gas injection
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SponsoredThe Wyoming Gas Injection Initiative (WGII) makes available $22 million of matching funds from the State of Wyoming to implement, in close collaboration with oil and gas operators and Dow, multiple field pilot projects in the State of Wyoming. The Initiative will fund projects over a 3- to 5-year period to support developments with significant potential to enhance wel… -
Building up the world’s hydrogen base will need technological breakthroughs and a lot of new demand. But to store it, the world needs reservoir engineers and other subsurface experts.
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This paper discusses the results of extensive laboratory tests used for the customization of a reservoir drill-in fluid and a delayed breaker—and their field performance—for two deepwater gas-injector wells.
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Gas processor Lucid Energy is moving forward with a plan to inject a mix of carbon dioxide and hydrogen sulfide deep below New Mexico’s portion of the Permian Basin. The project is designed to keep injecting for 30 years.
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Broad consensus is forming on the need for a massive expansion in global carbon capture and storage (CCS) capacity. But what are the uncertainties, bottlenecks, and opportunities in the subsurface that await CCS planners?
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The way gas injection is used to lift oil and water to the surface needs to change because better control and data may mean more production. At a time when engineers are managing so many wells, they need help from machines.
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Getting more out of gas lift requires understanding how gas injections interact with the oil, water, and gas flowing up the well—in other words, multiphase flow. Some papers are listed to get you started.
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Oil sands producers predicted they could reduce production by 300,000 B/D by turning down steam injection. This will test methods to reduce, rather than stop, injection to avoid the damage caused by rapid cooling in some wells.
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This paper studies the technical and economic viability of this EOR technique in Eagle Ford shale reservoirs using natural gas injection, generally after some period of primary depletion, typically through long, hydraulically fractured horizontal-reach wells.
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The Eagle Ford formation has produced approximately 2 billion bbl of oil during the last 7 years, yet its potential may be even greater. Using improved oil-recovery (IOR) methods could result in billions of additional barrels of production.
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