What OPEC countries fear most is a follow-up technological revolution that will lead to a second oil boom in the U.S., and that fear is now being realized.
A technological revolution spurred the U.S. oil boom that resulted in the greatest increase in domestic oil production in a century, and while that has stuttered in the face of a major oil price slump and an OPEC campaign to maintain a grip on market share, the American response could be another technological revolution that demonstrates that the first one was merely an impressive embryonic experiment.
It’s not only about shale now—it’s about reviving mature oil fields through advancements in enhanced oil recovery, potentially opening up not only new shale fields, but older fields that have been forgotten.
There are myriad gloom-and-doom stories about what is often alluded to as a short-lived oil boom in the U.S. But what many fail to understand is that revolutions of this nature are phased, with the advent of new technology typically followed by a temporary halt in progress while we study the results and come up with something even better.
What we’re looking at here are advancements in EOR for greater production and cost efficiency that can weather oil price slumps and awaken America’s sleeping giant oil fields. Soon we are likely to see some new players in the field buying up oil assets and putting more advanced EOR technologies to work to re-ignite the revolution.
The shale revolution was stunning, indeed. But there have been setbacks—even beyond the oil price slump that has rendered fracking expensive. Fracking uses a lot of water.
According to a recent U.S. Geological Survey study, the process uses up to 9.6 million gallons of water per well and is putting farming and drinking sources at risk in arid states, and especially in major drought-ridden shale-boom venues like Texas.
Phase two of the U.S. oil boom hits at the heart of the inadequacies of the first phase, in a natural progression.
There are two very interesting EOR advancements that have caught our attention in recent months: CO2 EOR and Plasma Pulse Technology (PPT).
Go to the link for the rest of the story.
By the way, one of my pet peeves is this boiler plate: "...fracking uses a lot of water." So do golf courses.
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