Hydro-Helical gas separator solves difficult gas problems
Fluid remixing and inefficient separation due to regions of turbulent flow
Ineffective fluid separation patterns due to high-pressure differential across the separator
Limited maximum flow rate and pump compatibility from ingestion of fluid through exit ports
Flow losses, recirculation, and gas ingestion in tandem configurations
Top tier technology
Crossover technology enables maximum throughput efficiency of rotating fluids, optimum directional transfer of liquid, and increased erosion protection
Proprietary Erosion Buster® protection design throughout reduces erosion and wear
Innovative fluid moving stages produce 20% greater flow rate than conventional separators and 33% greater flow rate in tandem configuration
Anti-gas lock technology results in zero gas lock within the separator and thereby improved gas slug ride-through
Superior thrust protection reduces erosion and wear on running surfaces between the impeller and diffuser
Stationary helix vortex inducer creates greater than 95% separation efficiency, consistent separation of fluids at higher velocities and gas volume fractions, and eliminates erosion characteristics common in traditional paddlewheel vortex separators
