NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for saleNOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for saleNOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for saleNOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for saleNOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for saleNOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
    NOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for saleNOT SPECIFIED NOT SPECIFIED Used Support Equipment Oilfield Equipment for sale
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    Support Equipment Oilfield Equipment
    KRW ₩19,566,778 
    Price entered as: USD $14,000

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    Contact:Will Veasey

    Austin, Texas, USA 78746

    General

    Stock Number
    92025163
    Condition
    Used
    Description
    42 X 16 500psi 3 Phase Separator Unit 2 Location: Midland, Texas Type: Used Condition: Good Size: 42 X 16 42 X 16 500psi 3 Phase Separator Unit 2 For Sale A cylindrical or spherical vessel used to separate oil, gas and water from the total fluid stream produced by a well. Separators can be either horizontal or vertical. Separators can be classified into two-phase and three-phase separators (commonly called free-water knockout). The two-phase type deals only with oil and gas, while the three-phase type handles oil, water and gas. Additionally, separators can be categorized according to their operating pressure. Low-pressure units handle pressures of 10 to 180 psi [69 to 1241 kPa]. Medium-pressure separators operate from 230 to 700 psi [1586 to 4826 kPa]. High-pressure units handle pressures of 975 to 1500 psi [6722 to 10,342 kPa]. Gravity segregation is the main force that accomplishes the separation, which means the heaviest fluid settles to the bottom and the lightest fluid rises to the top. Additionally, inside the vessel, the degree of separation between gas and liquid will depend on the separator operating pressure, the residence time of the fluid mixture and the type of flow of the fluid. Turbulent flow allows more bubbles to escape than laminar flow.