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94238619

Used

60in x 15ft 1440 PSI 3 Phase Separator Type: Refurbished Location: Midland, TX 60in x 15ft 1440 PSI 3 Phase Separator Benefits A 60-inch diameter by 15-foot length, 1440 PSI, 3-phase separator is a substantial piece of equipment used in the oil and gas industry to separate well fluids into their constituent components of oil, gas, and water. Here are several benefits of using such a 3-phase separator: Three-Phase Separation: It effectively separates the incoming well stream into separate gas, oil, and water phases, which can then be processed, stored, or transported accordingly. 1440 PSI Operating Pressure: Designed to handle a maximum allowable working pressure (MAWP) of 1440 PSI, this separator is suited for high-pressure well applications, ensuring safety and integrity during the separation process. Large Diameter and Length: The dimensions of the separator allow for significant capacity and throughput, accommodating substantial flow rates which are typically associated with high-producing wells or fields. Versatility: This separator can be used in both onshore and offshore facilities, including fixed platforms, floating production units, and even for well testing operations. Pressure Control: High-pressure separators are equipped with safety valves and pressure control systems that ensure operations are maintained within safe limits. Improved Product Quality: By efficiently separating oil from gas and water, the quality of the product stream is enhanced, leading to potentially higher market prices and reduced processing costs. Optimized Water Disposal: The separation of water from the other phases allows for effective water disposal or re-injection strategies, important for reservoir pressure maintenance or environmental considerations. Reduced Need for Additional Equipment: The ability to perform all three phases of separation in one unit reduces the need for additional downstream processing equipment. Decreased Transportation Costs: By separating and reducing the volume of water and other contaminants on-site, transport costs for the oil phase can be significantly reduced. Emission Reduction: Efficient gas separation can lead to lower volatile organic compound (VOC) emissions, helping operations meet environmental regulations. Water Treatment: Proper separation of water allows for easier treatment to meet environmental discharge or injection quality standards. Data Gathering: Separators facilitate measurement and metering of oil, gas, and water, providing valuable data for reservoir management and optimization of production.