atw - International Journal for Nuclear Power | 04.2022

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atw Vol. 67 (2022) | Ausgabe 4 ı JuliAT A GLANCE36consumes and thus requires 100 times less miningthan classic reactors.Having thorium breeder reactors in the thermalspectrum is a whole new category of nuclearreactors. It is a promise that humans can inventsomething, which is able to outperform any othernuclear system, including fusion. It potentiallyoffers a whole new area of human capabilities. Itcan bring several billion people out of poverty andcan reduce our reliance on fossil fuel. Somethingwhich wind and solar are unable to promise.Uranium based Gen1 – Gen4 reactors will alwaysbe limited by the amount of U235, it needs miningand enrichment and results in nuclear waste,which is already causing a substantial problem forthe existing nuclear industry. Yes, some of the newGen4 - Gen6 reactors may generate less wastethan earlier generations, but they all producelong-lived waste and require 100 times moremining than thorium breeder reactors. Gen4 -Gen6 reactors are not expected to evolve intobreeder reactors until after 2040 and even thenthe MW output per kg fissile fuel will be ten timesinferior to CA reactors over their lifetime. Resultingin a giant economic penalty for these other reactortypes.Contrary to this, the Copenhagen Atomics wasteburner can burn nuclear waste from Gen1 - Gen6reactors, resulting in fission products, which onlyneed to be stored for 300 years. Even the new EUtaxonomy says that you can only build new nuclearreactors in Europe with government support, ifyou show how to solve the waste problem.Currently Copenhagen Atomics is the company inEurope who has a credible reactor design, whichcan solve this problem. – And CA has patentedtheir reactor design and several of their keytechnologies.Contactwww.copenhagenatomics.cominfo@copenhagenatomics.com@copenhagen-atomicsAt a GlanceCopenhagen Atomics a Thorium Molten Salt Reactor with a Breeder Concept

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