Uranium Reprocessing Uranium reprocessing has become a critical component of the modern nuclear fuel cycle, especially as the nuclear industry has moved towards greater sustainability and resource efficiency. By recovering valuable materials from spent nuclear fuel, reprocessing reduces waste, conserves natural resources, and supports a more circular energy system. Uranium reprocessing is part of the…

Uranium Oxides At the core of nuclear fuel production are uranium oxides, which form the basis for conventional uranium fuel and advanced fuel cycles such as recycled and mixed oxide fuels. Uranium has several oxide forms, with the most important ones for nuclear applications being triuranium octoxide (U₃O₈) and uranium dioxide (UO₂). After mining and…

Radioactive Waste Management Radioactive waste is a byproduct of nuclear powder generation, medical applications, research activities, and industrial processes. Nuclear energy provides stable and low-carbon sources of electricity, but it also produces long-term radioactive materials, creating a need for radioactive waste management. Treating, conditioning, and disposing of these materials highly depends on advanced powder processing…

Plutonium Processing The handling and processing of plutonium is one of the most technically demanding and tightly controlled activities in modern industry. Whether used in nuclear fuel cycles, such as Mixed Oxide (MOX) fuel production, or in advanced research applications, plutonium presents unique challenges due to its radiological hazards, toxicity, and sensitive regulatory requirements. One…

Understanding MOX Fuel Mixed Oxide (MOX) fuel is a nuclear fuel which has a composition of plutonium dioxide (PuO₂) and uranium dioxide (UO₂) mixed. Unlike typical uranium fuel, MOX utilizes plutonium recovered from spent nuclear fuel or surplus defense materials, effectively closing the nuclear fuel cycle. MOX fuel has been adopted in several countries because…