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case study
3 Compelling Reasons to Replace ESP ESPS with HPGL
Replacing ESPs with Conventional Gas Lift (CGL) isn’t always an option. But High-Pressure Gas Lift (HPGL) isn’t like CGL. CGL is limited by the lift point, cross-sectional flow area, and gas injection rates. With...
[READ MORE]
2 min read
case study
A Brief History of High Pressure Gas Lift
THE BEGINNINGS OF GAS LIFT Introduced to the oil & gas industry as early as 1864 (with natural gas reducing explosion risks upon its market arrival in 1920), artificial lift methods facilitate fluid production...
[READ MORE]
2 min read
Alternatives to Electric Submersible Pumps (ESP) in the Permian Basin
The Permian Basin is so named for how it was created. The “basin” was formed when the area of more than 75,000 square miles stretching from western Texas to southeastern New Mexico, was downwarped before the...
[READ MORE]
3 min read
case study
Electric Submersible Pumps vs. High-Pressure Gas Lift
Electric submersible pumps (ESPs) make up a significant percentage of the artificial lift market. Yet, ESP technology is prone to failure in common onshore well conditions and often requires expensive overhaul and...
[READ MORE]
1 min read
case study
How HPGL Eliminates the #1 Failure Point of Gas Lift
Electric submersible pumps (ESPs), a mainstay of artificial lift methods, needs frequent maintenance, is prone to failure, and requires expensive overhaul and downhole repairs. If you’re frustrated with ESPs, you...
[READ MORE]
3 min read
case study
Midcon Oil Operator Raises Production on Infill Wells with High-Pressure Gas Lift
A production team in Oklahoma had a problem with their infill wells. They’d installed conventional gas lift (CGL) valves post-completion, as was their standard practice. But CGL was not capable of delivering the...
[READ MORE]
2 min read
case study
Safety of High-Pressure Gas Lift: Just how high is "high"?
Depending on your operating conditions, you may be considering High-Pressure Gas Lift (HPGL) to increase your production. It requires less maintenance and has a lower risk of shutdowns than downhole systems, like...
[READ MORE]
2 min read
case study
What is HPGL?
HPGL is a form of gas lift that combines the advantages of conventional gas lift and the lift capacity of ESPs. Conventional gas lift is very robust in the handling of gas and hi-solids fluids. However, it is...
[READ MORE]
1 min read
case study
What is HPGL?
HPGL is a form of gas lift that combines the advantages of conventional gas lift and the lift capacity of ESPs. Conventional gas lift is very robust in the handling of gas and hi-solids fluids. However, it is...
[READ MORE]
1 min read
case study
Safety of High-Pressure Gas Lift: Just how high is "high"?
Depending on your operating conditions, you may be considering High-Pressure Gas Lift (HPGL) to increase your production. It requires less maintenance and has a lower risk of shutdowns than downhole systems, like...
[READ MORE]
2 min read
case study
Midcon Oil Operator Raises Production on Infill Wells with High-Pressure Gas Lift
A production team in Oklahoma had a problem with their infill wells. They’d installed conventional gas lift (CGL) valves post-completion, as was their standard practice. But CGL was not capable of delivering the...
[READ MORE]
2 min read
case study
How HPGL Eliminates the #1 Failure Point of Gas Lift
Electric submersible pumps (ESPs), a mainstay of artificial lift methods, needs frequent maintenance, is prone to failure, and requires expensive overhaul and downhole repairs. If you’re frustrated with ESPs, you...
[READ MORE]
3 min read
case study
Electric Submersible Pumps vs. High-Pressure Gas Lift
Electric submersible pumps (ESPs) make up a significant percentage of the artificial lift market. Yet, ESP technology is prone to failure in common onshore well conditions and often requires expensive overhaul and...
[READ MORE]
1 min read
Alternatives to Electric Submersible Pumps (ESP) in the Permian Basin
The Permian Basin is so named for how it was created. The “basin” was formed when the area of more than 75,000 square miles stretching from western Texas to southeastern New Mexico, was downwarped before the...
[READ MORE]
3 min read
case study
A Brief History of High Pressure Gas Lift
THE BEGINNINGS OF GAS LIFT Introduced to the oil & gas industry as early as 1864 (with natural gas reducing explosion risks upon its market arrival in 1920), artificial lift methods facilitate fluid production...
[READ MORE]
2 min read
case study
3 Compelling Reasons to Replace ESP ESPS with HPGL
Replacing ESPs with Conventional Gas Lift (CGL) isn’t always an option. But High-Pressure Gas Lift (HPGL) isn’t like CGL. CGL is limited by the lift point, cross-sectional flow area, and gas injection rates. With...
[READ MORE]
2 min read
case study
3 Compelling Reasons to Replace ESP ESPS with HPGL
Replacing ESPs with Conventional Gas Lift (CGL) isn’t always an option. But High-Pressure Gas Lift (HPGL) isn’t like CGL. CGL is limited by the lift point, cross-sectional flow area, and gas injection rates. With...
