Since 2017, Nissan has been working with Waseda University in Tokyo to develop and have just begun testing a new recycling process. It is an efficient and cost-effective way to recover rare metals from electric motors.The process involves heating a used motor to 1,400 degrees Celsius (about 2,552 degrees Fahrenheit) to melt.
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The company then adds iron oxide to the mix to oxidize the rare metal. This is followed by flux with borate. The latter causes the melted mixture to separate into two liquid layers. where rare metals float up onto the mixture, which can be easily removed.In testing, Nissan claims it was able to recover 98 percent of the motor's rare
components using a new recycling process. The entire process takes about half of the manual motor disassembly, which Nissan currently works to recycle rare metals. The company hopes to implement this process by mid-2020.If we have a chance to solve the climate crisis Finding new and innovative ways to recycle and reuse rare-earth metals will be important.
The 17 minerals that make up rare-earths are critical to electric vehicle production. Solar panels and wind turbines. A 2018 study by the Dutch Ministry of Infrastructure. It found that scarcity of rare metals is likely to limit the world's ability to meet the emissions reduction targets set forth by the Paris climate agreement.