Enabling Domestic Energy Security through Next-Generation Nuclear Power
Advanced nuclear technologies, including small modular reactors (SMRs), microreactors, and next-generation reactor designs diverge from stereotypical nuclear power plants, massive structures, built decades ago, generating electricity for millions of homes. The next generation of nuclear technologies aim to provide reliable, carbon-free energy in a form that can be manufactured, deployed, and operated more efficiently.
The Advanced Nuclear Energy Technology Challenge identified technologies that make nuclear energy smaller, smarter, faster to deploy, and easier to integrate into modern energy systems. These innovative new systems could power military installations, industrial facilities, data centers, manufacturing plants, remote communities, and electric grids that increasingly need around-the-clock energy.
Diverse stakeholders including policymakers, utilities, and industry leaders are interested in energy sources that are reliable, scalable, carbon-free, secure, and domestic. Nuclear power is one of the few technologies capable of meeting all those requirements simultaneously.
SOLUTION TOPICS
Timeline
REVIEW PANELISTS

Grayson Dorr
Program Manager, Advanced Technology International (ATI)

ADAM FROST
Head of Trade Finance & Global Partnerships, General Matter

Eric McFarland
Chief Science Officer, First American Nuclear Co. (FANCO)

Ashley Sadorra
Technical Program Manager, Defense & Space, Idaho National Lab
WINNERS
1st Place: Enova Concepts
2nd Place: CurieBio LLC
3rd Place: Johns Hopkins University
FINALISTS
AlchLight LLC
AngmarTek
Datastart Kft
Echogen Power Systems
Idaho National Laboratory
Nanomand (Oregon State University)
Pitstop Nuclear
SEMIFINALISTS
Allkemie LLC
FibrX
Invariant AI
OMC Thermochemistry
S Welding Co Ltd
AWARD STRUCTURE
| First Place: | $25,000 |
| Second Place: | $15,000 |
| Third Place: | $10,000 |
