A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
MULTI-PHASE FLUID SEPARATOR AND THE USE OF SUCH SEPARATOR
Multi-phase fluid separator (100) comprises an elongate housing(100') with a circular cross-section along its elongate axis (L). Multi-phase fluid (300) enters at inlet (101) and is set into rotation by a shaft-less spin-up device (400) which creates a highly centrifugal gravitational force that drives the heaviest liquid phases out to the wall of the separator (100) and the light phase along the longitudinal axis of the separator (100). The shaft-less permanent electromagnet motor (200) is driving vanes (401) mounted in a rotary frame (402). Contaminated heavy phase containing solids exits at outlet (105) where solids is prevented from further flow by weir (115). Non-contaminated heavy phase fluid (303) exits at outlet (104) and is prevented from further flow by weir (113). Intermediate weight phase fluid (302) exits at outlet (103), whereas the lightest fraction exits the separator (100) through a centrally arranged light phase outlet (102).
MULTI-PHASE FLUID SEPARATOR AND THE USE OF SUCH SEPARATOR
Multi-phase fluid separator (100) comprises an elongate housing(100') with a circular cross-section along its elongate axis (L). Multi-phase fluid (300) enters at inlet (101) and is set into rotation by a shaft-less spin-up device (400) which creates a highly centrifugal gravitational force that drives the heaviest liquid phases out to the wall of the separator (100) and the light phase along the longitudinal axis of the separator (100). The shaft-less permanent electromagnet motor (200) is driving vanes (401) mounted in a rotary frame (402). Contaminated heavy phase containing solids exits at outlet (105) where solids is prevented from further flow by weir (115). Non-contaminated heavy phase fluid (303) exits at outlet (104) and is prevented from further flow by weir (113). Intermediate weight phase fluid (302) exits at outlet (103), whereas the lightest fraction exits the separator (100) through a centrally arranged light phase outlet (102).
MULTI-PHASE FLUID SEPARATOR AND THE USE OF SUCH SEPARATOR
SEPARATOR FÜR MEHRPHASIGE FLUIDE UND VERWENDUNG SOLCH EINES SEPARATORS
SÉPARATEUR DE FLUIDE POLYPHASIQUE ET SON UTILISATION
STRØM HAROLD (author)
2024-01-03
Patent
Electronic Resource
English
| European Patent Office | 2024