First: if seismic sensors at the plant were triggered (for example if shells or bombs are used) the reactors which are of very different design would shut down automatically.
Second: the main risk at the plant is that cooling does not get to the reactor cores over time.
The containment domes around the reactors are extremely strong.
They will not be affected by light arms or moderate fire from heavier arms.
The worry is in interruption of plant cooling procedures after the reactors shut down.
The interruption of plant cooling is an issue that would unfold over much, much longer period of time than the explosion event at Chornobyl.
Ghana is tired of running short on generation, and is advancing from its existing nuclear research reactor program to a full commercial nuclear energy program.
Ghana can be the Sweden of Africa, blending existing hydro with new nuclear.
I visited Ghana's research reactor in October of last year.
It was cool but the real highlight of my trip was a conversation with Dr. Stephen Yamoah, director of Nuclear Power Ghana, who is quoted in the GhanaWeb article.
He had a clear vision and a plan. His team is executing.
Intriguingly, the Ghanaian nuclear program has attracted a proposal from SNC-Lavalin to build CANDUs, which if built would be the first CANDU exports since Qinshan in China twenty years ago.
It's surprised observers in Canada who thought the CANDU new build era was over.
INDIAN POINT NUCLEAR CLOSURE ALREADY CAUSING ENERGY SHORTAGES:
There's not enough natural gas to feed both the city and all the replacement gas turbines built to accommodate @NRDC's campaign to switch New York to 100% fossil energy.
NRDC hired their own energy experts, whatever frauds would come up with the obviously wrong answer that the city's biggest power plant, only significant one not powered by natural gas or fuel oil WASN'T NEEDED in an area with severe gas supply constraints
It takes remarkably little exposure to large solar projects and their developers before people realize it's actually industrial energy production, and a particularly low-fi form at that.
It's the opposite of the journey people take when discovering nuclear, typically.
Solar in theory: wow free energy from the sun! Heck yes!
Solar, reality: what the hell just happened to our community. Where is our forest
Nuclear in theory: seems odd...I get bad vibes from it
Nuclear, reality: this place is incredible and it's surrounded by nature! I love it
To say the very least, this increasing pushback solar and wind experience with increasing pubic exposure is rarely considered in spreadsheet decarbonization.
There's a reason Germany will have to substantially curtail local democracy to force wind turbines into its forests.
The physics and engineering of shielding and storing even the spiciest nuclear wastes are simple.
Social and psychological challenges cause people to ask "What about the waste?"
So the Dutch hired top artists and architects for @COVRA_nv
Engineering + pure vibes = waste SOLVED
If everyone with nuclear reactors built their own @COVRA_nv and schoolkids and politicians and cultural leaders got to hang out & vibe with their nuclear waste like we did here, there WOULD BE NO NUCLEAR WASTE PROBLEM.
At a fraction of the cost of silly holes like Yucca Mtn.
You must model the loss of transmission lines. You must model continent-wide wind droughts. You must model continent-wide droughts that knock out hydro.
If you're still selling 100% Wind-Water-Solar after that, you're a knave or a fool. Or both.
I don't have to model these things because I fundamentally distrust giant intricate energy models.
Shit goes wrong. Big shit. Crazy shit. Shit that's never gone wrong goes wrong.
I didn't predict what's happening now in the UK specifically, but that's the point: YOU CAN'T KNOW.
Texas weirded me out.
How it had been managing to have such crazy low revenue going to generators, but seemed ok.
How it was running with lower and lower reserves each year, but appeared to be fine.
Until it wasn't.
After the fatal blackouts energy modelers got another try.