Ohio

Oklo and Meta are partnering to develop a 1.2 GW power campus in southern Ohio, to support Meta’s data centers in the region.

The project will deliver clean, reliable power in its first phase and provides a mechanism for Meta to prepay for power and provide funding to advance project certainty for Oklo’s Aurora powerhouse deployment. Oklo will use the funds to secure nuclear fuel and advance Phase 1 of the project, supporting the development of clean, always-on power.

Oklo will create around 35 permanent, good-paying jobs for every Aurora powerhouse, including technical engineering positions and administration, warehouse, and routine maintenance (over a 16-unit site). For every eight units, a further ~40-50 jobs will be added.

This is one of the most significant private clean energy investments in the region and a cornerstone of how Oklo is helping meet the growing energy demand from AI, data centers, and advanced manufacturing.

The partnership will follow a multi-phase approach.

Pre-construction and site characterization will begin in 2027, with general construction to begin late 2028/early 2029, with the first phase targeted to come online as early as 2030.

The plans for the scalable powerhouse facility are expected to expand incrementally to deliver up to the full target of 1.2 GW by 2034

It demonstrates that major technology companies are ready to support development of directly new clean generation, not just buy renewable energy credits. This is an indicator that corporate buyers will transact to ensure their operations are powered by reliable, clean energy. Oklo is providing a scalable, American-built solution that supports both local communities and national energy security.

Oklo’s community-focused approach is built on active engagement with local leaders and community members to listen, learn, and respond to regional priorities where Oklo deployments are planned. Through these conversations, Oklo is committed to investing in and alongside the communities it serves—supporting workforce development, education pathways, and long-term economic opportunity. Oklo works closely with state, federal, academic, and community partners across Ohio to support workforce development and long-term economic opportunity.

As Oklo grows, we will continue to expand our reach, invest in communities, and build lasting partnerships that support long-term regional prosperity. In the future, Oklo plans to support the community in several ways:

• Build local jobs and workforce skills: Work with regional partners to prioritize Ohio-based contractors, trades, and suppliers
• Expand STEM and clean energy education: Collaborate with schools, colleges, and universities across southeast and southern Ohio to develop clean energy and nuclear technology programs
• Strengthen community partnerships: Host regular information sessions, open houses, and listening sessions to share updates, gather feedback, and build trust
• Support local organizations and nonprofits: Partner with community-based groups to enhance economic opportunity, advance social well-being, and support regional development
• Collaborate on local infrastructure and resilience: Coordinate with local officials and utilities to enhance transportation, grid reliability, and emergency response readiness

The multi-phase schedule means ongoing construction activity and job creation for years to come.

This has the potential to become a multi-billion-dollar investment as Oklo constructs and operates the full scale of units contemplated in this agreement.

Oklo’s power generation facilities and associated infrastructure are financed through a combination of private investment and commercial arrangements, including customer commitments, and do not rely on local utility rate increases. Any applicable incentives or credits are part of broader state and federal programs. The project adds new power to the grid rather than drawing from it, helping ease electricity price pressure and strengthening local reliability.

The project is anticipated to leverage existing transmission corridors and substations in Pike County, reducing the need for costly new infrastructure.

Building near major grid nodes shortens timelines, lowers costs, and minimizes land and water use while helping the regional grid operate more efficiently.

• It adds new, firm power right where demand is growing.
• It supports data center and manufacturing reliability while strengthening the local grid.
• It’s modular and scalable, with construction and operation phased over time, which means stable jobs and steady progress.

Oklo’s model combines proven fast-reactor technology with a modern business structure that removes barriers for customers and utilities alike.
We don’t sell unfinished blueprints; we plan to build and operate real powerhouses responsibly, affordably, and in partnership with the communities where we operate.

All power generation technologies have their strengths. Oklo’s powerhouse has a small footprint compared to renewables, is always-on, and is designed to revitalize existing sites. The Aurora powerhouse will be quick to deploy and plans to recycle used nuclear fuel to fabricate its own fuel.

The project is intended to operate as front-of-meter within the PJM market.

Oklo will pursue an NRC commercial license for the Aurora powerhouse deployments planned for southern Ohio.

Oklo is committed to maintaining the highest levels of safety and transparency and will work with regulators at every appropriate stage as part of bringing new clean energy to southern Ohio.

Oklo and Centrus have signed a Letter of Intent under which Centrus agrees to supply enough domestic high-assay low-enriched uranium (HALEU) to power up to five Aurora powerhouses for multiple years, with deliveries to Oklo scheduled to begin in 2029.

Ohio is the natural home for Oklo’s power campus because of the role the state has always had in innovation and energy leadership. The state that powered America’s past is now powering its digital future.

Ohio has long been a leader in energy, manufacturing, and technology, from building steel and aircraft to advancing the frontiers of computing. Today, it stands at the center of America’s next industrial revolution, where artificial intelligence, data centers, and digital infrastructure depend on clean, reliable power made right here at home.

In this new era, central and southern Ohio together represent a powerful model of regional collaboration. Central Ohio is emerging as a national hub for advanced computing and data centers—the “Silicon Heartland.” Southeast Ohio, with its strong energy heritage and skilled workforce, is the ideal location to supply the clean, reliable power those facilities need to thrive.

Oklo’s decision to build in Pike County reflects that vision. The region’s legacy in America’s energy story—from its Cold War role in uranium enrichment to its next chapter in clean energy generation—makes it uniquely positioned to lead again.

Together, central and southern Ohio are proving that innovation and community growth can go hand in hand. Oklo is proud to invest in Ohio’s clean energy future, creating new opportunities while helping power the technologies that shape our digital world.

Using existing transmission infrastructure allows us to integrate efficiently into the grid without requiring significant new buildout. We plan to coordinate closely with the local utility to ensure the project aligns with system needs, reliability, and planning requirements. Discussions with the utility are part of our ongoing project development process.

Heat removal for Oklo’s Aurora powerhouse is accomplished through liquid sodium coolant, air-cooled condensers outside the powerhouse, and a passive, always-on cooling system. One Aurora powerhouse uses just 9,000 gallons of water a day, or 5 gallons/MWh. That compares to around 200 gallons/MWh for a natural gas combined cycle generation plant, the equivalent to 370,000 gallons of water a day for a 75 MW plant. As a result, a large body of water is not necessary for cooling.