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Recycling considerations for permanent magnets

Please help with below questions regarding rare earth magnets (permanent magnets)


What are the best recycling opportunities for the permanent magnets? Consider technical, logistical and economic feasibility.

What are the current and projected levels of recycling?

What areas of research and development will improve the efficiency and effectiveness of recycling processes?

What innovations will promote design for recyclability of energy technology applications?
Intellectual Property

To what extent does intellectual property protection constrain firms from entering or expanding into recycling of permanent magnets? To what extent do these constraints
impact cost or affect innovation?

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There are basically three types of permanent magets: alnicos, ceramics, and rare earth. All types of permanent magnets be rendered safe for disposal through heating, which removes their magnetic properties. However the most difficult to dispose of are the rare earth magnets. Rare earth magnets are powerful and will accelerate quickly toward each other and metal objects. A person can be injured by these high speeds if precautions are not taken. Because of these precautions, it is expensive to recycle them. However rare earth elements are becoming scarce and it is becoming cost effective to recycle them nonetheless.

The recycling of magnets is generally done as part of e-waste recycling programs. This is because rare earth magnets are important components of hard drives and cell phones. E-waste programs are ...

Solution Summary

Recycling considerations for permanent magnets, especially rare earth magnets