EUR € 83.772
Machine Location:4111 Marathon BlvdAustin, Texas, USA 78756(Opens in a new tab)
Seller Information
View Seller InformationGeneral
Stock Number
17011053
Condition
Used
Description
42in X 10ft 2000 psi 3 Phase Skidded Separator
Type: Used
Condition: Excellent
Location: Edinburg, TX
42in X 10ft 2000 psi 3 Phase Skidded Separator Benefits
Efficient separation: The skidded separator is designed to efficiently separate the three phases of oil, gas, and water. It effectively separates the different components, allowing for a more efficient processing and handling of the fluids.
High pressure capability: With a pressure rating of 2000 psi, the skidded separator can handle high-pressure applications. This makes it suitable for use in oil and gas production facilities that require the separation of fluids at elevated pressures.
Large capacity: The 42in X 10ft size of the skidded separator provides a large capacity for processing fluids. This means it can handle a significant volume of oil, gas, and water, making it suitable for high production rates.
Compact and portable: The skidded separator is designed as a compact unit, mounted on a skid for easy transportation and installation. This makes it ideal for onshore and offshore applications where space is limited or mobility is required.
Reduced operational costs: The efficient separation provided by the skidded separator helps to optimize the production process, leading to reduced operational costs. It minimizes the amount of waste fluids and improves the quality of the separated components, resulting in cost savings for the operator.
Improved safety: The skidded separator is designed with safety features in mind, such as pressure relief valves and level sensors. These features help to prevent over-pressurization and ensure the safe operation of the separator, reducing the risk of accidents or equipment failure.
Increased production efficiency: By effectively separating the three phases, the skidded separator improves the overall production efficiency. It allows for better control and management of the fluids, leading to increased productivity and optimized production rates.