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The energy revolution must be nuclear : Comments
By Wade Allison, published 20/6/2019If the world is going to get the energy revolution it requires, it needs realistic energy policies that are scientifically sound and promote a fuel that provides plentiful energy on demand, while doing the least harm to nature. That fuel is nuclear.
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FUSION to be precise.
see http://en.wikipedia.org/wiki/Fusion_power (at right sidebar)
"The Sun, like other stars, is a natural fusion reactor, where stellar nucleosynthesis transforms lighter elements into heavier elements with the release of energy."
Australia, with all its land and ample sunlight, is successfully building large solar collection arrays (and about 2 million household arrays so far).
Increasing use of Lithium-ion BATTERIES (Australia has a lot of Lithium...) are successfully being used to store solar energy for use when the Sun isn't shining.
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2. The author failed to mention that:
- after a 1,000MW reactor is built for around $10 Billion and runs for the standard 30-40 years until it wears out
- it costs about five times more (eg. $50 Billion) to Decommission/Cleanout the nuclear slag and dismantle the reactor. That $50 Billion is unproductive money down the drain. And the nuclear waste is an additional cost burden for 1,000s years.
see http://www.michaelwest.com.au/whats-more-chilling-watching-chernobyl-or-cogitating-the-cost-of-going-nuclear/
"The 2018 forecast for future clean-up of Britain’s aging 17 nuclear power stations has blown out to
£121 billion [thats 222 Billion Australian dollars] which has had to be spread across the next 120 years."
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Hi Alan B.
3. The economics and costs of THORIUM are unknown because commercial Thorium reactors haven't been built or commercially operated.
Australia doesn't have the experience, budget or industrial base to lead the way on RESEARCH or COMMERCIAL THORIUM reactors.
Pete