Artificial Lift Systems

We offer a variety of

Artificial Lift Systems

Geoteco’s Artificial Lift Systems optimize production by automating both the pumping equipment and the well, enabling autonomous decision-making based on the reservoir’s operational specifications.

All Geoteco’s artificial lift systems are equipped with advanced technology that enables remote monitoring of well operating conditions and provides automation and control capabilities.

Additionally, we propose a synergy between our system technology and the expertise of Operations Engineers, who will have real-time information on equipment and well conditions for decision-making, whether in emergency situations or operational planning. A graphical historical operation log will be generated, allowing data to be transformed into Excel and/or PDF formats through a remote management interface for each installed system. Our equipment is designed to automatically recover from fault conditions or sudden power outages, ensuring continuous well operation. Start and stop events are automatically logged in chronological order.

We offer a wide range of artificial lift systems for various extraction methods, including but not limited to:

Bombeo Mecánico Lineal LRP

Progressive Cavity Pumping (PCP)

Mechanical
Pumping

Electric Centrifugal Pumping

LRP

Linear Rod Pump (LRP) Mechanical Pumping System

Progressive Cavity Pumping Systems Features

Geoteco’s Linear Rod Pump (LRP) Systems are specifically designed for mature oil wells with depths of up to 1,200 meters. They are capable of operating at speeds of up to 6 strokes per minute (epm) and handling production rates of up to 250 barrels per day (bpd). These compact and intelligent systems effectively increase hydrocarbon production while reducing energy costs, ultimately enhancing profitability for our clients and minimizing operational risks.

Equipped with a linear lifting mechanism and proprietary pumping algorithms integrated into a variable frequency drive, Geoteco’s LRP Systems ensure optimal performance.

The system accurately determines, regulates, and optimizes the pump fill percentage by adjusting the upstroke and downstroke speeds of the rod string. It achieves maximum production by automatically adapting to the inflow conditions and provides continuous monitoring of the rod and pump, presenting load, speed, and position information in real-time. Additionally, it features a load limiter mechanism that allows for the reduction of downstroke speed when necessary.

Capable of operating with vertical, deviated, and horizontal pumping rods.

Progressive Cavity Pumping System

Improves production, efficiency, and profitability.
Real-time optimization
Mathematical models for rod behavior, tubing pressure (TP), tubing rotation (TR), pump, fluid, and reservoir.
Manual, preset, or remote speed control.
Power and pump speed optimizer.
Voltage, current, and frequency monitor.
Rod and motor speed monitors and limiters.
Rod and motor torque monitors and limiters.
Downhole pump torque and speed monitor.
Pressure monitor in TP, TR, TDD, etc.
Monitoring of pump discharge and suction pressure.
Fluid level monitoring.

No additional sensors, position meters, or load cells are required.

Mechanical Pumping System

Our systems are designed to automatically recover from any fault condition or unexpected power outages, guaranteeing uninterrupted operation of the wells.

At present, we provide systems that offer the following key features:

Conventional mechanical pumping, hydraulic mechanical pumping, hydro-pneumatic mechanical pumping, and extended stroke mechanical pumping.

Main Operational Features

Manual, Automatic, and Remote Control of the Mechanical Pumping Unit.
Determines applicable limits and moves between them in real time.
The system can operate at 3 types of speeds: Single, Dual, and Optimized.
It determines the position, load, and speed of the rod and pump.
The pump filling is determined and regulated optimally by independently adjusting the speeds of the upstroke and downstroke.
It generates Dynamometer Cards through a motor torque monitor at each stroke.
It calculates the estimated production rate by using the pumping speed and the effective volume of the pump.

Advantages of BEC System

Allows for the lifting of high volumes of liquid without difficulty and at a low cost.
High energy input to the fluid.
It does not require large surface areas, making it applicable for both onshore and offshore installations.
It allows for easy application of corrosion treatments and scale inhibitors.

Capable of operating with vertical, deviated, and horizontal pumping rods.

Electrocentrifugal Pumping System

Geoteco’s Electrocentrifugal Pumping (ECP) System is primarily comprised of a multistage centrifugal pump coupled with a downhole electric motor, enabling efficient extraction of large fluid volumes from the well.