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optimisticly, most fossil fuel reserves will be gone in 30-50
years, and there is a real chance of the production peaking in not more than 10. No, there's lots of coal out there, and using it will still be cheaper than SPS, tho all the natureworshippers will need to be told to sit down and shut up. I agree though, SPS R&D needs to be done *now* so we will have it when we do in fact need it. |
#2
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![]() "G EddieA95" wrote in message ... optimisticly, most fossil fuel reserves will be gone in 30-50 years, and there is a real chance of the production peaking in not more than 10. No, there's lots of coal out there, and using it will still be cheaper than SPS, tho all the natureworshippers will need to be told to sit down and shut up. You're forgetting nuclear as well. There's enough uranium to last at last 150 years if not more. Beyond that, fusion will most likely be a reality. |
#3
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In article ,
Ultimate Buu wrote: "G EddieA95" wrote in message ... optimisticly, most fossil fuel reserves will be gone in 30-50 years, and there is a real chance of the production peaking in not more than 10. No, there's lots of coal out there, and using it will still be cheaper than SPS, tho all the natureworshippers will need to be told to sit down and shut up. You're forgetting nuclear as well. There's enough uranium to last at last 150 years if not more. Beyond that, fusion will most likely be a reality. Actually, there's 6000 ppb of thorium in the Earth's crust and 1800 ppb of uranium, totalling very roughly 10^30 joules to play with. If you assume a civilization that consumes one hundred times more energy than we do now, that's enough for over thirty million years and by the end of that period we should be no more than thirty years away from commercial fusion. I've been noodling around with ideas for deep crustal mining, too. There's an entire subterranian ecology down there that has not been made human oriented yet, although the paltry amount of energy it has to use limits what one can do with it. -- It's amazing how the waterdrops form: a ball of water with an air bubble inside it and inside of that one more bubble of water. It looks so beautiful [...]. I realized something: the world is interesting for the man who can be surprised. -Valentin Lebedev- |
#4
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In article ,
James Nicoll wrote: In article , Ultimate Buu wrote: "G EddieA95" wrote in message ... optimisticly, most fossil fuel reserves will be gone in 30-50 years, and there is a real chance of the production peaking in not more than 10. No, there's lots of coal out there, and using it will still be cheaper than SPS, tho all the natureworshippers will need to be told to sit down and shut up. You're forgetting nuclear as well. There's enough uranium to last at last 150 years if not more. Beyond that, fusion will most likely be a reality. Actually, there's 6000 ppb of thorium in the Earth's crust and 1800 ppb of uranium, totalling very roughly 10^30 joules to play with. If you assume a civilization that consumes one hundred times more energy per unit time! per unit time! -- It's amazing how the waterdrops form: a ball of water with an air bubble inside it and inside of that one more bubble of water. It looks so beautiful [...]. I realized something: the world is interesting for the man who can be surprised. -Valentin Lebedev- |
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#6
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tho all the natureworshippers will need to be told to sit down and shut
up. You can burn all the coal you want. Just make sure you don't create CO2 and ruin my ski holidays (and much more besides). If your ski holidays are weighed against the power needs of the masses, you may have to spend some winters at home. Or travel farther to find the snow. I agree though, SPS R&D needs to be done *now* so we will have it when we do in fact need it. We could certainly start with some useful research instead of all the stuff their currently not doing on ISS. If in fact ISS can even provide such research. My guess is it will require an entirely new station. But yes, we need to start, and about ten years ago. |
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