New Recipe for Efficient, Environmentally Friendly Battery Recycling / A new method enables 100% of the aluminum and 98% of the lithium from spent car batteries to be recovered and recycled.
A new, efficient method enables 100% of the aluminum and 98% of the lithium from spent car batteries to be recovered and recycled while minimizing the loss of valuable raw materials.
New Recipe for Efficient, Environmentally Friendly Battery Recycling / A new method enables 100% of the aluminum and 98% of the lithium from spent car batteries to be recovered and recycled.::A new, efficient method enables 100% of the aluminum and 98% of the lithium from spent car batteries to be recovered and recycled while minimizing the loss of valuable raw materials.
We've known how to very effectively recycle batteries for a long time now, it's just been far cheaper to mine new materials than to recycle existing ones
This article unfortunately doesn't really go into the economics of this process
Cheaper or carbon efficient (or both)? The problem we've run into is that the cheapest solution (therefore most profitable) has been our go-to solution. In the short term at least, reducing our carbon emissions will be expensive.
Reminds me of the great 'Helium' crisis that poofed out of existence once MSM realized that half the comments in every article were like 'No, it's just never been worth to capture it from fracking' lmfao.
And also, if you think planet earth is going to all agree to stop having road transport and get rid of any battery devices, you're living in a fantasy world - batteries are needed, and they should be reused and recycled.
We are trying to reduce usage as well, it's just not as obvious.
Like sure, if you wanna say no more cars, it's not happening at that level, but all the chemistry improvements that increase the efficiency of the batteries is still a reduction.
We've reduced our need for Cobalt, some battery chemistries don't even use it anymore.
I think we're still settling in on what is the ideal range of a car for cost vs range, but we'll reach a point where an increase in performance leads to a reduction in cells used.
Solid state batteries will be a huge jump on that front sometime in the next decade probably.
I'm still baffled by the quantity of non rechargeable replaceable batteries out there. I have an automatic soap dispenser, it uses rechargable AA. But you know there are people out there still buying single use ones and swapping them multiple times a year.
It actually is. I think the DoD required it at some point, it became apparent with destabilizing aging explosives and nuclear power and weapons that it was vital, as well as dismantling anything that the enemy could gain knowledge from.
However, like most good things, it's rarely implemented where it's not required.
DoD calls it life cycle engineering, and it's basically standard for anything but software. Problem is that corporations aren't required to do anything like that.
Perhaps with this new technology it will no longer be necessary for the "Empire" aka USA to stage a coup d'état in a poor country in Latin America to steal its lithium. No, capitalism doesn't work this way coups are much easier cheaper and faster.
I don't really believe in those of articles. Many of them exaggerate things, if they weren't we had cured aids, cancer a decade ago, we are running on clean and renewable energy. I see a lot of articles like that but years after nothing have really changed and our situation is much worse.
We do have a lot of really cool technologies that could revolutionize how we generate power, clean water, and generally live.
But they are expensive, so they don’t get done.
We could have been running the world off of nuclear reactors for the last 60 years, but they’re more expensive than coal and gas, so we haven’t.
We could also have potentially had a giant solar array in orbit that beamed power down to the planet, which would have been built in the 80s and 90s. But we got the space shuttle instead, because it was cheaper and more feasible. Now the space shuttle was awesome, but it’s competing project was truly a leap ahead in space flight.
There are a few people that, according to blood panels, have been cured of HIV. But it’s a very expensive and painful procedure, as it involves a bone marrow transplant from a person that is genetically immune to HIV and is a match for the person that has HIV.
The technology is occasionally there, but it’s just so impractical to implement it at scale that it never happens.