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Vacuuming Up Oil SpillsEnvironmental Scientists Develop Oil Skimmer for Spills, Safer and More Efficient Than Existing MethodsMarch 1, 2011 Environmental scientists created a more efficient and safer way to clean up oil spills. The floating oil skimmer pulls in oil from all directions, along the surface only. The oil is contained and the water is filtered and returned to the ocean. The prototype can skim up to 200 gallons of oil per minute and the design is anticipated to be widely available in the fall. |
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Science InsiderABOUT METHANE: Methane sources such as cows, oceans, wetlands, and natural gas pipes have more impact on the global atmosphere than previously thought. Methane was released along with oil in the Deepwater Horizon spill and even seeps naturally from the floor of the Gulf of Mexico. When methane breaks down chemically in the atmosphere and combines with other chemicals, it produces ozone, atmospheric scientists say. Like methane, ozone is also a greenhouse gas, and it is also the main component of smog. Researchers say that even something as simple as tightening a leaky gas pipe can make a difference.
ABOUT FLUID DYNAMICS: The study of the physics of fluid flow is called "fluid dynamics." A fluid is a material that deforms continuously when sheared. The most common fluids are liquids and gases, however plasmas and plastics can also be fluids. Understanding the mechanical processes that underlie fluid flow under different temperatures and pressures is important to applications such as the aerodynamics of aircraft, automobiles and ships, the flow of petroleum and water through pipelines, weather prediction, biological function in the human body, and even traffic engineering. Fluid dynamics is also essential to supersonic flows such as shock wave formation, detonation and supersonic transport. The American Geophysical Union, the American Physical Society and the Division of Fluid Dynamics - American Physical Society contributed to the information contained in the TV portion of this report. |
More information on this storyOn The Web: To Go Inside This Science: Timothy C. Lindsey, Ph.D. Peter Weiss James Riordon, Media Relations Division of Fluid Dynamics - American Physical Society |










