EUR € 283.702
Machine Location:4111 Marathon BlvdAustin, Texas, USA 78756(Opens in a new tab)
Seller Information
View Seller InformationGeneral
Stock Number
38444371
Condition
Used
Description
Schlumberger CPS 361 Twin Cement Pumping Unit
Type: Used
Condition: Good
Location: Singapore
Schlumberger CPS 361 Twin Cement Pumping Unit Benefits
Efficient Cementing: The unit is designed to deliver cement slurry at high pressures and rates, ensuring efficient and effective placement of cement in the wellbore. This promotes proper zonal isolation and helps maintain well integrity.
Increased Productivity: The pumping unit allows for faster cementing operations, which can help reduce the overall time required for well construction. This leads to increased productivity and cost savings for operators.
Precise Control: The control panel of the unit enables operators to have precise control over various parameters such as pump speed, pressure, and flow rate. This level of control ensures accurate placement of the cement slurry and allows for adjustments as needed during the cementing process.
Reliable Performance: Cement pumping units are built to withstand demanding operating conditions in the oil and gas industry. They are designed for durability, reliability, and continuous operation, minimizing downtime and maximizing productivity.
Safety: The unit is equipped with safety features and mechanisms to protect operators and the surrounding environment. These features may include emergency shutdown systems, pressure relief valves, and other safety protocols to prevent accidents or equipment failures.
Versatility: Cement pumping units are often designed to be adaptable to different well types and cementing requirements. They can handle various cement blends, additives, and slurry compositions, allowing for flexibility in cementing operations.
Cost-effectiveness: By optimizing cement placement and ensuring proper zonal isolation, the CPS 361 Twin Cement Pumping Unit helps minimize potential issues such as cement channeling or inadequate wellbore support. This reduces the risk of costly remedial operations or well integrity problems in the future.