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Schneider Electric, Telemetry & Remote SCADA Solutions, introduces the New VC10 Valve Controller. This innovative, battery-powered, wireless field device is the first of its kind in the market. The VC10 is used to control pneumatic valves in hazardous locations with unique functionality that offers optimized natural gas wellhead automation to operators. Learn more.
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Artificial Lift Articles
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Artificial Lift Monitoring System Improved Performance Of Dynamic North Dakota Well
By Baker Hughes
Over a ten-year period, a major operator tried various methods to optimize production on a particularly gassy, dynamic well in North Dakota. The customer then asked Baker Hughes to install an ESP system with WellLink SPVision artificial lift monitoring solution to provide advanced surveillance for the well.
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Runlife, Retrieval, Replacement: The Route To Optimal ESP Performance
By ZEiTECS Inc.
This article presents the case for combining the ongoing improvements in equipment run-life with expedient retrieval and replacement of failing or ineffective ESPs using wireline technologies. The ZEiTECS Shuttle makes it possible to retrieve, redeploy, resize, and replace an entire ESP system post-initial workover or completion of any type, simply, swiftly, and safely, without the use of a rig or hoist using standard wireline equipment.
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Artificial Lift Downloads
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| Improving Enhanced Oil Recovery Through Digital Artificial Gas Lift |
| With operators and investment dollars moving away from the less economic gas shales and tight sands, which are highly dependent on the quality of the fracturing programs, to more financially viable liquid-rich unconventional plays and mature oil fields, artificial lift applications are on the rise.
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| Design Considerations When Rod Pumping Gas Wells |
| Many SPE papers have been written over the years on how to pump the deep and difficult wells.
However, when it comes to rod pumping gas wells, there is negligible literature. In the past three decades,
our industry has transitioned from manually calculating rod pump designs using the method found in
API bulletin RP 11L1 to fully computerized dynamic simulations.
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| ESP System Boosted Revenue Potential For Geothermal Energy Project |
| Water production at a geothermal
renewable energy project was limited to
about 2,200 gpm (8.328 m3/s) per well
with line shaft turbine pump systems.
The installation times for turbine pump
systems are more than double that of
ESP systems.
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