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Home > Press > A complete solution for oil-spill cleanup

A complete solution for oil-spill cleanup may lie in a new superabsorbent material that transforms an oil slick into a soft, easily removed gel.
Credit: iStock
A complete solution for oil-spill cleanup may lie in a new superabsorbent material that transforms an oil slick into a soft, easily removed gel.

Credit: iStock

Abstract:
Scientists are describing what may be a "complete solution" to cleaning up oil spills — a superabsorbent material that sops up 40 times its own weight in oil and then can be shipped to an oil refinery and processed to recover the oil. Their article on the material appears in ACS' journal Energy & Fuels.

A complete solution for oil-spill cleanup

Washington, DC | Posted on October 3rd, 2012

T. C. Mike Chung and Xuepei Yuan point out that current methods for coping with oil spills like the 2010 Deepwater Horizon disaster are low-tech, decades-old and have many disadvantages. Corncobs, straw and other absorbents, for instance, can hold only about 5 times their own weight and pick up water, as well as oil. Those materials then become industrial waste that must be disposed of in special landfills or burned.

Their solution is a polymer material that transforms an oil spill into a soft, solid oil-containing gel. One pound of the material can recover about 5 gallons of crude oil. The gel is strong enough to be collected and transported. Then, it can be converted to a liquid and refined like regular crude oil. That oil would be worth $15 when crude oil sells for $100 a barrel. "Overall, this cost-effective new polyolefin oil-SAP technology shall dramatically reduce the environmental impacts from oil spills and help recover one of our most precious natural resources," the authors said.

The authors acknowledge funding from the National Science Foundation and Ben Franklin Technology Partners.

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For more information, please click here

Contacts:
T. C. Mike Chung, Ph.D.
The Pennsylvania State University
University Park, Pa. 16802

Copyright © American Chemical Society (ACS)

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