The predicted temperature profiles, fuel conversion, relative humidity and pressure drops match experimental data reasonably well.
Over 200% enhancement in reactor throughput was achieved with the integrated reactor at 99% fuel conversion with constant reaction temperature profiles over a wide range of fuel flow rates.
The carbon dioxide purity in fuel reactor exhaust and fuel conversion increases and decreases respectively, with increase in operating pressure.
Uncertainties in this study arise from the fuel conversion because most conversion plants were not available in the required size.
Fuel conversion varies significantly between coal and biomass.
Fe0.66Mn1.33SiO3 also provided higher fuel conversion than FeMnSiO3 when syngas was used as fuel.
The selected nuclear fuel cycle plants include the nuclear fuel processing plant at Romans-sur-Isère and the fuel conversion plant and the fuel-enrichment plant at Pierrelatte.
Four types of installations were selected: nuclear power plants (NPP), nuclear fuel cycle plants (one fuel production facility, one site with a fuel conversion facility and a fuel enrichment facility), a nuclear fuel reprocessing plant, and two research centres.
Some nuclear specialists have accused the federal government of dragging its feet on fuel conversions at domestic reactors.
Metabolic conversion profiles were highly consistent with the growth response.
