More than 15 years after the Deepwater Horizon disaster, researchers are still searching for new ways to tackle disastrous ...
In the frantic hours following an offshore oil spill, emergency responders face a destructive decision: let the oil spread or ignite it. Once ignited, it creates an ‘in-situ’ fire pool that stops the ...
Researchers from Texas A&M and UC Berkeley have successfully conducted the first large-scale experiment using fire whirls to clean up offshore oil spills. The tornado-like spinning-flame method could ...
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Scientists discover how to burn oil spills faster and cleaner with 17-foot-tall fire tornadoes
Scientists have created massive fire tornadoes that could offer a faster and cleaner solution to the ongoing challenge of cleaning up offshore oil spills. These towering, tornado-like flames burn ...
The research team engineered a setup of three 16-foot-tall walls placed in a triangular pattern, to twist airflow around an ignited crude-oil-coated pool of water. The result: a nearly 17-foot-tall ...
Fire whirls represent a captivating yet complex combustion phenomenon in which a delicate interplay between buoyancy and ambient flow circulation generates self-sustained vortex flames. These dynamic ...
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