Hydrogen transport is also a mass of pain in the ass because hydrogen being the noblest of gases and only a single hydrogen molecule likes to seep out of every container we've ever made and there's no way to permanently contain it.
It's a logistical problem basically most people don't live at the equator and that's the good spot for solar where it's three times as effective. We could plaster a quarter of all the land with solar panels and then yeah you have enough. Except you still wouldn't have a dependable energy inputs because sometimes the weather is shitty for a week. So you would still need the massive transition cables to pipe it in from somewhere else that the sun currently is shining. So basically you are going to need to cover massive amounts of land with solar panels. We would need to invest in massive transfer cables. I honestly think that would be a great idea to implement full coverage of solar panels in our cities and cover all things with them. However, do not think that's a viable solution to meet our total energy needs. I do think solar is a viable way to help meet those goals. But it needs to be part of a team, not a solo. Lone Wolf . https://youtu.be/7OpM_zKGE4o?si=2_TW0JeYeA2htQm1
I'm not saying Germany can't produce solar energy. Currently 5% of all the energy Germany uses is solar. I'm saying Germany can't run on nothing but solar energy which is why we need something dependable to take up the base load. That is not fossil fuel based.
I'm not knocking solar. It's a great technology. It's just not feasible to scale to the point that we would need to scale it to sufficiently power our societies . We only recently developed the technology to make burning methane more feasible. They used to just light it off and burn it at the wells when they would tap it.
and see how much of our energy needs are currently met by oil, coal and natural gas and see that 16% of our energy needs are met by a combination of all renewables. While I agree that we do need to continue investing more in renewables. There is only so much sunshine in a day and it isn't sunny everyday and it isn't sunny everywhere. We do not have the transmission technology to pipe electricity across continents feasibly. There's certainly enough Sunshine at the equator. Good luck getting it beyond 30° north or south. The other issue is storage pumped. Hydro isn't an option in most places because there isn't enough water or natural reservoirs available to fill. So please elaborate on your battery storage solution for your solar mega farms and how you're going to distribute that energy feasibly worldwide.
So while the progress of the last few decades in renewables is great progress, I'm certain you can see why we need to divest from oil and invest in nuclear tech to take up the base load
Renewables are great while in combination with peaker plants as the renewables produce a good amount of the base load when the sun shines wind blows etc, That energy generation is dirt cheap no arguments there. The Issue is those Peaker Plants are OIL COAL and GAS fired in most cases. The ideal solution IMHO would be to phase out the peakers and replace them with grid scale power storage augmented with nuclear base stations to manage load and reduce the need for new construction of grid scale power storage. The issue only using renewables is these grid scale batteries are projected to cost billions of dollars per project and if we forgo nuclear base stations to provide base load we would need a massive amount of these grid scale power storage stations in addition to also then having to generating roughly 90% more power than we do now from renewables alone to replace fossil fuels and to make up for inefficiencies in a storage dependent grid due to the fact that there would be constant losses of energy every time its transferred from generation to storage to use potential. Its simpler and more efficient make power on demand so I think we should take the current infrastructure and modify it. A turbine cares not what turns it. We can rip out coal fired oil fired and gas fired infrastructure and replace it with a modern generation of Small Modular Reactors ( it is proven technology ask the US NAVY https://en.wikipedia.org/wiki/United_States_naval_reactors ) With Peaker plants being transitioned to base stations this would make it so that the excess energy stored during the day can be tapped but we would not have to depend on it. Instead we can dynamically as needed (as the day ends in solar heavy locations or on calm days in wind heavy locations) start up the nuclear base stations to keep the grid energized using the batteries as a buffer on both ends as the Nuclear plants can not be cycled as quickly as fossil plants but can provide steady power on demand.
Gee whiz, I wonder what's worse for the environment open pit strip mining entire mountains for coal or a few smaller mines targeting uranium deposits. As for thorium, we don't even need to mine it. It's fucking everywhere.
What kind of crack are you smoking? The entire point of the nuclear is so that it can take the base load that we rely on Fossil fuels to cover so that we can use renewables and battery storage in combination with nuclear power to meet peak demand.
Pumped hydro storage requires massive dams to be constructed and massive amounts of habitat to be turned into artificial lakes. Also, we literally don't have enough water for that to be viable anywhere but the coasts
Thankfully we have this miracle invention called paint . You can hit one of these things with a train and you'll kill the train. The flask will be fine. https://youtu.be/1mHtOW-OBO4?si=_VEjko6YDyKfnz31
We do do this all the time. This is currently the solution. We put it in giant flasks and store it on site because ninnies like you won't let us bury it
I will happily sell the land under my house to let you store sealed vessels of nuclear material. There permanently. I can do that with 100% confidence because I understand the science involved in the matters. If it's buried deep enough in a proper container, there is no risk.
The information you provided was not sufficient so I googled
The suspect drums contain nitrates and cellulose, which are thought to have reacted to cause the explosion in February
It was low level waste mostly americanum dissolved into the mixture of nitrates and cellulose. The barrel did not explode as much as the lid popped off.
Since your articles behind a paywall, I cannot read it. However, I can guarantee you as what you're describing was in a barrel. It was low level waste. So likely a mixture of propellants or other chemicals that had been exposed to a reactor environment and then disposed of in a sealed barrel. High-Level nuclear waste is solid metallic-like substances that are encased in glass, steel and concrete. There's nothing to explode.
There is no storage problem. You are just simply uninformed. . We can process about 95% of the fuel into usable energy. That remaining 5% would end up buried. We have the technology and materials to process it safely and entomb it in solid glass and then bury that glass a mile deep in the Earth. This is proven technology. We know for a fact that this would be a viable long-term storage solution as we have investigated naturally occurring reactors and found that their own fissile material that was encased in magma is still there multiple million years later while being in the middle of an active fault zone. The material naturally and safely decayed and did not spread or disperse through ground water contact in an unmanaged environment over millions of years. The only true obstacle is convincing luddites that. It can be done easily and with fully understood horizontal drilling technology pioneered in the 1950s for oil drilling.
Forester @ Forester @yiffit.net Posts 16Comments 551Joined 2 yr. ago
Hydrogen transport is also a mass of pain in the ass because hydrogen being the noblest of gases and only a single hydrogen molecule likes to seep out of every container we've ever made and there's no way to permanently contain it.