I read it as flooded natural gas deposits getting popped by the pressure, not normal wetlands rotting.
Given how shallow the lake is? Unlikely. Could also be that a bunch of gas wells aren't going to be properly capped before the area is flooded tho.
Back then we didn't have a massive sunk cost in nuclear that made it more efficient to run that kind of program.
The end result of this pilot program will be the supsov saying "Just expand Atommash again, these things (concentrating solar thermal and steel-blade wind turbines) suck."
The reason they can still make sense this plan for LI-Service plans is that we actually need just thirty or so energy tacked onto the top to make it through the plan, since expected annual energy growth for an LI-services plan is about 650 and we've only got a buffer of around 100 energy. Meanwhile, green energy programs (they're green because they're moldy and gross ) are the cheapest way to get that.
There's alot of areas where building a gigawatt of nuclear generation capacity just isn't practical. If it is politically viable to put in a bit of "GEP" now, before an oil crisis, it will likely continue to be viable (and efficient) to keep adding every plan.
Especially as next time we can implement GEP, it won't be prototypes and pilot projects.
Not everything needs (or is best served by) baseload power from a ginormous plant.
I think going for big deployment right now is too early. We're struggling to build 6um at scale. There was success with microcomputer on those nodes but ultimately the 3um 8086 and 68k destroyed those markets.
From the sounds of it, we still haven't brought mass availability of transistor electronics to the ordinary worker yet. Forget computers for a moment, we need to provide transistor radios, hi-fis, transistorized colour televisions, calculators, digital watches and VCRs. These don't need chips necessarily, and if we do use chips in them, we don't need the best stuff. But these are all huge product categories in the 70s and 80s. If we don't develop domestic industries, we're going to be hemorrhaging money on imports.
If we don't develop these industries now, we probably never will. Not only is this the period in which these technologies were in enormous demand, but we are not so far behind to make trying to catch up not worth our time.
And alot of this stuff (especially televisions and tape players) will be very important to be able to produce any kind of reasonable home computer.
General electronics manufacture doesn't analogize into lithography at this point, so our VHS plants won't make us good at building processors.
Not to making processors, no. But there's more to making a computer than just the processor.
VHS players for example take mind boggling precision. There's a reason why the countries that became the dominant players in VHS player manufacture were also the countries where computers tended to be assembled.
Assembling electronics was a labour intensive process that was difficult to automate, so cheap labour made a big difference. But once that cheap labour had gained skill, not only the people doing the assembly, but also the people planning the factories, managing the factories and doing the QA. And those skills were largely transferable.
And these first-gen microcomputers had serious limitations due to the tiny amount of memory they could address and the resultant struggles to make them run peripherals and programs, often lacking floating-point support, and opcode weirdness that resulted in them initially shipping with compilers that were varying degrees of nonfunctional.
The computers of the 80s all could have had way more memory. The issue was that RAM was expensive and these computers were being made on very tight budgets. Had RAM been cheaper, banking could have been used to go above what the CPU could address.
EDIT: about the oil crisis likely destroying unskilled manufacturing... isn't "unskilled manufacturing" most of the non-electronics stuff we would be building with an LI focus? THAT sounds like a self-own in the making.
With how labour intensive consumer electronics are in the period, that makes these industries a good candidate for soaking up manpower producing something worthwhile.
Which sounds like exactly what will happen if we neglect developing advanced computers while jacking General Labor prices into the stratosphere with an LI/Services plan.
There's gotta be something I'm missing right?
I am not sure that advanced computers will really add a whole bunch of productivity.
I lean towards investing in more fundamental things first.
Though I am tempted by an infra/services plan.
3 dice on rail electrification and 7 dice on housing could really help, come the oil crisis. Good quality housing, and importantly, dense housing that has good public transport to the places people need to go will have a big effect on how much suffering the rise of oil prices causes for our people.
Am torn on where to invest in high speed rail next. The Urals expansion puts us closer to connecting Central Asia, and will reduce pressure on the airports. The Caucasus expansion could lead to high speed rail to Turkey and Iran. Intensifying trade with Turkey and Iran could help offset the oil crunch. Am leaning towards the Urals tho. Unless the cheapness of the Caucasus becomes a big point in its favour.
Regards,
fasquardon