- Reaction score
- 13,677
- Points
- 1,160
And on the actions front:
http://www.telegraph.co.uk/business/2016/08/17/britain-should-leap-frog-hinkley-and-lead-21st-century-nuclear-r/
One of these days we will be using reactors in the oil patch.
A different type of reactor - http://www.huffingtonpost.ca/2013/01/18/toshiba-oil-sands-reactor_n_2505738.html
And while we are talking about melting salt - how about using all those ruddy windmills to melt potash (Melts at 770 C and Boils at 1420 C) to store wind energy as high grade heat which can be used to generate steam and turn turbines on demand - not just when the wind blows.
Edit:
Here is another article from AEP - this time extolling the virtues of SOME windmills
http://www.telegraph.co.uk/business/2016/08/14/britains-vast-national-gamble-on-wind-power-may-yet-pay-off/
AEP is Not your usual proponent so I hear him with interest. I still would be tying them to a storage system - like molten salts.
The Moltex reactor can run off existing spent nuclear fuel, cleaning up the legacy headaches of old nuclear plants. "We can process nuclear waste very cheaply instead of burying it at enormous cost in steel tanks for 200,000 years underground," he said. The plan is switch to thorium as a "greener" source of fuel once Britain's stockpile of nuclear waste has been consumed.
The Moltex design slashes costs by using a convection process that avoids pumping molten salt around the system. This reduces corrosion, the metallurgy barrier has bedevilled molten salt projects.
Dr Scott is the former chief scientist of Unilever and his technical advisory board includes Derek Fray at Cambridge, Paul Madden at Oxford, and Tim Abram at Manchester. The design is one of several projects being examined by the UK government in its competition for the best small modular reactor.
"We have done everything entirely without government so far, and frankly we have had much more interest in Canada where we were welcomed with open arms by the regulators," said Dr Scott.
Canada is now the crucible for molten salt reactors. Terrestrial Energy in Toronto is the most advanced such project in the world with an integral molten salt reactor, and is already pre-licensed. "We can bring our reactor to the commercial market in the 2020s," said the chief executive Simon Irish.
"Once we put a shovel to the ground we can build it in three to four years. The parts can be manufactured on a mass scale. We believe we can produce power for 40-50 US dollars per megawatt hour," he said.
That is £31 to £38, a third of Hinkley. The reactor core - relatively cheap to make - is simply removed and replaced after seven years.
Molten reactors have a double advantage. They operate at 700 degrees centrigade, much hotter than light water reactors. This dry 'high quality heat' is itself valuable. It can drive steam electrolysis, make ammonia fertilizers or polymers, and can even be turned into methanol for synthetic transport fuels.
Mr Irish said his 190 MW design is ideal for a new energy order dominated by renewables. "We can deploy extra power at peak times and pull it back into the troughs, and we can do it within minutes like a natural gas turbine. We tick all the boxes," he said. Old workhorse reactors cannot be switched on and off at will.
http://www.telegraph.co.uk/business/2016/08/17/britain-should-leap-frog-hinkley-and-lead-21st-century-nuclear-r/
One of these days we will be using reactors in the oil patch.
A different type of reactor - http://www.huffingtonpost.ca/2013/01/18/toshiba-oil-sands-reactor_n_2505738.html
And while we are talking about melting salt - how about using all those ruddy windmills to melt potash (Melts at 770 C and Boils at 1420 C) to store wind energy as high grade heat which can be used to generate steam and turn turbines on demand - not just when the wind blows.
Edit:
Here is another article from AEP - this time extolling the virtues of SOME windmills
http://www.telegraph.co.uk/business/2016/08/14/britains-vast-national-gamble-on-wind-power-may-yet-pay-off/
AEP is Not your usual proponent so I hear him with interest. I still would be tying them to a storage system - like molten salts.


