Carbon Dioxide Underground Storage Feasible Using 'Off-the-Shelf' Technology from Oil Industry

User rating: 4.2 / 5 after 6 vote(s)

Dr. Steven Bryant associate professor of petroleum and geosystems engineering holds two halves of a fractured sample of wellbore cement. Confining the two halves together at pressures similar to those in formations deep below the Earths surface provi ...
Dr. Steven Bryant, associate professor of petroleum and geosystems engineering, holds two halves of a fractured sample of wellbore cement. Confining the two halves together at pressures similar to those in formations deep below the Earth's surface provides a laboratory model of one type of pathway conceivably allowing carbon dioxide to escape the storage formation. Photo: Erin McCarley

Despite the sobering amount of carbon dioxide needing storage to reduce greenhouse gases, funneling the offensive chemical underground remains technologically possible for the oil industry, says Dr. Steven Bryant, associate professor of petroleum and geosystems engineering at The University of Texas at Austin.


Full story »

All News summaries from Technology news
All News summaries for September 27, 2007