A high-level explainer outlining how nuclear reactors use fission to generate heat and produce electricity safely and reliably.
An introductory overview explaining how nuclear energy works, why it’s used, and the basics of reactors, fuel and safety for readers looking to build foundational knowledge.
A student-friendly resource that breaks down nuclear energy concepts, careers and innovation in an engaging, easy-to-understand comic book.
A comprehensive guide covering the fundamentals of nuclear power, including how plants operate, safety systems and radiation.
An explainer focused on how nuclear power plants use cooling systems to safely manage heat and efficiently produce electricity.
An accessible comparison of nuclear fission and fusion, explaining how each process works.
A clear breakdown of each step in the nuclear fuel cycle–from uranium mining to fuel fabrication, reactor use and waste management.
An overview of how nuclear fuel is produced, used and managed.
A high-level explanation of what uranium enrichment is, how it works and why it’s needed.
An introduction to high-assay low-enriched uranium (HALEU) explaining its role in advanced reactor designs and building a domestic supply chain.
An overview of the fuel utilized in the reactor and what happens after it’s used.
An analysis of the infrastructure, materials and policy needed to support next-generation nuclear energy deployment.
A career spotlight resource outlining diverse job pathways in the nuclear field beyond traditional engineering jobs.
A detailed guide to education paths, job types, and workforce opportunities available across the nuclear industry
A concise fact sheet explaining what spent fuel is, how it’s stored and key safety considerations
A detailed regulatory overview describing the different categories of radioactive waste and how they are managed and disposed of in the US.
A summary explaining the Nuclear Regulatory Commission’s classification system for low-level radioactive waste
An accessible explanation of the types of radioactive waste and how they are safely handled and regulated.
A resource identifying where licensed low-level radioactive waste disposal facilities are in the U.S.
An overview of how certain states partner with the NRC to regulate radioactive materials and ensure safety at the local level.
A clear explanation distinguishing commercial nuclear energy from nuclear weapons, focusing on the technology, purpose and safeguards.
A concise fact sheet revisiting the Three Mile Island accident and explaining its impacts on safety improvements and industry oversight.
A summary of lessons learned from Fukushima and how they strengthened safety standards and emergency preparedness worldwide.
A review separating dramatization from reality in the HBO series and explaining the safety context.
An overview of the NRC’s regulatory framework, detailing how nuclear facilities are licensed, inspected and overseen to protect public health and safety
A resource describing how the NRC monitors and inspects uranium conversion, enrichment, and fuel fabrication facilities.
An overview of cybersecurity requirements and protections in place to defend US nuclear facilities against digital threats.
A visual summary of the agencies, partnerships, and the defense-in-depth approach to protect the nation’s nuclear infrastructure from cyber risks.
An explanation of how certain states partner with the NRC to regulate radioactive materials under federal standards.
A Q&A resource explaining how used nuclear fuel is safely packaged, transported and regulated.
An article addressing common misconceptions about the safety and security of transporting used nuclear fuel.
An overview of how radioactive materials are transported in the US, including safety standards and regulatory responsibilities.
Industry
ANS Position Statements (ANS)
- The American Nuclear Society provides statements which reflect the Society's perspectives on issues of public interest that involve various aspects of nuclear science and technology. Position statements are prepared by key members whose relevant experience or publications inform the documents and then the documents are reviewed by ANS committees and divisions. The final position statements are approved by the Board of Directors
- A high-level explainer outlining how nuclear reactors use fission to generate heat and produce electricity safely and reliably.
- An introductory overview explaining how nuclear energy works, why it’s used, and the basics of reactors, fuel and safety for readers looking to build foundational knowledge.
- A student-friendly resource that breaks down nuclear energy concepts, careers and innovation in an engaging, easy-to-understand comic book.
- A comprehensive guide covering the fundamentals of nuclear power, including how plants operate, safety systems and radiation.
- An explainer focused on how nuclear power plants use cooling systems to safely manage heat and efficiently produce electricity.
- An accessible comparison of nuclear fission and fusion, explaining how each process works.
- A clear breakdown of each step in the nuclear fuel cycle–from uranium mining to fuel fabrication, reactor use and waste management.
- An overview of how nuclear fuel is produced, used and managed.
- A high-level explanation of what uranium enrichment is, how it works and why it’s needed.
- An introduction to high-assay low-enriched uranium (HALEU) explaining its role in advanced reactor designs and building a domestic supply chain.
- An overview of the fuel utilized in the reactor and what happens after it’s used.
- An analysis of the infrastructure, materials and policy needed to support next-generation nuclear energy deployment.
- A career spotlight resource outlining diverse job pathways in the nuclear field beyond traditional engineering jobs.
- A detailed guide to education paths, job types, and workforce opportunities available across the nuclear industry
- A concise fact sheet explaining what spent fuel is, how it’s stored and key safety considerations
- A detailed regulatory overview describing the different categories of radioactive waste and how they are managed and disposed of in the US.
- Seguridad del almacenamiento de combustible gastado
- A summary explaining the Nuclear Regulatory Commission’s classification system for low-level radioactive waste
- An accessible explanation of the types of radioactive waste and how they are safely handled and regulated.
- A resource identifying where licensed low-level radioactive waste disposal facilities are in the U.S.
- An overview of how certain states partner with the NRC to regulate radioactive materials and ensure safety at the local level.
- A clear explanation distinguishing commercial nuclear energy from nuclear weapons, focusing on the technology, purpose and safeguards.
- A concise fact sheet revisiting the Three Mile Island accident and explaining its impacts on safety improvements and industry oversight.
- A summary of lessons learned from Fukushima and how they strengthened safety standards and emergency preparedness worldwide.
- A review separating dramatization from reality in the HBO series and explaining the safety context.
- An overview of the NRC’s regulatory framework, detailing how nuclear facilities are licensed, inspected and overseen to protect public health and safety
- A resource describing how the NRC monitors and inspects uranium conversion, enrichment, and fuel fabrication facilities.
- An overview of cybersecurity requirements and protections in place to defend US nuclear facilities against digital threats.
- A visual summary of the agencies, partnerships, and the defense-in-depth approach to protect the nation’s nuclear infrastructure from cyber risks.
-
An explanation of how certain states partner with the NRC to regulate radioactive materials under federal standards.
- A Q&A resource explaining how used nuclear fuel is safely packaged, transported and regulated.
- An article addressing common misconceptions about the safety and security of transporting used nuclear fuel.
- An overview of how radioactive materials are transported in the US, including safety standards and regulatory responsibilities.
International Resources
Supply Chain
Industry
- ANS Position Statements (ANS)
- The American Nuclear Society provides statements which reflect the Society's perspectives on issues of public interest that involve various aspects of nuclear science and technology. Position statements are prepared by key members whose relevant experience or publications inform the documents and then the documents are reviewed by ANS committees and divisions. The final position statements are approved by the Board of Directors