Lex – Universal ESP

Universal ESP

We have improved the standard ESP to enhance the efficiency and reliability of Lex pumps in various well environments. Our engineering team thoroughly analyzes the incoming data to select the optimum efficiency and specific power consumption of each system (formation-wellbore-ESP). As a result, our solutions achieve the maximum efficiency and provide 30-40% runlife increase and 20-50% lower OPEX.

Universal ESP

Advantages

Overview

When choosing the artificial lift method, it is essential to consider all factors that may affect the performance and safety of equipment. Typical well problems such as unstable inflow, high discharge pressure, high rate, solids or high free gas content, viscosity, well deviation, etc., multiply failure risks and can lead to unstable operation, increased downtime and power consumption whilst also limiting the well potential rate.

Lex Universal ESP systems are equally effective for low and high production, operate deeper than 10,000 ft, have a simple and compact design of surface equipment, and long runlife.

Lex Universal ESP systems consist of the following components: centrifugal pump, permanent magnet motor (Universal PMM)  or asynchronous motor, seal, intake, gas separator and/or gas handler, and a telemetry system. Each component incorporates state-of-the-art engineering to improve operational reliability under all production conditions – including high sand production gassy wells, high viscosity, or well deviation.

The product line has been optimized for any type of environment: 

Lex pumps’ have a burst pressure of up to 6,000 psi, large vane openings and tungsten carbide bearings.

Vortex and rotary gas separators have high abrasive resistance and provide up to 95% separation efficiency.

The modular design incorporates three mechanical seals to offer maximum protection from reservoir fluid entry. High-temperature elastomers are resilient up to 482 °F (250 °С), and thrust bearing provides high load capacity.

The Universal PMMs with a wide power range from 15 to 800 HP have high-temperature design option for the environments up to 392 °F (200 °С). They are manufactured with the use of wear corrosion resistant and coating and stainless steels.

Application limits

Specifications

All products