Nuclear Power
Advanced nuclear solutions are garnering broad support with a slate of initiatives including funding research, developing regulatory frameworks, and planning or constructing advanced reactors. The ability of nuclear energy to produce carbon-free power is increasingly considered…Read the full report…...
Advanced nuclear solutions are garnering broad support with a slate of initiatives including funding research, developing regulatory frameworks, and planning or constructing advanced reactors. The ability of nuclear energy to produce carbon-free power is increasingly considered critical for decarbonizing the power sector to fight climate change while ensuring a reliable electricity supply.
Recent policy developments in the U.S. nuclear power industry indicate a growing recognition of the carbon-free nature of nuclear energy to support the energy transition. With Congress considering nuclear energy reforms, the Nuclear Regulatory Commission (NRC) proposing rules for…Read the full report…...
Recent policy developments in the U.S. nuclear power industry indicate a growing recognition of the carbon-free nature of nuclear energy to support the energy transition. With Congress considering nuclear energy reforms, the Nuclear Regulatory Commission (NRC) proposing rules for advanced reactor licensing, and state legislatures exploring the benefits of small modular technologies, the landscape of nuclear energy technologies is poised for change.
Amid growing federal and state efforts to encourage advanced nuclear technologies to accomplish decarbonization goals, a recent announcement to terminate a first-of-a-kind small modular reactor (SMR) power project in the U.S. signifies…Read the full report …...
Amid growing federal and state efforts to encourage advanced nuclear technologies to accomplish decarbonization goals, a recent announcement to terminate a first-of-a-kind small modular reactor (SMR) power project in the U.S. signifies the hurdles facing the industry.
The completion of a new reactor at Georgia’s Plant Vogtle is viewed as a significant milestone for the U.S. nuclear industry despite massive cost overruns and years of delays. The lessons learned are expected to inform best practices…Read the full report …...
The completion of a new reactor at Georgia’s Plant Vogtle is viewed as a significant milestone for the U.S. nuclear industry despite massive cost overruns and years of delays. The lessons learned are expected to inform best practices for new projects even as a host of advanced technologies ranging from small modular reactors to microreactors are being developed. The development comes at a time when focus on decarbonization and energy security has elevated the importance of nuclear power as a critical technology to achieve national and state goals.
Policy developments around nuclear energy continue to evolve driven by new reactor technologies and the need for carbon-free power to support clean energy goals. Nuclear operators can have their yellowcake and eat it too as massive federal and state subsidies protect traditional nuclear power plants while underwriting the development of advanced reactors.
The focus on decarbonization and energy security has elevated the importance of nuclear power as a critical technology to achieve national and state goals. Recent actions include the second award cycle of a $6 billion federal program established to maintain the existing reactor fleet and proposals to explore the feasibility of deploying advanced nuclear technologies.
Efforts to preserve and expand the U.S. nuclear fleet are figuring more prominently across the U.S., spurred by the growing demand for emission-free energy. In particular, policy actions and initiatives are geared towards making nuclear power more competitive.
The U.S. nuclear energy sector is now on the verge of a revival after years of premature plant closures and dim forecasts. Investments and tax incentives included in the Inflation Reduction Act (IRA), enacted in August, add new momentum to the nuclear power industry.