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Fortunately I don't believe we'll need to. From a previous glance of that report, scenario F is pretty close to what I'd imagined we'd likely aim for. It would
by wizofaus 4y ago
Fortunately I don't believe we'll need to. From a previous glance of that report, scenario F is pretty close to what I'd imagined we'd likely aim for. It would've been a lot smoother and less costly if we'd started 40 years ago, but it's not shortage of minerals like lithium or cobalt that have been holding us up.
If the "Big rare-earth-metals-mining" industry had anything like the clout of Big Oil/Gas/Coal, we'd probably be half way there by now.
- evilos 4y agoYou might want to look at figure 26.10 of Scenario F. We still hit mineral constraints. The author says outright the report is not an attempt at simulating a realistic transition because it's asking first order questions: along the lines of "do we even have enough stuff to try this?". There's no attempt to ask if this is economical or logistically possible because it is not. The author is convinced that we're all about to be much poorer because the IV drip of cheap energy that the world has enjoyed for at least 50 years is about to be ripped out. Personally, I think what's most likely to happen is that we will fail to get the world's nations to stop using fossil fuels and we will suffer the environmental consequences of that. Plus all the consequences of the resource wars that will follow. It's a shame. I think our best chance to avoid this is to rush research on mass manufacturable gen 4 nuclear reactors. We need a factory that spits these things out so we can ship them to developing nations because otherwise, they build coal plants. I have high hopes for Thorcon. They plan to use shipyards to build annually up to 200 GW of modular shippable reactors.