Energie satt bis in die letzte Ecke bringen die modularen Reaktoren im Containerformat. — Foto: copenhagenatomics.com/media package

Thomas Jam Pedersen
Thomas Jam Pedersen,
Co-founder
Foto: Copenhagen Atomics

Der CA-Reaktor basiert auf Thorium, schwerem Wasser und geschmolzenem Salz. Er ist in der Lage, nukleare Abfälle zu verbrennen und kann in Massenproduktion hergestellt werden. Dies ist der Beginn einer neuen Ära!

Thomas Jam Pedersen, Co-founder

 

Copenhagen Atomics
Copenhagen Atomics A/S
Oliefabriksvej 77
2770 Kastrup/Denmark

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It can burn nuclear waste

Copenhagen Atomics first reactor images (Copenhagen Atomics; 25.6.2022; 2:42 min.)

»Copenhagen Atomics (CA) has started the construction of the first reactor in Copenhagen. By the end of 2022, we will test this reactor with non radioactive salts. The reactor size is 3.5 meter high, 2.4 meter wide and 6 meter long. The footprint is the same as a standard 20 foot shipping container. This is unique because CA has invented a new type of reactors, which are orders of magnitude better than the classic reactors, called light water reactors. The CA reactor is based on thorium, heavy water and molten salt. It can burn nuclear waste and can be mass manufactured. This mark the start of a new era!«

 

Groundbreaking vision

Energy Future Unveiled! THORIUM Molten Salt Reactors (Copenhagen Atomics; 11.06.2023; 13:55 min.)

»Welcome back to our channel! Join us as our Co-founder and Chairman of the Board takes the main stage at the Energy Tech Summit in Poland to deliver his latest keynote speech. During his presentation, Thomas dives into our company's groundbreaking vision for how our innovative nuclear technology will provide an abundance of low-cost, green energy. He highlights how mass manufacturing of our innovative thorium molten salt reactors will disrupt the energy sector making energy production more cost-effective than ever before. […] Correction: In the video, the reactors are described to have a lifespan of 50 years. However, it is the nuclear plant that will operate for 50 years, whereas the individual reactors within the plant will run for a period of 5 years. After this period, the reactors will undergo decommissioning, recycling, and be replaced with new reactor units.«