RT @gretathunberg
Germany is opening a new coal power plant this summer. It’s run by Finnish state-owned Fortum.
Swedish state-owned Vattenfall is already operating new coal plants in Germany.
Everyone involved claims to be “climate leaders” but this is the opposite of leadership.
This is failure. https://twitter.com/fridayforfuture/status/1262314065843695617
@gretathunberg This is because Germany dismantled its nuclear power plan.
I'm sorry, but this is just reality hitting home. If you are anti-nuclear, you're pro-coal.
cc @kravietz
@drq
That's a false binary.
Germany also dismantled its solar power plan, and significantly dampened the wind power development. If it had not, one coal plant would be easy-peasy to replace. And that's not even taking into account all the gas plants which exist but are rarely used.
Building coal plants today is in direct contradiction to any plans to protect the climate.
@Mr_Teatime Solar is never going to replace nuclear. Nor is wind. Thy are not as reliable, not as controllable, and nowhere even near its energy density.
https://www.youtube.com/watch?v=3gg9_zTlg4M
See this? This is the insides of the Electric Arc Furnace. This is the technology that lets us melt steel without using coal or gas. It is used to recycle scrap metal into useful material. Waste into new things. Every given moment the temperature inside this giant arc welder must exceed 1800 degrees centigrade when in operation.
I can see households be powered by solar or wind, probably. I want to power mine with solar and wind myself when I get a suitable one someday. I can't see solar or wind powering heavy industries like this anytime soon, save for maybe a Dyson sphere. And the stuff people use must come from somewhere, it has to be made by someone, and powered by something. I'd rather it be powered by electricity, than by coal or gas.
And we already have a way to do it.
@loonycyborg @gretathunberg @Mr_Teatime @drq
In Poland, there were some attempts at geothermal and there's a lot of uncertainties - drilling is *very* expensive, you need two shafts (in/out) and then you don't know for sure what you'll get. If it's 100°C it's a win, but then you may get 50°C and high mineralisation which quite useless. The best they got in Poland was 80°C and they're heating a whole district with it. There were many failed too.
