Google’s Kairos Power Molten Salt Reactor Collaboration for Carbon Free Energy.

Google has joined forces with Kairos Power to support the development of a new molten salt reactor. This project aims to deliver clean, carbon-free energy using advanced nuclear technology. The collaboration is part of Google’s broader effort to power its operations with 24/7 carbon-free electricity by 2030.

(Google’s Kairos Power Molten Salt Reactor Collaboration for Carbon Free Energy.)

Kairos Power is building a demonstration reactor in Oak Ridge, Tennessee. The design uses fluoride salt coolant instead of water, which allows it to run at high temperatures without high pressure. This approach improves safety and efficiency. Google’s investment will help accelerate testing and deployment of this next-generation system.

The tech giant sees nuclear power as a key piece of its clean energy strategy. Unlike solar or wind, nuclear can provide steady power regardless of weather or time of day. That reliability makes it a strong match for data centers that need constant electricity. Google believes advanced reactors like Kairos Power’s could play a major role in meeting future energy demands without adding carbon to the atmosphere.

Both companies share a goal of proving that new nuclear technologies can be built quickly and affordably. Kairos Power’s modular design allows parts to be made in factories and assembled on-site. This method cuts costs and shortens construction timelines. Google’s involvement brings not only funding but also real-world experience in managing large-scale energy needs.

(Google’s Kairos Power Molten Salt Reactor Collaboration for Carbon Free Energy.)

The partnership marks a significant step in bringing innovative nuclear solutions closer to commercial use. It also shows how private companies are stepping up to tackle climate challenges through practical engineering. Work on the demonstration reactor continues, with early results expected in the coming years.