
Potential
Total global energy consumption
Discover how 30 years of "talk" has resulted in very little "change". But certainly a lot of additional energy output around the world.
Our path to accelerate reactor development
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Low cost high efficiency
Copenhagen Atomics is working on developing a thorium based MSR in a 40 foot shipping container (“Waste Burner”) capable of delivering 100 MWth expected to bring total LCoE below $20/MWh in a mass manufacturing scenario.
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Reducing storage period
The Waste Burner is expected to be online in 2028, and will run on a combination of thorium and used nuclear fuel reducing the storage period of the existing nuclear waste from 100,000 to 300 years
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Demo expected in 2025
We are in the process of building a non-fission prototype for the 1 MWth demo reactor, which will validate the reactor design using a non-nuclear fuel salt. We expect to have an operational 1 MWth demo reactor ready by 2025
The solution
100 MWth thorium based MSR “Waste Burner” delivering abundant energy in a cheaper, safer and cleaner manner
Milestones
Use cases
Thorium is widely and abundantly available and stores enough energy to sustain the world’s energy need for thousands of years
Since energy prices are highly correlated with almost any product and molten salt reactors will become the absolute cheapest possible method of producing energy, thorium molten salt reactors will be the most deflationary technology humanity has ever seen.

CTO
A unique investment opportunity
An engineering driven approach to developing a clean, safe and abundant energy source through a thorium based MSR
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