Press releases

The Government of Rwanda, represented by the Rwanda Atomic Energy Board (RAEB), has today signed an agreement with Dual Fluid, a Canadian-German nuclear technology company, to collaborate on the development of a demonstration Dual Fluid nuclear reactor in Rwanda. The…

The Canadian-German nuclear technology company Dial Fluid has opened a laboratory in Berlin-Wedding to lay the practical foundations for the realization of its novel Dual Fluid reactor. This includes a setup for testing different fuel mixtures at very high temperatures.…

The Canadian-German nuclear technology company Dual Fluid will collaborate in future with TRIUMF, Canada's particle accelerator centre and one of the world's leading research centers for subatomic physics. To this end, both parties have recently signed a memorandum of understanding.…

The Canadian-German nuclear technology company Dual Fluid is now cooperating with the Technical University of Munich and the Swiss Paul Scherrer Institute. The goal of the project is a safety report in preparation for licensing. The Technical University of Munich…

The Canadian-German nuclear technology company Dual Fluid has produced a simplified polymer model of its reactor core. It is intended to demonstrate Dual Fluid's fundamentally new nuclear fission process, based on liquid fuel and lead cooling, as realistically as possible…

A recently published study concludes that small modular reactors (SMRs) produce more nuclear waste than conventional light water reactors. This is not true for Dual Fluid: The Dual Fluid reactor design produces significantly less waste than any other type of…

The Canadian-German nuclear engineering company Dual Fluid has gathered a dozen international scientists in a two-day workshop to coordinate experimental and theoretical research on the Dual Fluid Reactor. The physicists and nuclear engineers involved in the project are from universities…

The German-Canadian nuclear technology company Dual Fluid has published a whitepaper explaining the Dual Fluid technology and its potential to reduce energy costs. The paper focuses on the high efficiency of the new reactor design that can cut today's electricity…