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Nuclear Fusion a reality
http://news.bbc.co.uk.../sci/tech/8485669.stm
With the rapid progress in this field could we expect Nuclear Fusion to be reality within 20 years?
How would this affect the oil industry?
How would it affect global warming if this removes most of the carbon based industries?
Would our power bills be reduced substantially?
Is any oil producing country likely to put a spanner in the works?
With the rapid progress in this field could we expect Nuclear Fusion to be reality within 20 years?
How would this affect the oil industry?
How would it affect global warming if this removes most of the carbon based industries?
Would our power bills be reduced substantially?
Is any oil producing country likely to put a spanner in the works?
Answers
Best Answer
No best answer has yet been selected by rov1200. Once a best answer has been selected, it will be shown here.
For more on marking an answer as the "Best Answer", please visit our FAQ.As it happens 20 years ago I was a junior scientist working on Fusion.
Fusion has already happened JET in Oxfordshire achieved it years ago but was never designed to break even - ITER being built now in France will and is an experiment to solve the engineering problems. DEMO will be built in about 30 years or so and will be the first demonstration reactor.
This is a different technology and is some way behind but is still worth doing as it may have other stuff to offer.
Fusion is big technology though - it's never going to run your car, it'll also not be that cheap to build and decomission so those early 50's guys who promised "electricity too cheap to meter" were a bit overly enthusiastic.
The Oil companies don't give a damn whether they sell you petrol, biodiesel, hydrogen or electricity to put in your car.
It's probably goint to play a part in reduicing carbon emissions but as I say you can't put one in your car. The economics of Hydrogen look a bit dodgy right now so it will probably be restricted to electricity supply.
Electricity will still cost us all money - I don't think any oil producing country would or could do much or even would want to.
Even if we had free electricity we'd need to keep producing oil for chemicals and plastics etc. and as it gets harder to find and more expensive the price will go up
Fusion has already happened JET in Oxfordshire achieved it years ago but was never designed to break even - ITER being built now in France will and is an experiment to solve the engineering problems. DEMO will be built in about 30 years or so and will be the first demonstration reactor.
This is a different technology and is some way behind but is still worth doing as it may have other stuff to offer.
Fusion is big technology though - it's never going to run your car, it'll also not be that cheap to build and decomission so those early 50's guys who promised "electricity too cheap to meter" were a bit overly enthusiastic.
The Oil companies don't give a damn whether they sell you petrol, biodiesel, hydrogen or electricity to put in your car.
It's probably goint to play a part in reduicing carbon emissions but as I say you can't put one in your car. The economics of Hydrogen look a bit dodgy right now so it will probably be restricted to electricity supply.
Electricity will still cost us all money - I don't think any oil producing country would or could do much or even would want to.
Even if we had free electricity we'd need to keep producing oil for chemicals and plastics etc. and as it gets harder to find and more expensive the price will go up
Yes OG that's possible
No Rov it's not perpetual motion because you're using hydrogen as a fuel.
What happens is that the energy tied up in a nucleus of Helium is less than the energy tied up in the two duterium nuceii - So when you "bang the rocks together" you get left over energy.
Mind you what a lot of people don't realise is that fusion is still an intensely radioactive process and reactors will have to be decomissioned carefully - but because you don't have any nasty fuel rods left over, no plutonium produced and you can pick your materials carefully you can have most of the waste with a half life of 100 years rather than 100,000 years.
So it's not cheap and easy but unlike wind and wave and solar you can turn it on when you need it.
All part of a mixed energy strategy
No Rov it's not perpetual motion because you're using hydrogen as a fuel.
What happens is that the energy tied up in a nucleus of Helium is less than the energy tied up in the two duterium nuceii - So when you "bang the rocks together" you get left over energy.
Mind you what a lot of people don't realise is that fusion is still an intensely radioactive process and reactors will have to be decomissioned carefully - but because you don't have any nasty fuel rods left over, no plutonium produced and you can pick your materials carefully you can have most of the waste with a half life of 100 years rather than 100,000 years.
So it's not cheap and easy but unlike wind and wave and solar you can turn it on when you need it.
All part of a mixed energy strategy
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