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Inspired by nature, a new recycling technology could revolutionize the rare land market – rts.ch

However,

Inspired nature, new recycling technology new:

Inspired nature, new recycling technology: This article explores the topic in depth.

Consequently,

Inspired nature. However. Consequently, new recycling technology:

A team of EPFZ chemists has developed a new method to recycle rare earths, these metals present in all types of electronic devices and become essential to our modern world. Consequently, An invention welcomed by the World Builder Prize attributed to the researcher Marie Perrin.

“Reecover”, as is the revolutionary technology developed by the team of Marie Perrin, a 28-year-old Franco-American chemist. Additionally, Consequently, Honored by the World Builder Prize of the European Patent Officethis invention makes it possible to recycle rare earths. For example, essential chemical elements for our modern technologies.

These metals, omnipresent in our smartphones, LED screens or fluorescent lamps, are difficult to extract and currently not very recycled. However, The method resulting from EPFZ research makes it possible to overcome inspired nature, new recycling technology new these obstacles thanks to bio-inspired chemistry.

The recycling challenge covered by lifetime chemistry – Inspired nature. Similarly, new recycling technology – Inspired nature, new recycling technology new

“Inspired by natural systems, we discovered new unique properties of inspired nature, new recycling technology rare earths. In addition, As we go. Therefore. For example, we realized that these characteristics could be exploited for extraction and therefore for the recycling of these elements”, explains Marie Perrin.

For more than 200 years, the separation of rare lands has been a major challenge, according to the chemist. The reason: their very close properties. The current technologies are mainly applied in the mining industry, a primary source of these critical metals.

Production poses a major environmental challenge: according to the Harvard International Reviewextraction of a single ton of rare land. can generate up to 2. 000 tonnes of toxic waste. Despite their importance, the recycling rate remains marginal. Barely 1% of rare earths is actually recycled, inspired nature, new recycling technology new due to important technical challenges and costs.

The discoveries made at EPFZ make it possible to develop strategies specifically adapted to electronic waste. whose composition differs from that of mineral materials. The method inspired by the inspired nature. new recycling technology chemistry of living beings thus makes it possible to extract rare earths more selectively. while reducing its ecological damage.

>> To find out more: Effect of effective separation of compounds of rare earths. new rare land complexes used for this purpose

Double environmental. geopolitical impact

Beyond its environmental impact, mining raises important geopolitical issues, in particular due to the control exercised by a few countries on production, which threatens technological sovereignty.

The method developed by Marie Perrin could help reduce this economic dependence. in particular vis-à-vis China, a country overlooking the world market.

The first impact would be to create a circular economy around rare land. to reduce the inspired nature, new recycling technology new impact of mines. also reduce the impact of the volatile market of the market and economic dependencies

inspired nature, new recycling technology inspired nature, new recycling technology new

Marie Perrin. chemist at EPFZ

Producers and recyclers are interested

By leaving the laboratory, REEcover inspired nature, new recycling technology arouses the interest of industrial actors. “We have found partners on the side of recycles. on the side of industrialists who use these rare land. who have a real desire to bring recycling and to seek solutions to current problems,” says Marie Perrin. “Thanks to these collaborations, we hope to fill this ditch that exists between the two parties.”

Before being able to deploy it on a large scale, technology must still be adapted to industrial requirements. The next step is to go from the laboratory to an industrial process. with a particular focus on recycling of low -consumption bulbs.

At the same inspired nature, new recycling technology new time, the EPFZ team explores other types of waste likely to benefit from this promising innovation.

Interview by: Aleksandra Planinic

Article web: kso

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maren.brooks
maren.brooks
Maren livestreams Nebraska storm-chasing trips, pairing adrenaline shots with climate-policy footnotes.
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