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.
Oil and Gas Investor: Artificial Lift—An Uplifting Choice
The U.S. land artificial lift market continues to be one of the most dynamic segments as oil and gas operators strive to maximize production while optimizing lifting cost.
Subsurface Compressors Increase Cash Flow and Generate Attractive ROI
Subsurface compression offers superior economics and environmental emission reductions for natural gas production.
Increasing Renewable Electricity Generation in Turkey with Geothermal Power
A project overview of the Mount Ida Geothermal Power Plant details one of Turkey’s latest geothermal installations.
Stena Drilling Acquires Stake in Digital Offshore Lifting Tech Firm Intebloc
Stena Drilling, an independent drilling contractor, has acquired a 30% stake in digital lifting technology solutions provider Intebloc, which improves the safety and productivity of offshore lifting operations, the company said on June 8.
Sustainable Advantages in Artificial Lift
Producers can realize at least three sustainable advantages for their operations by using ESP technologies: reducing energy requirements, protecting ecosystems, and recovery and reuse.
New Summit ESP Gas Separator Provides Increased Efficiency and Flow Rate
The Hydro-Helical gas separator design employs a new separation component that affects 100% of the fluid through the separator, while eliminating erosion and directing distinct fluid-phase streams into crossover flow paths.