Comment by medlazik
Comment by medlazik 12 hours ago
Uranium mining isn't clean at all. Between Greenpeace (full of business school hacks) and lobby pressured EU courts, there's a middle ground.
Comment by medlazik 12 hours ago
Uranium mining isn't clean at all. Between Greenpeace (full of business school hacks) and lobby pressured EU courts, there's a middle ground.
Sure, now show us how to recycle spent fuel rods (and become a billionaire).
What do you mean? Modern in situ uranium mining is one of the lowest impact mining of resources we have. It's not perfectly clean, but it's pretty darn good.
>What do you mean?
I mean it's not clean
>one of the lowest impact mining of resources we have
Not the point. It's not clean, it shouldn't be called clean end of the story.
Citation needed.
I will save you the trouble because I already know where your numbers come from: the Quadrennial Technology Review by the US Department of Energy from around 10 years ago. These numbers have been thoroughly debunked [1]. They are simply wrong, likely out of laziness more than malice.
But the people that spread this around do it out of malice to dupe people and influence opinions. You've been duped.
[1] https://xcancel.com/simonahac/status/1318711842907123712
Ok, well by this definition, all human development activity is unclean. This is a perfectly valid point of view but is pretty distinct from the modern definition of clean.
Then what is clean? By that definition Solar and Wind aren't because copper and iron mines aren't clean.
Do you think rare earth minerals for batteries and photovoltaics grow on trees?
Why mine uranium? Only about 4% of nuclear fuel is actually used before the fuel rods need replacement, which makes uranium highly recyclable. Given all of the “spent” fuel rods in storage, mining operations for additional uranium are unnecessary. We have enough uranium to supply our energy needs for millennia, provided we are willing to begin a recycling program.
Interestingly, the 4% actual “waste” is also quite valuable for industrial, scientific and medical purposes too. Radiation treatments for cancer, X-ray machines, etcetera all can use isotopes from it. This is not mentioning smoke detectors, betavoltaics and the numerous other useful things that can be made out of them. Deep space missions by NASA rely on betavoltaic power sources. Currently, there is a shortage, which has resulted in various missions being cancelled. Our failure to recycle “spent” nuclear fuel rods is a wasted opportunity.