Fluid-compression balance drums cushion startup axial thrust in cryogenic pumps, protecting shafts, bearings, and adjacent components.
Two shaft materials balance cryogenic toughness and ferromagnetism, enabling magnetic-bearing turbo machines to operate down to 20K.
Angled blades and automatic tube locking improve blower/vacuum chopping while preventing exposed cutter rotation and dust on the control board.
Opposed protrusions and periodic reverse pump flow capture and dislodge foreign substances to prevent pipe and pump blockages.
Two-piece high-chrome volute construction improves casting yield, enables full interior coating, and cuts pump wear and maintenance time.
Nonlinear vane edges and agglomerate pockets break or receive polymer clumps to prevent feeder jams, lower torque demand, and sustain throughput.
Reverse-facing protrusions intercept debris and help pump-driven flow dislodge clogs, keeping pipes and pumps clear.
When an impeller stalls from debris, the controller reverses motor polarity to clear the blockage while maintaining drainage flow.
A vacuum-insulated suction container uses a boil-off gas layer and baffle structure to cut heat input and keep liquefied-gas pumping stable.
A start interlock keeps the inlet cover closed before operation, while angled segmented blades improve debris cutting and reduce blockage.
A low-friction polymer flange seals the pump nose gap against the impeller, cutting slurry recirculation, wear, and liner adjustment effort.
A secondary sheath inlet uses suction from the driving flow to raise total blood flow while limiting direct pump shear in minimally invasive support.
Surface formations on a slurry pump inlet create cross-flow turbulence that clears particulates from side-liners and reduces erosive wear.
An enclosed pump column with an actuator-driven door enables remote submersible pump handling while preventing boil-off gas release and purge gas use.
Winglets, angled ribs, and stacked discs create laminar flow to pump viscous, gas-entrained, and solids-laden fluids with less wear.
A motor-driven rotating shovel spreads dried sludge evenly in a container, preventing pileup and removing the need for manual redistribution.