Mixing pump combines exhaust water with cleaning agents to prevent road icing hazards and reduce fluid consumption.
Stacked frustoconical pump surfaces reduce shearing forces between rotor and stator, shortening settling times for immiscible liquid separation.
Sequential co-current contactor stages remove acid gases from natural gas, reducing system weight and eliminating costly enrichment processes.
Segmented fins with decreasing pipe cross-sections maintain constant pressure at each port, ensuring uniform gas distribution and flow rates.
Flap and helical mixers enhance evaporation of liquid reductant, reducing residue deposition on catalysts caused by insufficient mixing.
Integrated mixer insert parts with 90-degree twists reduce flow resistance and assembly complexity.
Modified micro-venturi device segments continuous phase fluid to produce monodispersed microbubbles with controlled diameters.
A porous chemical dispenser regulates solute dissolution through permeation to maintain steady concentration levels.