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Then, we fish them out whenever we need and shove them back into our ears without a moment’s hesitation. We almost always toss them into our bags, pockets, anywhere, where they continue to mix around with other dust and grime that’s been lying at the bottom since the dawn of time. Starting to feel grossed out yet? Well, that’s not even the end of it. But when was the last time we cleaned our headphones, post-workout or… ever? We always shower and change our clothes after our gym sessions, or morning runs because it is dirty. You see, our habits have resulted in months of clogged earwax, grease and also dust being trapped in the little crevices of our headphones. Take out your headphones or earphones right now, and examine the inside of the ear pads or the wire mesh of the earbuds. But what if there’s actually a really simple solution to this? And that, most of the time, it is only because your headphones are … dirty. Even the most undiscerning of ears can pick up that quality difference especially if we have to amp up the volume button to get a better listen.īeing part of the buy & throw away generation, we might be tempted to whine about how things are not made to last nowadays, and then proceed to get a new pair. So, it can be infuriating to find that within a year or two, the audio quality seems to drop or the sound is no longer as crisp. We’re willing to shell out quite a bit of dough in exchange for some quality headphones, Bose, Audio Technica, Sennheiser, and dare we even say it, Beats.
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And with the ever-rising popularity of #squatgoals and #fitspo, many of us are adopting a more active lifestyle while grooving out to our own personal soundtracks on Spotify. From since the invention of the Walkman, headphones have become an integral part of our lives.
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While satellite technologies to map and model oil spills have improved greatly since the Deepwater Horizon spill, the processes for cleanup crews on the water and on beaches have remained mostly stagnant.Learn how to clean your headphones and earphones easily with this complete guide. MFNS-Techīoth Darling and Dravid said their sponges were designed to fill a gap in available technologies to clean up oil spills, offering officials a new way to respond to major incidents like the Deepwater Horizon spill in 2010, when an estimated 210 million gallons of oil spewed into the Gulf of Mexico. Researchers at Northwestern University developed a reusable sponge with a magnetic coating that attracts oil and can absorb more than 30 times its own weight. With both the Oleo Sponge and the OHM sponge, the recovered oil can be used again, which also means less overall waste after spills. In lab tests, Dravid and his colleagues showed that the OHM sponge could absorb more than 30 times its weight in oil and can be reused more than 40 times without losing its effectiveness. "We wanted something that could not only suck up oil but could do it very quickly." "Oil and water don't mix well, but when they do, it's very difficult to remove," said Vinayak Dravid, a professor of materials science and engineering at Northwestern, who led the research. Fallon / AFP - Getty Imagesĭarling and his colleagues at Argonne developed a tool called the Oleo Sponge, which is made by altering the same type of foam that is commonly used in seat cushions and mattresses to make it "oleophilic," which means it can draw in oil without also soaking up water.Īt Northwestern University, a team of scientists developed a similar absorbent called the OHM sponge that uses a specially designed magnetic coating to selectively soak up oil in water. "We clean up some, and the rest Mother Nature eventually cleans up, though not quickly, and it wreaks havoc on the local environment all that time." Environmental response crews clean up oil that flowed near the Talbert Marsh and the mouth of the Santa Ana River, creating a sheen on the water, on Monday after an oil spill in the Pacific Ocean in Huntington Beach, Calif. "I think a lot of folks don't realize that when there is an oil spill, in almost all cases, most of the oil is never cleaned up by humans," said Seth Darling, director of the Center for Molecular Engineering at Argonne National Laboratory in Lemont, Illinois. An estimated 126,000 gallons of heavy crude leaked from a ruptured pipeline into the Pacific Ocean early Saturday, setting off frantic efforts to prevent the oil from washing up onto the area's beaches and into its protected marshlands. It's the kind of innovation they say could make oil spill cleanups, like the situation currently playing out off Huntington Beach, not only more efficient but also more effective.