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02209202

Bekas

48 X 20 2500 psi Skidded 3 Phase Separator Type: Used Condition: Excellent Location: Midland 48 X 20 2500 psi Skidded 3 Phase Separator Description Pressure Rating: The separator is specifically designed to handle high-pressure operations, with a pressure rating of 2500 psi. This means it can effectively handle the separation of fluids at elevated pressures commonly encountered in oil and gas production. Three-Phase Separation: The skidded 3-phase separator is designed to separate the produced fluids into three distinct phases: oil, gas, and water. It utilizes physical separation principles to efficiently separate and remove these components from the well stream. Skid-Mounted Design: The separator is typically mounted on a skid, which is a steel framework that provides structural support and allows for easy transportation and installation. The skid design ensures stability and facilitates the integration of other necessary equipment, such as valves, instruments, and control systems. Vessel Design: The separator vessel is constructed to withstand high-pressure operations and is made of durable materials, such as carbon steel or stainless steel, to ensure integrity and longevity. The vessel is equipped with internal components and baffles that aid in the separation process. Inlet and Outlet Connections: The separator has designated inlet and outlet connections for the incoming well stream and the separated components. The inlet connection allows the well stream to enter the vessel, while the outlet connections enable the individual phases (oil, gas, and water) to exit the separator. Control and Instrumentation: The skidded 3-phase separator incorporates control and instrumentation systems to monitor and regulate the separation process. This includes level indicators, pressure gauges, temperature sensors, flow meters, and control valves to ensure optimal operation and efficiency. Safety Features: Safety considerations are paramount in the design of the separator. It may include safety relief valves to protect against overpressure, flame arrestors to prevent the propagation of flames, and emergency shutdown systems to quickly isolate the separator in case of emergencies.