Filter Sediment Multilayer Oil Well Screen

Product Specification

Product Detail

Feature

This technology offers a wide range of features that make it one of the most effective sediment filtration systems. Firstly, the screen's multi-layer design allows it to filter different-sized impurities, ensuring the smooth passage of oil through the well, leaving behind all debris.

Secondly, the filter's construction is made from high-quality stainless steel, which is highly resistant to corrosion and long-lasting. It also guarantees reliability and improved durability, leading to reduced maintenance costs.

The filter sediment multilayer oil well screen is designed to remove debris and harmful solids from oil, improving its quality and flow. The screen assembly is placed inside the well, preferably towards the end of the string of production pipes. When oil passes through the screen assembly, the screen removes impurities such as sediment, sand, and other debris that may clog the well. This process ensures that the well remains efficient, increases its lifespan, and saves on oil production costs.

Improved efficiency of oil extraction, reduced maintenance costs, and a prolonged lifespan of the well are just a few advantages of the filter sediment multilayer oil well screen. The use of the filter sediment multilayer oil well screen leads to increased productivity and profitability and a lower environmental impact.

Application

Sediment Control:
The primary function of this screen is to filter out sediment particles from the produced fluids, preventing them from entering the production tubing and downstream equipment. This helps to protect pumps, valves, and other components from wear and tear caused by sediment, extending their lifespan and reducing maintenance costs.

Enhanced Well Productivity:
By preventing sediment from entering the production system, the filter sediment multilayer oil well screen helps to maintain a clear flow path for oil and gas. This results in improved flow rates and increased well productivity, leading to greater overall hydrocarbon recovery.