Non-contacting seals replace metal-to-metal contacts in a decanter centrifuge, allowing fluid injectors to clean all internal surfaces without disassembly.
Segmented wing elements attach to a neck device via threaded rods, eliminating welding-induced buckling and reducing machining costs.
A centrifugal separator recirculates heavy phase to the sludge space via a dedicated conduit system.
Segmenting the rotor casing from fluid connections reduces equipment complexity while maintaining sterility through standardized interfaces.
Sensors detect fluid parameters and drive a radial actuator to adjust the paring disc, eliminating manual intervention while maintaining separation precision.
Partition walls segment the helical channel into sub-channels, directing liquid upstream and downstream to resolve low centrifugal force separation bottlenecks.
A multi-axis centrifuge rotates a spherical capsule across orthogonal axes to separate particles by mass distribution.
Segmented bushing and plate members eliminate external bolts, reducing construction complexity while extending wear resistance intervals.
Flow interference members disrupt secondary separation in centrifuge product streams, ensuring homogeneous discharge and reducing desludging frequency.
A variable speed pump replaces bulky pressure vessels and separate conduits, controlling liquid supply and discharge to stabilize the radial interface layer.