Our High-Pressure Gas Lift (HPGL) systems combine the gas and solids handling of conventional gas lift with the high flow rates of Electric Submersible Pumps (ESP), while minimizing the need for downhole intervention or workovers.

XStream Lift is the only pure play High Pressure Gas Lift (HPGL) company in the industry. Our team uniquely combines decades of industry experience in production engineering, operations, and artificial lift, with expertise in compression packaging, engineering, and design.

Flowco has developed the gas lift valves and mandrels that excel in downhole high-pressure conditions. In addition, our expertise allows you to switch from annular flow to tubing flow as rates decline, without the expense of a workover rig to make the switch.

Inject deeper and at higher pressures to improve lift performance. The XLift high-pressure gas lift system brings together carefully selected valves and mandrels into a complete system that enables reliable and accurate control of well production for maximum reserves recovery.

Walk through the Estis HPGL Evaluator, and explore the economic analysis of ESPs and high-pressure gas lift to see for yourself how HPGL can make your unique application more profitable.

High-Pressure Gas Lift (HPGL) is an artificial lift methodology that replaces failure-prone downhole ESPs with special surface compression equipment. High-pressure line gas is injected down the tubing and deep into the well, producing up the annulus.

Gas lift is a field-proven artificial lift method that dates back at least five decades. It relies on external high-pressure gas injected into the wellbore to stimulate and lift produced fluids to the surface for separation and further processing.

High-Pressure Gas Lift (HPGL) addresses the shortfalls of conventional gas lift to achieve high production rates that compete with, and often exceed, ESP flow rates while maintaining the low cost and high reliability of gas lift.

2025年1月28日 · The intermittent gas-lift method typically is used on wells that produce low volumes of fluid (approximately < 150 to 200 B/D), although some systems produce up to 500 B/D. Wells in which intermittent lift is recommended normally have the characteristics of high productivity index (PI) and low bottomhole pressure (BHP) or low PI with high BHP.

2016年7月29日 · Gas lift systems aid or increase production by injecting high-pressure gas from the casing annulus into fluids that have entered the production tubing from the formation. The injected gas reduces the fluid density and, thus, the hydrostatic pressure of the fluid, allowing in situ reservoir pressure to lift the lightened liquids.