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Gas Devices

Designed for ESP operations

Maximize production in gassy well environments with reliable and efficient gas handling devices. Our gas handling solutions for electrical submersible pump (ESP) operations include

centrifugal devices for gassy wells with up to 45% gas volume fractions (GVF) at low intake pressures
axial flow systems for ultrahigh-gas-cut wells with GVF up to 75%.

Gas handling for wells with up to 45% GVF

The AGH advanced gas-handling device is specifically designed for gassy environments with up to 45% GVF at low intake pressures. Where wells are too gassy for dynamic gas separators, the AGH device functions by reducing the vapor bubble size and changing the gas-bubble distribution, homogenizing the gas-liquid mixture before entering the pump. It can be installed alone or in tandem with a rotary separator.

Gas handling for wells with up to 75% GVF

For wells with extremely high percentages of free gas, the MGH multiphase gas-handling system is designed to extend the life of the ESP, provide better slug handling in horizontal wells, and increase reserves recovery. The MGH system can be used individually or in tandem with a gas separator to vent gas into the casing, or it can be installed with a standard intake if the produced gas must travel through the pump.

Multiphase Gas Handling

75% gas volume fraction at the intake

Gas Devices Offerings

MGH

Multiphase gas-handling system

Increase production, improve reservoir life, and efficiently manage higher percentages of free gas in gassy wells.

VGSA

Vortex gas separator assembly

Effectively remove free gas from produced fluids to prevent cycling, gas lock, and cavitation.

AGH

Advanced gas-handling device

Increase production in wells with up to 45% gas volume fraction (GVF) at low intake pressures.

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Case Study Customized Extended-Life ESPs and Chemical Well Treatment Program Increase ESP Run Life by 38%

Integrated approach addresses multiple risks of unconventional environment.

Case Study Optimized ESP Solution Reduces NPT >88% in Liquid-Loading Horizontal Gas Well, Russia

Reduced time required to unload the well despite multiple challenges to ESP operation.

Case Study Lift IQ Service Remotely Resolves ESP Gas Locking and Saves USD 313,000 for Alianza Casabe

Real-time surveillance service stabilizes well conditions and avoids production losses and ESP failure.

Case Study Lift IQ Service Enables 4,800 bbl of Oil Production from Unexpectedly Gassy Well

Real-time monitoring and control service restores steady production after gas-related ESP shutdowns, Egypt Western Desert.

Case Study Robust ESPs Handle Rapid Production Decline and High Gas Content for Chesapeake Energy

Flexible ESP technology and Lift IQ service increase run life by 181% despite solids, high gas ratio, and declining production in Oklahoma field.

Brochure Electric Submersible Pump Systems

Reliable technology for every oilfield environment.