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Fact Sheets
Factsheets
Topics in this Section:
About INL, Nuclear Energy, Integrated Energy, National Security, Partnerships and Business Engagement, Education and Outreach, INL Overview, INL History, Advanced Nuclear Fuel, Fuel Cycle Technologies, Nuclear Reactor Systems, Safety and Risk Assessment, Space Power Systems, Nuclear Energy Collaborations, Department of Energy Microreactor Program, Gateway for Accelerated Innovation in Nuclear, National Reactor Innovation Center, Nuclear Accidents, Advanced Manufacturing, Advanced Transportation, Bioenergy, Reliable Energy Integration, Integrated Energy Collaborations, Digital and Decision Science, Infrastructure Resilience, Defense Systems, Nuclear Nonproliferation, Wireless Security, OT Cybersecurity, Technology Deployment, Working with INL, National University ProgramsFeatured
ATR is the only U.S. research reactor capable of providing large-volume, high-flux thermal neutron irradiation in a prototype environment.
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INL's Energy and Environment Science & Technology (EES&T) experts are focused on advancing innovative energy solutions to enhance the reliability, efficiency and security of the nation’s energy systems.
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The birthplace of nuclear power, Idaho National Laboratory’s 890-square-mile site, large-scale infrastructure, and research facilities are unique assets enabling energy and security research, development, and demonstration at scale.
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Since 1949, 52 reactors have been built and operated on INL’s 890-square-mile site.
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INL is a leading provider of national security solutions in areas including control systems cybersecurity, nuclear nonproliferation and defense systems.
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A History of the Idaho National Engineering and Environmental Laboratory.
In general there are 3 types of nuclear reactors: test, demonstration and commercial power reactors.
Active Measurement Cancellation (AMC) is a real-time method for directly measuring impedance without the use of an imbedded system shunt.
Catalysis research at INL focuses on top energy-consuming chemicals, next-generation catalysts and process technologies
AFF’s operations involve research and development primarily with uranium-bearing fuels and associated surrogate materials to increase MFC’s advanced fuel manufacturing capabilities.
Includes only companies that are engaged in formal licensing or pre-licensing activities with the Nuclear Regulatory Commission for power-producing reactors.
A summary of INL’s new and ongoing ARPA-E projects.
ATR’s core overhaul process renews the reactor by replacing components nearest to the core.
ATR is the largest and most powerful research reactor in the world and supports research for the departments of Energy and Defense.
INL’s ATS allows researchers and industry to torrefy wood chips, agriculture residues and municipal solid waste for lab- and pilot-scale testing.
INL’s Advanced Vehicle program provides unbiased, real-world testing for advanced vehicles such as plug-in electric cars.
All Hazards Analysis (AHA) is a dynamic dependency analysis framework that enables critical infrastructure knowledge discovery and decision support.
ARL supports chemical, radiochemical, physical and analytical data needed for advanced nuclear fuel design, waste management, environmental and other INL programs.
Long-length scintillating fibers for radiation detection.
Aqueous Separations Laboratories specialize in the research and development of water-based and gas phase separations for researchers and industry.
Designing, validating and manufacturing unique survivability solutions to ensure defense.
The ACRT provides the infrastructure and tools to research emerging threats to aircraft avionics that result from specification, implementation, and operational based vulnerabilities.
INL researchers view and analyze data collected from the BADGE system in real time.
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