Nozzle directs gas flow against the filter drum inner surface to reshape and detach solid material, resolving incomplete discharge inefficiencies.
An integrated light pipe in a centrifuge rotor provides visual fill level indication, preventing overfilling and ensuring accurate diagnostic results.
Segmented housing accepts a one-piece liner that eliminates complex multi-insert assembly while providing comprehensive abrasion resistance.
Differential auger rotation in a perforated drum separates fine solids from liquids, overcoming gravity separation limits for similar density particles.
A centrifuge control method uses Coriolis flow meter data to determine accumulated solids mass for precise discharge timing.
A centrifuge bowl uses a stepped lead-in surface to accelerate slurry flow and induce particle tumbling for denser material concentration.
A centrifugal separator accumulates solid substances on specific container zones to purify development fatigue liquid.
Open drainage channels in overflow weir plates allow liquid to flow across the full drum cross-section, preventing fibrous clogging and deposit buildup.
A centrifugal separator adjusts displacement liquid introduction duration based on measured pressure to maintain constant volume.
A closed discharge pipe deflects clarified material tangentially to recover rotational energy from a solid bowl centrifuge drum.
Segmenting the feed stream into two pipes reduces torque requirements and prevents solids plugging in high-rate drilling operations.
A baffle feed apparatus divides a chamber into zones to direct fluidisation flow and combine it with slurry for uniform particle distribution.
A drum centrifuge uses a shaft to transmit rotational energy between inlet and outlet devices.