Tootfinder

It’s apparent to anyone with a bit of education in technological history that this sort of thing must be possible. We have waste streams with higher concentrations of key elements than the "ore" we derive them from.
This is part of why I religiously recycle plastics even though right now they don’t really get recycled. At some point, the piles of unrecycled plastics will be a better raw material for new plastics than the dregs of petroleum we have left.

"Recyclers Switch from Smelting to Solvents, Recovering Precious Metals from E-waste with Fewer Emissions"
#Recycling #EWaste

Recyclers Switch from Smelting to Solvents, Recovering Precious Metals from E-waste with Fewer Emissions
The UN estimated that some three-fourths of all e-waste didn't enter recycling streams, leaving an estimated $62 billion in metals behind

Recyclers Switch from Smelting to Solvents, Recovering Precious Metals from E-waste with Fewer Emissions https://www.goodnewsnetwork.org/recyclers-switch-from-smelting-to-solvents-recovering-precious-metals-fr…

Recyclers Switch from Smelting to Solvents, Recovering Precious Metals from E-waste with Fewer Emissions
The UN estimated that some three-fourths of all e-waste didn't enter recycling streams, leaving an estimated $62 billion in metals behind

"In a world of limited capital and urgent climate deadlines, the prudent course is to double down on the technologies that are delivering now and keep nuclear in a narrow test lane with clear stop rules."
#kernenergie

Small Modular Reactors and the Big Questions of Cost & Waste - CleanTechnica
New research challenges SMR promises, finding diseconomies of scale, cost overruns, and added nuclear waste streams.