Hydrogen has been referred to as the “Swiss army knife” of the decarbonization solution. Looking at the uses of hydrogen, the potential demand for hydrogen globally can be incredibly large. When thinking about how to produce all the hydrogen needed cleanly, nuclear becomes an obvious solution. Furthermore, advanced reactors and SMRs can be more efficient

The fusion industry today comprises 43 verified private fusion companies with $6.2 billion in investment.  There is increasing optimism on timescales, and there is growing interest from governments in public private  partnerships. Furthermore, there is a growing geographical diversity in the interests of fusion, but significant  challenges remain. The Department of Energy has announced its

Nuclear energy is largely driven by its ability to enable clean urban living. Rapid global urbanization, energy security concerns, and decarbonization of industrial sectors are all significant factors driving the shift towards nuclear energy, as nuclear is the only “always-on, emission-free small footprint” solution. Land use is a significant value addition for nuclear technologies as

Reprocessing of nuclear fuel for recycled use into reactors has traditionally not been conducted in the United States due to the poor economics of utilizing recycled fuel versus obtaining fresh fuel. However, with Advanced Fast Reactors coming towards the horizon of commercial deployment, the economics around fuel are changing to suggest that reprocessing spent fuel

Sanctions on Russia have created a large shortage of HALEU production capabilities for Western nations. The United States nuclear industry will need HALEU to support the federal activities to commercialize advanced reactors, but the industry is not currently in the position to fund the actions to establish the necessary fuel supply chain. The United States

Nuclear technologies have become a significant focus of attention as a solution to global energy concerns. The US has made significant policy changes to support the development of nuclear reactors as a strategy to improve energy security, energy equity, and energy sustainability. A study in the US showed that to achieve the deep emissions reductions

Highly enriched uranium (HEU), a core component of nuclear weapons, has been used for decades to power research reactors, produce medical isotopes and fuel naval submarines. Today, with a few exceptions, technical developments have made it possible to replace HEU with LEU in nearly all current uses and have rendered future new civil uses of

The unprovoked invasion of Ukraine by Russia has created significant impacts in the global nuclear fuel market because Russia was a major fuel supplier. Now, nations are looking to remove their dependence from Russian nuclear fuel and lock the Russians out of the global fuel market with policy action. However, given the lack of conversion

The Russia-Ukraine war has created an energy crisis in Europe, particularly due to the overdependence from Europe on Russian energy supplies. As a result, energy considerations in the world now have shifted from power production towards considerations of clean energy and energy security. Nuclear can play a significant role in mitigating the energy crisis. Engagements