Moses Lake, Washington, is emerging as a revealing test case for the next phase of AI infrastructure development.

Keel Infrastructure, the company formerly known as Bitfarms, is converting its 18-MW cryptocurrency mining site in central Washington into an AI and high-performance computing data center, with demolition complete, long-lead equipment arriving and commissioning targeted for 2027.

The project sits at the intersection of several forces now converging across the data center industry: the repurposing of former Bitcoin mining assets, the premium being placed on already-secured power, the push toward modular construction and the expansion of established hyperscale markets into nearby secondary locations.

In Moses Lake, those forces converge just down the road from Quincy, one of the Pacific Northwest’s most mature data center clusters.

Evidence of Execution

The construction record adds another useful layer.

A Washington Department of Ecology record for the Grant Node Data Center shows an active construction stormwater permit effective June 1.

The associated project record identifies Keel Infrastructure as site owner, Turner Construction as permittee and site contact, and Langan as project engineer. It lists all six acres as disturbed, identifies utility installation as part of the work, specifies more than 1,000 cubic yards of concrete and records a project start date of June 8, 2026. The listed project end date is Dec. 3, 2027.

A stormwater construction permit is not the same thing as final approval to build and energize the complete data center. Keel itself said in August that final vertical permitting remained underway.

But the distinction cuts both ways. In an industry awash in multi-gigawatt announcements whose construction schedules remain uncertain, physical site preparation, equipment procurement, named construction partners and active permits provide harder markers of progress.

Keel CEO Ben Gagnon distilled the company’s strategy in the Q2 release:

“Power is the constraint. Everything else is downstream of it.”

Keel says multiple prospective tenants are negotiating across its three priority sites, while its Moses Lake commercial discussions include AI companies, GPU cloud providers and enterprises looking for near-term capacity in the Pacific Northwest.

That makes the absence of a publicly announced tenant worth noting. Keel is deliberately putting capital into Moses Lake ahead of commercialization, betting that speed-to-capacity will carry a premium once the facility is ready.

Moses Lake and the Quincy Effect

Moses Lake should not be understood as an isolated rural data center project. It sits within the larger Grant County infrastructure ecosystem that helped make nearby Quincy one of the defining hyperscale markets of the cloud era.

Keel has called Moses Lake “adjacent to one of the most proven data center markets in the United States,” noting that hyperscale infrastructure has operated around Quincy for nearly two decades. In its Q1 remarks, management argued that increasingly constrained regional power leaves operators seeking incremental Pacific Northwest capacity with fewer options.

The Grant County Economic Development Council’s data center inventory includes Microsoft, NTT Data, Sabey, Vantage, Intuit and other operators. The organization counts more than 1.5 million square feet of data center operations in the county and points to a diverse fiber network and Grant County PUD’s Columbia River hydroelectric resources as core advantages.

That existing cluster changes the equation for an 18-MW project.

The headline AI developments of 2026 are increasingly measured in hundreds of megawatts or gigawatts. But another market exists underneath those megacampus announcements: operators that need tens of megawatts in the right geography on a timeline measured in quarters rather than many years.

An 18-MW facility with power, fiber, equipment and construction underway can therefore be strategically more relevant than its relatively modest capacity suggests.

Keel had previously secured an option for another 10 MW near Moses Lake, but management said during its second-quarter call that it has relinquished that option and is now focused exclusively on the existing 18 MW. The decision further distinguishes Moses Lake from the industry's race to advertise ever-larger pipelines.

This project is about getting capacity online.

A Second Life for Crypto Power

That may ultimately be the larger Moses Lake story.

Bitcoin miners assembled portfolios around one resource the AI industry is now struggling to obtain: large blocks of electricity. Their mining buildings are generally not interchangeable with high-availability AI data centers, which require substantially different cooling, redundancy, networking and power-distribution architectures.

But land, electrical infrastructure, utility relationships and existing interconnections can give those sites a development head start. Keel is spending heavily to bridge the considerable infrastructure gap between those two types of computing.

Its overall development pipeline is 2.2 GW, spanning Washington, Pennsylvania and Quebec. Yet Moses Lake — at just 18 MW — is expected to be Keel’s first fully commissioned and energized AI/HPC data center and its first source of HPC revenue.

That makes the small Washington project unusually important. Quincy demonstrated what inexpensive hydroelectric power, fiber and available land could do for the first great wave of hyperscale cloud infrastructure.

Moses Lake may now help answer a different question: how quickly can existing powered infrastructure be transformed to serve the AI era?

The Bitcoin mine is already gone. The next test is whether 18 MW of existing power can be turned into AI capacity faster than the market can build it from scratch.

At Data Center Frontier, we talk the industry talk and walk the industry walk. In that spirit, DCF Staff members may occasionally use AI tools to assist with content. 

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