August 11, 2026

Trump administration announces 10-gigawatt data center in Ohio on reclaimed site

By:
Dallas Bond

PIKETON, Ohio - A major infrastructure project is set to transform the site of a former uranium enrichment facility in southern Ohio. The U.S. Department of Energy (DOE) has announced plans to develop a 10-gigawatt data center and accompanying power generation facilities on the grounds of the decommissioned Portsmouth Gaseous Diffusion Plant in Pike County. The site, now rebranded as the "PORTS Technology Campus", is positioned to become a hub for cutting-edge technology and energy development.

The DOE revealed that the project will include up to 10 gigawatts of new power generation, with 9.2 gigawatts sourced from natural gas. Officials stated that this public-private partnership aligns with efforts to enhance artificial intelligence development in the United States. The initiative is part of a strategic plan to advance commercial AI technology while simultaneously fostering energy and industrial growth.

A Vision for Development

The Portsmouth site is among 16 federal locations identified by the DOE last year as potential venues for technology companies to establish large-scale data management and storage facilities. Earlier this month, President Donald Trump met with tech industry leaders at the White House, urging them to integrate independent power generation into their energy-intensive data center projects.

The Ohio project exemplifies this approach, combining on-site and grid-connected power generation capabilities alongside substantial transmission infrastructure upgrades. Officials have confirmed that companies involved will invest billions in these improvements. The DOE emphasized that the upgrades will not result in increased rates for utility customers.

Energy Secretary Chris Wright underscored the significance of the project, stating that it will "add power generation, create jobs, and ensure the United States wins the AI race." Commerce Secretary Howard Lutnick reinforced this sentiment, describing the initiative as part of a broader mission to "reindustrialize the country" through expansive energy and technology projects.

Hiring for a mission-critical build? Get a pre-qualified shortlist.

iRecruit.co specializes in construction recruiting for data center, energy, and advanced-manufacturing projects — project managers, MEP coordinators, commissioning leads, and more. We pre-screen every candidate so only qualified professionals reach your hiring team.

Get Started

Success-based pricing · 90-day replacement credit · No upfront fee on single roles

Global Collaboration and Investment

The project features a collaboration between Japanese investment firm SoftBank, through its affiliate SB Energy, and AEP Ohio. This partnership will oversee the construction of the power and transmission infrastructure, which includes a $4.2 billion investment in grid upgrades. Additionally, the project is supported by $33.3 billion in Japanese funding as part of the U.S.-Japan Strategic Trade and Investment Agreement, a deal announced by President Trump last year.

SoftBank’s involvement ties into its broader initiative with OpenAI and Oracle, known as Stargate, which aims to build large-scale AI infrastructure in the U.S. The partnership could lead to an investment of up to $500 billion in AI-focused data centers, with the Ohio site set to play a critical role in these efforts.

Mixed Reactions and Local Impacts

While the DOE anticipates significant benefits from the project, including thousands of new jobs and advancements in areas such as fusion energy and quantum computing, not everyone is on board. Some rural Ohio residents have voiced opposition, citing environmental and societal concerns tied to AI-driven data centers. A petition to place a constitutional ban on such mega-projects on the statewide ballot highlights this growing disapproval.

Despite these challenges, Ohio remains a prominent player in the data center industry, ranking fifth in the nation with approximately 200 facilities. Major tech companies like Google, Amazon Web Services, and Meta have already established data centers in the state, solidifying its role as a hub for technology development.

Moving Forward

Construction at the Portsmouth site is expected to commence this year, marking a new chapter for the once-dormant facility. In addition to supporting advanced technologies, officials have stated that any excess power generated at the site will be fed back into the grid, potentially reducing electricity costs for the surrounding region.

As the PORTS Technology Campus project unfolds, it represents a bold step toward reimagining industrial spaces for modern technological needs while fostering economic growth and international collaboration. "This initiative", said Secretary Wright, "is a testament to our commitment to building a stronger, more innovative America."

Read the source

Keywords:
Portsmouth data center,10-gigawatt,Department of Energy,SoftBank,Ohio energy
Free Download

Data Center Construction Labor Trends in 2026

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

More mission critical construction news

MEP Electrical Engineer Salary 2026
August 13, 2026

MEP Electrical Engineer Salary 2026

2026 pay benchmarks for MEP electrical engineers: base ranges, sector and regional premiums, and skills that raise total compensation.
Cost to Build a Tier 3 vs. Tier 4 Data Center
August 13, 2026

Cost to Build a Tier 3 vs. Tier 4 Data Center

Compare 2026 U.S. build costs, uptime, and schedules: Tier 3 ~$9–14M/MW vs Tier 4 ~$14–22M/MW; Tier 4 adds redundancy, cooling, and testing.
Data Center Commissioning Cost: Budgeting Cx by Level
August 13, 2026

Data Center Commissioning Cost: Budgeting Cx by Level

Budget commissioning by level, not size; expect 0.25%–3% of construction cost and itemize Cx labor, load banks, OEM support, and retest reserve.
Subfab Construction & Service Costs Explained
August 13, 2026

Subfab Construction & Service Costs Explained

Treat subfab construction and service as one budget—plan for deep structure, dense MEP, tight access, and 20–30% spare capacity early.