This is the concept design of a zero emissions small modular reactor.
Nuclear energy has proven to get electricity prices and emissions down all over the world. Out of the world’s 20 largest economies, Australia is the only one not using nuclear energy or moving towards it.
Zero emissions nuclear energy is part of the answer to our energy challenges. It works with renewables and would allow Australia to get to net-zero. It will keep the lights on 24/7 and keep electricity costs down.
Right now, Australia’s energy comes from 63 per cent fossil fuels and 37 per cent renewables. As we transition away from fossil fuels, Labor’s renewables-only approach means Australia risks a massive energy black hole and extraordinary costs. Labor is stuck in the past, and like most of their policies, it is not forward-thinking, and you are suffering because of it.
The Coalition will not make the same mistake.
I announced today that a future Federal Coalition government will introduce zero-emissions nuclear energy in Australia to work in partnership with renewable energy and gas as part of a balanced energy mix. Our plan will deliver net-zero electricity by 2050, lower power bills and a strong and resilient economy.
(Peter Dutton)
Most of the conversations that I have about nuclear energy, leads to the same question: “- but what about the waste? -What waste? -Well, you know, it remains highly hazardous for a long time and…”
Let me tell you 3 facts about nuclear spent fuel:
1️⃣ A nuclear power plant, supplying energy to a large city with millions of residents, consumes less than half a liter of uranium daily, resulting in less than half a liter of spent fuel produced each day. AND: About ~95% of this waste can be recycled, like France currently does.
2️⃣ No human has ever been harmed by nuclear waste. Contrary to common perception, spent nuclear fuel is in solid form, securely packaged in high-level waste containers (ultra-strong containers) designed to withstand extreme conditions and provide secure long-term storage for radioactive materials. Also, we have precise knowledge of its location and composition.
3️⃣ After ~300 years, the harmful radiation diminishes. Therefore, we store it in deep geological repositories. Finland’s repository, Onkalo, is a notable example, with negligible environmental impact.
The ‘waste problem’ doesn’t even require a solution; it’s not a problem at all.
And remember: Are you actively advocating for saving the planet? Excellent idea! Construct more nuclear power plants. The more, the faster, the better.
This isn’t an opinion; it’s science.