The Dual Fluid Reactor: A new concept of a fast power reactor that is the answer to the woes of current nuclear power
Current nuclear reactors are very complex, inefficient, and expensive. The Dual Fluid Reactor (DFR) concept, addresses these problems. The DFR is a compact high temperature fast reactor, that is cheaper to build and operate, highly efficient, and inherently safe. DFR is essentially a heterogeneous molten salt fast reactor with a liquid coolant and a liquid fuel whereby both circulate through the reactor core. Unlike the MSRE (Molten Salt Reactor Experiment, Oak Ridge 1964-1969) and all Generation IV MSFR (Molten Salt Fast Reactor), the disentangling of the cooling and fuel supply functions has many advantageous properties in comparison to the MSFR, where both functions must be satisfied by one material in a compromise. In the MSFR, the material is essentially restricted to molten salt which is a trade-off between high-temperature fuel, low-temperature cooling, and acceptable heat capacity. The DFR concept will be described in detail, including choices of fuels, coolant, core materials, inherent safety features, preliminary economics, and various applications. Furthermore, detailed comparison between DFR design concept and those of current GIII, GIII+, and GIV reactors will be presented in terms of safety, cost, and proliferation resistance.
MSc, PhD (Nuclear Physics) University of Alberta, Canada,
BSc (Applied Physics) Alexandria University,
Egypt Professor emeritus of Physics, University of Northern BC.
Former Founding Chair of Physics, UNBC,
Managed the Planning and construction of the Energy Research Laboratory, at King Fahad University Of Petroleum and Mineral, Saudi Arabia,
Member of the development team of the astrophysics DRAGON (Detector for Recoils and Gammas of Nuclear reactions) Facility at TRIUMF (Tri University Meson Facility),
Member of the development and first user of the NMS (Neutral Meson Spectrometer) at the former LAMPF (Los Alamos Meson Physics Facility), Los Alamos National Laboratory,
Co-inventor of the DFR (patent Pending),
Conducted and published numerous experiments at LAMPF and TRIUMF,
Senior member of IEEE, and Chair of the Joint Applied Physics Chapter, Vancouver Section