Nana
Páginas: 3 (573 palabras)
Publicado: 6 de marzo de 2011
Product Overview
Artificial Lift Pumps
Multi-Phase Pump
Benefits
Efficient gas handling design increases production at lower power costs; free gas production through the MVP pump lightensthe fluid column Maximum fluid draw down in wells with high gas content increases productivity and revenue per well Confers high momentum to the fluid exiting the impeller, expanding gas evacuationCreates turbulence to break up gas bubbles Eliminates gas locking Extended run life
Features
Highly efficient gas handling stage Split vane design prevents gasaccumulation in the impeller and allows for successful pumping of well fluids with high gas content Steep vane exit angle Oversized balance holes State-of-the-art gas handling Abrasion resistant MVP pumpconfigurations are typically constructed as Severe Duty (SD) models to handle high levels of abrasives in the well fluid
The Baker Hughes MVP™ multi-phase gas handling pump stage is an importantaddition to the Baker Hughes XP Performance series line of pumps. The innovative MVP gas handling pump design expands the operating range of electrical submersible pumping (ESP) systems and is the mostefficient gas handling pump of its kind in the industry, allowing continuous operation of ESP systems in extreme gas conditions and reducing the tendency for underload shut downs due to gas interference inthe pump. Our MVP features a unique, patented impeller design that enables the pump to continually operate while producing substantial lift in fluid conditions exceeding 70% free gas. The MVP pumptechnology was extensively tested in our high pressure gas test loop. This unique, highly instrumented state-of-the-art testing facility is the only one of its kind in the industry and is used to aid thedesign, development and evaluation of gas handling technology. MVP can be used alone or employed as a charge pump in a standard ESP system. MVP can be combined with the Baker Hughes GM Series gas...
Artificial Lift Pumps
Multi-Phase Pump
Benefits
Efficient gas handling design increases production at lower power costs; free gas production through the MVP pump lightensthe fluid column Maximum fluid draw down in wells with high gas content increases productivity and revenue per well Confers high momentum to the fluid exiting the impeller, expanding gas evacuationCreates turbulence to break up gas bubbles Eliminates gas locking Extended run life
Features
Highly efficient gas handling stage Split vane design prevents gasaccumulation in the impeller and allows for successful pumping of well fluids with high gas content Steep vane exit angle Oversized balance holes State-of-the-art gas handling Abrasion resistant MVP pumpconfigurations are typically constructed as Severe Duty (SD) models to handle high levels of abrasives in the well fluid
The Baker Hughes MVP™ multi-phase gas handling pump stage is an importantaddition to the Baker Hughes XP Performance series line of pumps. The innovative MVP gas handling pump design expands the operating range of electrical submersible pumping (ESP) systems and is the mostefficient gas handling pump of its kind in the industry, allowing continuous operation of ESP systems in extreme gas conditions and reducing the tendency for underload shut downs due to gas interference inthe pump. Our MVP features a unique, patented impeller design that enables the pump to continually operate while producing substantial lift in fluid conditions exceeding 70% free gas. The MVP pumptechnology was extensively tested in our high pressure gas test loop. This unique, highly instrumented state-of-the-art testing facility is the only one of its kind in the industry and is used to aid thedesign, development and evaluation of gas handling technology. MVP can be used alone or employed as a charge pump in a standard ESP system. MVP can be combined with the Baker Hughes GM Series gas...
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