The impact of plastic on our environment has been discussed a multitude of times by different stakeholders, and even as individuals merely living our everyday lives, one thing should have definitely become clearer in the past few years: it is incredibly damaging, especially to our oceans. As a response, the UN drafted a resolution involving 200 countries to cut millions of tons of plastic waste every year. The EU followed with a similar campaign that aims to make all packaging fully reusable or recyclable by 2030.
Perhaps something that could help with these initiatives is the constant innovation of what plastics are available to use. Recently, a team of chemists at Colorado State University created a new kind of recyclable plastic which theoretically be used “infinitely”.
“The polymers can be chemically recycled and reused, in principle, infinitely,” said [Professor Eugene Chen]. “It would be our dream to see this chemically recyclable polymer technology materialise in the marketplace.”
The material they created has similarities with the plastics we currently use in order to be as functional. These include strength, durability, and heat resistance. But one key difference in the chemical composition of the “infinitely” recyclable plastic is its ability to be easily converted back to the molecules that form its building blocks. Because the scientists see that this process does not need toxic chemicals or intensive lab procedures, they promote the potential of the recyclable plastic for commercial use.
[C]ommenting on the new discovery, chemists Dr. Haritz Sardon and Professor Andrew Dove . . . wrote that such discoveries could “lead to a world in which plastics at the end of their life are not considered as waste but as raw materials to generate high value products and virgin plastics . . . This will both incentivise recycling and encourage sustainability.”
Tons of millions of plastic waste could seriously be avoided if there is widespread use of this “infinitely” recyclable plastic. Instead of increasingly causing the death of our oceans, perhaps plastic itself could live a new life again and again.