Research paper on plastic degrading bacteria
From: Stan V.
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We use plastics because they are lightweight, flexible, and durable. Plastics are made up of smaller monomer units that link together and form a chain called a polymer. Different monomers have different chemical structures. And different combinations of monomers give you different types of plastics. It is like a brick building.
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How plastic-eating bacteria actually work – a chemist explains
On April 14, , a team of researchers from the University of the Philippines-Baguio published a paper claiming to have discovered four strains of plastic-degrading bacteria. The bacteria degrade a specific kind of plastic called low-density polyethylene LDPE , commonly used in packaging and single-use bags. The Philippines, an island nation of about million individuals, is the third-largest producer of plastic waste in the world behind China, a nation with 10 times the population. Recently, on March 18, , a dead whale washed up in the Philippines with 88 tons of plastic in its stomach. The Poon Bato Spring where the bacteria were found is unique because of its incredibly alkaline water. Alkaline water means it has a high pH, or is very basic. For comparison, bleach has a pH of
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Plastic Degrading Microbes For a Cleaner Future
The plastic bottles we throw away today will be around for hundreds of years. It's one of the key reasons why the mounting plastic pollution problem, which is having a deadly effect on marine life, is so serious. But scientists recently discovered a strain of bacteria that can literally eat the plastic used to make bottles, and have now improved it to make it work faster. The effects are modest — it's not a complete solution to plastic pollution — but it does show how bacteria could help create more environmentally friendly recycling.
The plastic bottles we throw away today will be around for hundreds of years. But scientists recently discovered a strain of bacteria that can literally eat the plastic used to make bottles, and have now improved it to make it work faster. The strength of these chains makes plastic very durable and means it takes a very long time to decompose naturally. If they could be broken down into their smaller, soluble chemical units, then these building blocks could be harvested and recycled to form new plastics in a closed-loop system.
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