rotor to propel process fluid through a sieve and separate the process fluid from granules by having sieve openings of a size smaller than the granules. The device can also have a fan wheel and a hollow rotor shaft to create an air flow and improve separation and drying of granules. The device enables reliable automated drying of granules using less energy than prior art devices.

A device for drying granules, such as those made from a plastic material. The device can have a spiral arrangement of one or more rotor blades on a rotor to propel process fluid through a sieve and separate the process fluid from granules by having sieve openings of a size smaller than the granules. The device can also have a fan wheel and a hollow rotor shaft to create an air flow and improve separation and drying of granules. The device enables reliable automated drying of granules using less energy than prior art devices.