Artificial Lift Advances: Minimizing Sand Damage During Unconventional Well Production
To save operators money and materials in their unconventional well production, they must minimize sand production that can be harmful to the wells.
Liberty Lift Acquires Permian Artificial Lift Specialist Corral
“They will be an integral piece of our continued plans for growth in the Permian," Liberty Lift CEO Bobby Evans, CEO of Liberty Lift, said.
Using Sensor Data to Right-place Valves and Other Components of Gas-lift Systems
How to use the design line method to maximize maturing reservoir conditions in Permian Basin wells.
Optimizing Analytics Software to Manage ESP Assets
Because preventative maintenance isn’t an option on ESPs, it is crucial that operators use analytics software to predict performance issues and prescriptively manage their assets.
E&P's 2021 'Meritorious Awards for Engineering Innovation' Winning Technologies
An expert panel of judges has selected the top 20 upstream oil and gas industry projects and technologies that open new and better avenues to the complicated process of finding and producing hydrocarbons around the world.
Comparing the Value of Artificial Lift Systems for Mature Oil and Gas Wells
Intermittent gas lift on mature wells significantly increases gas sales, reduces opex and potentially boosts production.
Tech Trends (Week of Sept. 13, 2021)
This weekly section highlights the latest upstream technologies designed to improve efficiencies.
ChampionX Technologies Support Industry’s Net-zero Goals
ChampionX has also reduced its carbon emissions by 372.5 metric tons over the past year.
Artificial Lift: Changing How We Think About Well Interventions
Utilizing the Gorilla Jack hydraulic table, downtime for each well was negated by upward of three weeks for a major operator in the Williston Basin.
Artificial Lift: HP/HT Pollution Control
As operators seek to optimize their existing investments, advances in artificial lift technologies are becoming increasingly important. Today’s wells are deeper and longer than they’ve ever been—and in more extreme environments—pushing the limits of conventional artificial lift technologies.