REEcycle

Low-cost, low waste reclamation process that can recover #rareearthelements locked inside of discarded electronic scrap

[REEcycle @ReecycleInc]

REEcycle is excited to announce a feedstock LOI with a major power company with over 10GW current wind portfolio to recycle REE #permanentmagnets from end of life wind turbines.

The future of western REE supply is now, it’s circular, it’s REEcycling.

[REEcycle @ReecycleInc]

Collection team picked up 2 tonnes of scrap REE permanent magnets that were from electric motors today that will be recycled in our demonstration plant in 1Q 2026.

[REEcycle @ReecycleInc]

The Trump administration has the vision to see the USA and its allies cannot depend on China anymore for critical materials and the courage to act.

Rasmus and JC are honored to have been invited to DC to share REEcycle’s mission to help rebuild the ex-China REE supply chain

[REEcycle @ReecycleInc]

Hard drives contain small REE magnets, but the challenge is getting them out safely and efficiently so they usually end up in landfills or exported to China as scrap.

Fortunately, REEcycle has the solution.

Coming soon to a data center near you:

[REEcycle @ReecycleInc]

REEcycle congratulates @MPMaterials on their new partnership with the U.S. government.

A new stage begins in the mission we are both on to reduce western dependence on Chinese origin rare earths and REE permanent magnets.

https://t.co/1HUjGlliXR

[REEcycle @ReecycleInc]

We’re back in action: REEcycle is restarting our demo plant to produce domestic magnetic rare earth concentrate after closing a successful capital raise. 🇺🇸♻️

Read more: https://t.co/NaxKxEkBEg

#RareEarths #Cleantech #SupplyChain #Manufacturing

[REEcycle @ReecycleInc]

China's export ban related to rare earths is making daily headlines— at REEcycle, we've been preparing for this moment for many years already.

We're not a future concept—we're a scalable, proven solution to America's #rareearth challenge.

https://t.co/AImjcwELwN

[REEcycle @ReecycleInc]

Space mining is an exciting concept that has been gaining a lot of attention in recent years.

These resources could be used to supply Earth with the materials it needs to sustain its growing population.

https://t.co/KykcaHM0ps

#rareearth #NdFeB #reecycle #spacemining

[REEcycle @ReecycleInc]

The U.S. must prioritize reclaiming control of #CriticalMinerals and #rareearthrecycling is key - making the country more resilient to potential market manipulation by China and contribute to achieving clean energy and climate change targets.

#REEcycle

https://t.co/yj9zqv3vyX

[REEcycle @ReecycleInc]

The article highlights #REE importance in modern tech and the increasing demand that may outstrip supply.

Designing products with recycling in mind will be crucial to the future of #REE recycling.

#rareearths #NdFeB #rareearthrecycling

https://t.co/PrL9De0c4x

[REEcycle @ReecycleInc]

REEcycle has an impressive hard drive disassembly machine. It can sort and separate over 4,000 drives/day. This increases the recycle value & eliminates many issues caused by shredding.

Have questions? We'd love to hear from you!
https://t.co/9Z9Ur6LEU2

#rareearths #NdFeB

[REEcycle @ReecycleInc]

Could the U.S. replace China as global supplier of #rareearths?

https://t.co/7M8cQHuLYN

[REEcycle @ReecycleInc]

An incredible legacy and well-deserved Nobel Prize.

Here is an inspirational video of Professor Goodenough on "Changing the World": https://t.co/j5sWJ79pR8

Rest in peace, professor. Thank you for your contribution

#mechanicalengineering #lithiumionbatteries #rareearthelements

[UT Austin @UTAustin]

John B. Goodenough, professor at The University of Texas at Austin who is known around the world for the development of the lithium-ion battery, died Sunday at the age of 100. Goodenough was a dedicated public servant, a sought-after mentor and a brilliant yet humble inventor.

[REEcycle @ReecycleInc]

One key benefit of #recycling is its ability to increase the diversity of #RenewableEnergy metals supply.

This can help reduce reliance on finite resources & produce clean energy more reliably.

Read more below👇

https://t.co/O9UYjdFjMV

[REEcycle @ReecycleInc]

“The clean energy sector is going to be work $23 trillion by 2023 and private sector innovators will help us get there."

#RareEarth recyclers are transforming materials into critical minerals needed for a clean energy future.

#neodymium #ndfeb #energytransition #electricvehicle

[Secretary Jennifer Granholm @SecGranholm]

Private sector innovators like @Li_Cycle are bringing the vision of a clean energy economy to life. 🇺🇸👷

[REEcycle @ReecycleInc]

The EPA's tailpipe rule requiring automakers to build #EVs will make the US almost wholly dependent on China for the #NdFeB magnets needed to make those vehicles.

This is bad policy.

https://t.co/UJeYK4li9l

[REEcycle @ReecycleInc]

@Apple has set ambitious targets for 2025, aiming to use exclusively recycled rare earth elements in magnets.

https://t.co/JDFYVl3glk

#rareearths #rareearthelements #reecycle #REE #neodymium #batterymetals

[REEcycle @ReecycleInc]

“There are now more emerging #rareearthmagnet recyclers than ever before, several starting to produce at scale & with significant commercial traction."

https://t.co/Qw6wVhkqGw

#NdFeB #neodymium #RareEarths @AdamasIntel

[REEcycle @ReecycleInc]

The focus on clean energy technology means the need for minerals and metals to manufacture these technologies will increase.

What is often overlooked is their effect on mineral security...

https://t.co/Bw1M8YHKBT

#reecycle #neodymium #rareearths

[REEcycle @ReecycleInc]

This article sheds light on the potential impact of China's possible ban on #rareearth exports.

It highlights the importance of diversified supply chains and reduced dependency on a single source.

https://t.co/VqiYoDGAt0

#energytransition #NdFeb #reecycle #rareearthelements