Nuclear reactors convert one third of the heat they produce into electricity. The remaining heat is released to the environment, which could be harnessed to meet process heat demands. 👇

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5 problems nuclear can solve:   ⚡ Electricity emissions  🏭 Industrial sector emissions  🚗 Transportation emissions  💧 Water scarcity  🏝️ Energy access to remote locations  bit.ly/4dOCuj7

📅 Westinghouse had the privilege of hosting guests from U.S. Department of Energy and Idaho National Lab to tour our eVinci™ Technologies Headquarters. We appreciated your thoughts on what it will take to power a sustainable, #CleanEnergy future and can’t wait for the eVinci microreactor to be part of it.

Check out the first new #HotCell facility built Idaho National Lab in 49 years! ⚛️ INL’s Sample Preparation Laboratory (SPL), will serve as an asset for accelerated research, development and qualification of structural #nuclear materials. Operational in 2025 ➡️ inl.gov/news-release/i…

🍌 Bananas are just some of the radioactive products we use every day.

Meet the man behind the sign that caused College GameDay to go nuclear last week at Texas A&M University. You're next U-M Nuclear Engineering & Radiological Sciences 🏈 ➡️: bit.ly/3TiVle8 #GigEm #collegefootball #collegegameday #nuclear

Explore our gallery highlighting many notable moments, world-class facilities, #research achievements and the people who've made it all possible throughout Idaho National Lab's 75 years of excellence. 📷✨ inl.gov/history/galler… #INL75 #science #innovation #NationalLabs #Idaho

The real winning team at Tamu Football’s recent game was apparently nuclear energy according to this Texas A&M student. 🏆 energy.gov/ne/articles/wh… #ESPN #Football #CollegeGameDay

INFOGRAPHIC: 3 ways nuclear is a lot more flexible 🤸 than you might think.

OUT OF THIS WORLD? US Nuclear Corp is developing Pylon — a 1-megawatt, 10-ton-class microreactor that can generate electrical and thermal power on earth and in space!   It’s 1 of 3 designs that could potentially test in our DOME test bed as early as 2026.

Way to bring it U-M Nuclear Engineering & Radiological Sciences 🏈

Office of Nuclear Energy College GameDay Texas A&M University We got your message, Office of Nuclear Energy! #GlowBlue

We never did

NUCLEAR 101: Advanced light-water small modular reactors are simply smaller, manufactured versions of large-scale reactors. They can be scaled up or down to meet clean energy demands and help power areas where larger plants are not needed. ➡️: bit.ly/2tD3lLh

CARRYING THE LOAD: The Millstone Nuclear Power Plant in Waterford, CT provides nearly 90% of the state’s clean power. The city is also considering hosting a 300-megawatt data center at the site. Learn more: bit.ly/4d12ibP

Fast facts on nuclear energy 🏃‍♀️

TWIN POWER: Catawba Nuclear Station’s 2 pressurized water reactors generate enough electricity to cleanly power more than 1 million homes in South Carolina. It’s one of the largest nuclear power plants in Duke Energy Corporation's fleet and employs around 800 workers. 📸:

You’re up USC Molinaroli College of Engineering & Computing. Who’s bringing the sign to College GameDay next weekend? I ❤️ NUCLEAR ENERGY TAMU Engineering U-M Nuclear Engineering & Radiological Sciences American Nuclear Society

JUST FLIP IT: Boston Atomics is developing this horizontal high-temperature gas reactor that will be optimized for fast, straight-forward construction. The horizontal design is expected to have a building size five times smaller than typical vertically-oriented gas reactors.