Microplastic solutions that could solve our plastic problem

The demand for plastic is greater than ever, and the amount of plastic waste we produce has continued to grow exponentially. Microplastics, the synthetic shards that are created by the “breakdown” of plastic over time, may be tiny, but they are also one of the greatest problems facing humanity. Microplastics find their way into our rainwater, our soil, our food and ours Bodies found, but microplastic solutions might already exist. The question is, will they be enough?

Microplastics are everywhere.

When plastic-based products break down, they don’t become biodegradable – instead, they break down into microplastics that are the size of a sesame seed or smaller. They are made up of numerous different toxic chemical components, which allows them to poison anything they touch. Worst of all? You are literally everywhere.

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Source: Sören Funk / UnSplash

The ban on certain microplastics could work, but only if companies join in.

In 2020 the European Union (EU) issued a blanket ban on microplastics, which covers around 90 percent of all plastic pollutants. Corresponding The guard, the main goal of this ban was to reduce plastic pollution by about 400,000 tons in the intervening two decades. On average, around 36,000 tons of microplastic fibers and fragments are no longer “intentionally” added to products each year.

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At the same time, plastic microspheres would also be banned in cosmetics, shaving foam, shower gel and toothpaste. Unfortunately, according to the EEB, there were some exclusions that made the current bans somewhat ineffective. Plastic often takes many years to make, so some regulations won’t come into effect until after 2022 – quite a long time for such an exponentially growing problem.

The pace of regulation is slowed down further by the usual state bureaucracy and bureaucratic nonsense. This means that according to current projections, microplastic pollution may not halve before 2028 or 2030 before the plastic crisis only gets worse.

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In addition, existing bans in other countries have proven to be similarly ineffective in getting companies to play the ball game. For example, clothing is still made from recycled, synthetic, plastic-based fibers, and little effort is made to prevent the build-up of microplastics through use and washing over time.

Plastic is broken down into microplastics

Source: Fly D / UnSplash

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Plastic microfiber filtration could help solve the problem at home.

The solution to this particular problem could be to develop in-house filter systems that capture this microplastic before it enters the sewer system. If that worked, such technology could be used to solve other “particulate” problems and as a means of removing other types of microplastics from waterways around the world. It just so happens that this technology exists in some form.

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A household solution to controlling plastic microfibers is the Cora Ball, an oddly shaped, recycled plastic ball that goes straight into your washing machine and absorbs around 26 percent of the channel-bound microfiber. Another, the Guppyfriend, is a mesh bag that you can use to machine wash synthetic fabrics. the Guppy friend Prevents plastic microfibers from peeling off by a factor of 75 to 86 percent by collecting the microfibers in the corners of the bag, where they can be scraped off and properly disposed of.

These are just two of the various home appliances that can minimize the problem. Meanwhile, the widespread adoption of existing filter systems capable of removing all microfibers is still slow.

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Making such technology affordable to the average consumer and getting device manufacturers to incorporate this type of technology into every one of their products can prove difficult. Without laws requiring people to replace their current devices with “anti-plastic” devices, widespread adoption could also prove difficult. We’ve seen it before on Energy Star devices.

Plastic pollution of the oceans

Source: Well Bertolt Jensen / UnSplash

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Bulk cleanups can be our best solution.

The Great Pacific Garbage Patch is a big problem in itself, and the only way we can solve that problem is by cleaning things up before it gets worse. Once this plastic becomes microplastic, it becomes almost impossible to clean. So the solution could be to get plastic out of the ocean before it even turns into micro-products. Charities and environmental groups are already working to solve the problem as best they can.

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Corresponding L’Aquilla Active, Ocean cleanups are the best way to prevent more microplastics from entering our planet’s waterways. The Ocean Cleanup Project and other organizations have already removed countless tons of trash from our oceans and even revealed some exciting new technological innovations that could make cleaning up even easier. The Interceptor, a solar powered, clean burning, autonomous catamaran-like machine, was developed by Ocean Cleanup CEO Boyan latte.

The machine is designed for remote operation around the clock and is equipped with lithium-ion batteries. It works by moving rivers down (that flow into the oceans) and shoveling plastic into its web while allowing fish and other wildlife to pass unharmed. The plastic is then sent to on-board conveyor belts and into six on-board garbage containers, which together can collect up to 100,000 kilograms of garbage per day.

This is a good start, even if it cannot yet specifically solve the microplastic problem.

About Thelma Wilt

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