Our 3D tours are the next best thing to actually being at Oak Ridge National Laboratory. These fully immersive tours allows viewers to look up, down, and spin 360 degrees as you virtually “walk-through” our facilities from any connected device. Take it for a spin, click play on any of the images below to explore Oak Ridge National Laboratory for yourself.
Building Technologies Research and Integration Center
Explore the latest in building energy efficiency as you walk through this DOE national user facility. Step inside experimental chambers and equipment that test roofs, walls, and refrigerants. See new technologies—like the ultrasonic clothes dryer—in action.
Carbon Fiber Technology Facility
Stroll the carbon fiber processing line to see how this DOE national user facility takes low-cost raw materials such as textile, lignin, polymer, and hydrocarbon-based precursors, and turns them into lightweight materials that can be used in clean energy applications.
Stroll the birthplace of ORNL with a tour of the Graphite Reactor, the world’s first reactor built for continuous operation. After piloting reactor-based production of plutonium during the Manhattan Project, scientists used the reactor to produce life-saving medical isotopes, pioneer materials research, and better understand the natural world.
High Flux Isotope Reactor
See the High Flux Isotope Reactor, one of the world’s most powerful nuclear research reactors. Its missions include neutron scattering, irradiation testing of damaged materials, isotope production for medical and defense applications, and neutron activation analysis for detecting important elements.
National Transportation Research Center
Explore this 65,000-square-foot DOE national user facility that is dedicated to clean, efficient and safe mobility, ranging from wireless charging and electric drives, to sustainable fuels and engine research, to driverless, cybersecure vehicle technologies and battery manufacturing breakthroughs.
Radiochemical Engineering Development Center
At this facility, experts work with rare materials to produce radioisotopes for medicine, national security, industry, research and space exploration. This includes plutonium-238, used in NASA’s Perseverance Mars mission, and isotopes used to treat cancer and discover tennessine, element 117.
Spallation Neutron Source
Step inside the Spallation Neutron Source, a world-class research facility for studying energy and materials at the atomic scale. Learn how high-powered instruments are used to improve medicine, batteries, computers, consumer products, and many more applications in everyday life.
Spallation Neutron Source Klystron Gallery
The Klystron Gallery at the Spallation Neutron Source supplies power to more than 80 superconducting structures directly beneath each station. Along the tour, checkout the Proton Power Upgrade construction project that will double the power of the facility’s linear accelerator.