ELGIN Vacuum Degasser

ELGIN Vacuum Degasser

Product catalog summary
Overview: The document provides technical specifications and operational details for the Elgin Separation Solutions Vacuum Degasser models ESSDG-600 and ESSDG-1200. These units are essential in the solids control process for drilling operations, specifically designed to remove entrained gas bubbles from drilling mud.
Specifications:
  • Model Numbers: ESSDG-600 and ESSDG-1200
  • Flow Rates: 600 gpm (38 lps) and 1,200 gpm (75 lps) respectively
  • Vacuum Pump: I.R type operating at 1500 rpm
  • Motor: 5 hp, 50 Hz, 1450 rpm
  • Jet Nozzle Type: Eductor Type
  • Skid Dimensions: Length 104” (2,642 mm), Width 63.75” (1,619 mm)
  • Height: 78.5” (1,994 mm) for ESSDG-600 and 87.5” (1,994 mm) for ESSDG-1200
  • Weight: 3,250 lbs (1,474 kg) for ESSDG-600 and 3,500 lbs (1,587 kg) for ESSDG-1200
  • Skid Type: Oilfield
Functionality: The vacuum degasser is a critical component in the drilling mud processing system, positioned after the mud/gas separator. It effectively removes small entrained gas bubbles from the mud, ensuring efficient operation of downstream equipment like hydrocyclone desanders and decanting centrifuges.
Features:
  • Weir around plates for equal liquid distribution.
  • Multiple leaf plates increase surface area for gas separation.
  • Deep corrugation on plates enhances turbulence for maximum gas separation efficiency.
  • Vents on each plate allow direct vertical exit of separated gases.
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Catalog excerpts

ELGIN Vacuum Degasser-1

Features Include: • Weir around the plates for equal distribution of liquid on each plate. • Multiple leaf plates surface area spreads gas-cut mud so that entrained gas bubbles are brought to the surface where deep corrugation provides turbulance giving maximum separation efficiency of gases from mud. • Vent on each plate for direct vertical exiting of the separated gases. Vacuum Degasser The vacuum degasser, also known as a mud/gas separator is one of the first units of solids control equipment arranged to treat drilling mud. As such, they process all of the drilling mud from the flow line before the mud reaches the primary shale shakers. The units have no moving parts and rely on the density difference between the gas and the mud for removal. The process is simple, yet very effective for well drilling fluids processing system. The vacuum degasser is used to remove the small entrained gas bubbles left in the mud by the mud/gas separator. These units are positioned downstream from mud/ gas separators, gumbo removal equipments (if utilized), shale shakers, and mud conditioners (if utilized) while hydrocyclone desanders and decanting centrifuges follow in the arrangement.

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