[READ MORE]
2 min read
case study
Midcon Oil Operator Raises Production on Infill Wells with High-Pressure Gas Lift
A production team in Oklahoma had a problem with their infill wells. They’d installed conventional gas lift (CGL) valves post-completion, as was their standard practice. But CGL was not capable of delivering the...
[READ MORE]
2 min read
case study
Safety of High-Pressure Gas Lift: Just how high is "high"?
Depending on your operating conditions, you may be considering High-Pressure Gas Lift (HPGL) to increase your production. It requires less maintenance and has a lower risk of shutdowns than downhole systems, like...
[READ MORE]
2 min read
case study
Electric Submersible Pumps vs. High-Pressure Gas Lift
Electric submersible pumps (ESPs) make up a significant percentage of the artificial lift market. Yet, ESP technology is prone to failure in common onshore well conditions and often requires expensive overhaul and...
[READ MORE]
1 min read
Alternatives to Electric Submersible Pumps (ESP) in the Permian Basin
The Permian Basin is so named for how it was created. The “basin” was formed when the area of more than 75,000 square miles stretching from western Texas to southeastern New Mexico, was downwarped before the...
[READ MORE]
3 min read
case study
How HPGL Eliminates the #1 Failure Point of Gas Lift
Electric submersible pumps (ESPs), a mainstay of artificial lift methods, needs frequent maintenance, is prone to failure, and requires expensive overhaul and downhole repairs. If you’re frustrated with ESPs, you...
[READ MORE]
3 min read
case study
A Brief History of High Pressure Gas Lift
THE BEGINNINGS OF GAS LIFT Introduced to the oil & gas industry as early as 1864 (with natural gas reducing explosion risks upon its market arrival in 1920), artificial lift methods facilitate fluid production...
[READ MORE]
2 min read
case study
What is HPGL?
HPGL is a form of gas lift that combines the advantages of conventional gas lift and the lift capacity of ESPs. Conventional gas lift is very robust in the handling of gas and hi-solids fluids. However, it is...
[READ MORE]
1 min read
case study
What is HPGL?
HPGL is a form of gas lift that combines the advantages of conventional gas lift and the lift capacity of ESPs. Conventional gas lift is very robust in the handling of gas and hi-solids fluids. However, it is...
[READ MORE]
1 min read
case study
A Brief History of High Pressure Gas Lift
THE BEGINNINGS OF GAS LIFT Introduced to the oil & gas industry as early as 1864 (with natural gas reducing explosion risks upon its market arrival in 1920), artificial lift methods facilitate fluid production...
[READ MORE]
2 min read
case study
How HPGL Eliminates the #1 Failure Point of Gas Lift
Electric submersible pumps (ESPs), a mainstay of artificial lift methods, needs frequent maintenance, is prone to failure, and requires expensive overhaul and downhole repairs. If you’re frustrated with ESPs, you...
[READ MORE]
3 min read
Alternatives to Electric Submersible Pumps (ESP) in the Permian Basin
The Permian Basin is so named for how it was created. The “basin” was formed when the area of more than 75,000 square miles stretching from western Texas to southeastern New Mexico, was downwarped before the...
[READ MORE]
3 min read
case study
Electric Submersible Pumps vs. High-Pressure Gas Lift
Electric submersible pumps (ESPs) make up a significant percentage of the artificial lift market. Yet, ESP technology is prone to failure in common onshore well conditions and often requires expensive overhaul and...
[READ MORE]
1 min read
case study
Safety of High-Pressure Gas Lift: Just how high is "high"?
Depending on your operating conditions, you may be considering High-Pressure Gas Lift (HPGL) to increase your production. It requires less maintenance and has a lower risk of shutdowns than downhole systems, like...
[READ MORE]
2 min read
case study
Midcon Oil Operator Raises Production on Infill Wells with High-Pressure Gas Lift
A production team in Oklahoma had a problem with their infill wells. They’d installed conventional gas lift (CGL) valves post-completion, as was their standard practice. But CGL was not capable of delivering the...
[READ MORE]
2 min read
case study
3 Compelling Reasons to Replace ESP ESPS with HPGL
Replacing ESPs with Conventional Gas Lift (CGL) isn’t always an option. But High-Pressure Gas Lift (HPGL) isn’t like CGL. CGL is limited by the lift point, cross-sectional flow area, and gas injection rates. With...
[READ MORE]
2 min read
case study
Midcon Oil Operator Raises Production on Infill Wells with High-Pressure Gas Lift
A production team in Oklahoma had a problem with their infill wells. They’d installed conventional gas lift (CGL) valves post-completion, as was their standard practice. But CGL was not capable of delivering the...
[READ MORE]
2 min read
