Extra, Extra....Read All About It!

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Are these new?

Last week there were 42 articles under "Product Details" on the Scout page, and now there are 47 but I cant figure out which ones were added most recently.

Not sure what the new ones are.
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I note that that indicates traveler “offers a rear Mounted spare tire”. I remember some discussion of that being optional, and without the harvester there may be room for an under mounted spare (though maybe only 33). Was that ever confirmed? Or was it just speculation?
 
I note that that indicates traveler “offers a rear Mounted spare tire”. I remember some discussion of that being optional, and without the harvester there may be room for an under mounted spare (though maybe only 33). Was that ever confirmed? Or was it just speculation?
Confirmed, but there is still a long way to go. Things change.
 
Full disclosure, I had AI help me consolidate my thoughts and information.

Great interview — really got me thinking about the potential for rare-earth recycling.
I did a little digging afterward and came across some eye-opening stats on both coal ash and e-waste as potential sources of rare-earth elements (REEs):

COAL ASH: AN OVERLOOKED RESOURCE
  • Researchers at the University of Texas–Austin estimate U.S. coal-ash deposits could contain around 11 million tons of REEs.
  • Most of it is currently stored in landfills or ash ponds.


E-WASTE: MASSIVE VOLUME, MINIMAL RECOVERY
  • In 2018, the U.S. generated 2.7 million tons of consumer electronic waste.
  • Less than 1% of REEs in that stream are currently recycled.
  • A conservative estimate suggests REE content in electronics is about 0.03% by weight — meaning roughly 800 tons of REEs are lost to landfills annually.


U.S. VIRGIN REE RESOURCES
  • The USGS estimates 3.6 million tons of measured and indicated domestic REE reserves.
  • American Rare Earths has identified a major deposit in Wyoming potentially holding 1.43 billion tons of REEs.


TOTAL POTENTIAL U.S. STOCKPILE
(rounded to nearest million tons)
  • 3.6 million tons (measured reserves)
  • 1,430 million tons (Wyoming deposit)
  • 11 million tons (coal ash deposits)
  • 0.001 million tons (annual e-waste flow — not cumulative)
    = Approximately 1,444 million tons total REE potential


GLOBAL CONTEXT
  • China’s estimated reserves in 2024: 44 million tons of rare-earth oxide (REO) equivalent.
  • That means the U.S. may have more than 32x the potential volume of China, if recovery and processing are developed at scale.


WHY THIS MATTERS
If the U.S. can scale rare-earth recycling and processing:
  • We reduce dependence on imported REEs
  • We drive down the cost of virgin materials
  • We open new domestic supply chains for EVs, defense, clean energy, and tech
  • And we clean up coal ash and e-waste in the process

This seems like a rare win-win opportunity. Would love to hear if others think rare-earth recycling is finally ready to go mainstream.
 
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Great interview. I came away wondering about the opportunity for recycling. I did some quick searches and found this information.
According to research led by the University of Texas at Austin, U.S. coal ash deposits (which are often stored in landfills or other storage facilities) could contain as much as 11 million tons of rare earth elements (REEs).
This estimate is significant, as it represents nearly eight times the amount of REEs currently in the U.S. domestic reserves. These coal ash deposits could be worth an estimated $8.4 billion in REEs.
E-waste, or electronic waste, refers to discarded electronic devices and components. There are significant amounts available although they are more difficult to recycle than coal ash.
  • Significant Volume: In 2018 alone, 2.7 million tons of consumer electronic goods were generated in the US. Given that only a small portion is recycled, a large amount of e-waste, which contains REEs, is ending up in landfills.
  • Low Recycling Rates: Only about 1% of rare earths in e-waste are recycled. This indicates that the vast majority of REEs contained within discarded electronics are likely ending up in landfills or being stockpiled.
  • Valuable Resources: Despite the low recycling rates, the potential value of these discarded materials is significant. For example, the metals within the e-waste generated globally in 2022 were valued at $91 billion. This highlights the potential of urban mining to recover these valuable resources, including REEs.
  • Challenges in Recycling: Recycling REEs from e-waste is difficult due to the low concentrations of these elements in consumer electronics, along with the high costs associated with collecting and processing them.
I think this is a huge opportunity to reduce our waste while increasing our independence. If the US becomes a leader in the recycling of rare earths, it will drive the cost down for virgin material as well. That lead to lower costs for EV batteries.
I thought there were a couple companies doing this already