fauxbeauceron t1_jai26jy wrote
Reply to comment by exit2dos in German scientists show a commercially feasible method for cyanobacteria to extract 17 rare earth elements from low-concentration sources. Currently, most of the world's supply of these elements is mined in China. by lughnasadh
Just a taught experiment : what if we make plants and mushrooms concentrate those minerals for us then make a soup with them. Then the bacteria finish the job.
exit2dos t1_jai5ew1 wrote
I would think they would need caves to grow in, with the REE's exposed on (or near) the loose exposed surface. Mushrooms dont have roots like trees. I am unsure if the wanted REE's would be considered nutrients to a plant or mushroom. (after-thought; Some REE's definatly not as they are toxic and/or (mildly) radioactive).
Staerebu t1_jajdtur wrote
The first part is a thing
>Nickel, zinc, manganese, cobalt, selenium and thallium – all are found in specific hyperaccumulator plants and all are vital to renewable technologies.
https://smi.uq.edu.au/leaders-energy-transition-sustainable-source-critical-metals-phytomining
fauxbeauceron t1_jajewg5 wrote
Amazing! Thank you!
[deleted] t1_jai3h25 wrote
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