![\"A](\"https:\/\/www.newsbeep.com\/ca\/wp-content\/uploads\/2026\/02\/fire-tornado-pollution.jpg\")
<\/p>\n\t<\/p>\n
\t\t\tIllustration by Tag Hartman-Simkins \/ Futurism. Source: Getty Images\n\t<\/p>\n
When you think of saving our oceans, what comes to mind? Maybe you think about reef restoration techniques like coral transplantation<\/a>, or making small consumption changes like switching from plastic straws<\/a>. If you have money to dream big, perhaps you might ponder creating a big robot<\/a> that roams the waters, sucking up floating trash.<\/p>\n Environmental researchers at Texas A&M University are on a whole \u2018nother level: they\u2019re proposing massive fire tornadoes.<\/p>\n A recent blurb<\/a> on the university\u2019s website detailed a recent paper in the journal Fuel<\/a> that aimed to find the most effective way to clean up oil spills. It involves, improbably, lighting massive \u201cfire whirls,\u201d the technical term for the much more evocative phrase the university used: \u201cfire tornado.\u201d<\/p>\n While it sounds counter-intuitive, the experiment explored whether fire whirls could be an effective method to help clean up the thousands of oil spills<\/a> that occur each year.<\/p>\n The theory is pretty simple: fire whirls, spinning rapidly upward instead of outward, provide a massive boost to oil burn-offs, creating a fire that burns much hotter \u2014 and therefore much faster \u2014 than typical oil pool burn-offs. (Remarkably, the current world-standard for cleaning an oil spill is to gather a huge pool of crude on the surface and light it, a technique known as in-situ burning<\/a>.)<\/p>\n To carry out the experiment, researchers built three 16-foot walls, situated in a loose triangle. The result was a controlled fire-tornado reaching 17-feet in height at its largest, which the scientists probed for environmental impact.<\/p>\n Compared to in-situ burn-offs, researchers at Texas A&M found the controlled fire whirl produced 40 percent less soot, while burning off up to 95 percent of the fuel. <\/p>\n \u201cThis the first time anyone has conceived using fire whirls for oil spill remediation, and it\u2019s really just the beginning,\u201d said Elaine Oran, professor of aerospace engineering at Texas A&M. \u201cOur goal is to harness the chaotic nature of fire whirls as a powerful, precise restoration tool, to protect coastlines, marine ecosystems and the environment as a whole.\u201d<\/p>\n Going forward, speed is one of the biggest draws inviting further research on fire whirls. \u201cFire whirls burn through crude oil spills nearly twice as fast as in-situ fire pools,\u201d Oran said, \u201cpotentially giving cleanup crews faster operational and response times to eliminating the oils from spreading.\u201d<\/p>\n