Edged US has launched a 36-MW, AI-optimized data center near Phoenix, placing high-density compute capacity directly inside one of the fastest-growing U.S. technology corridors. The facility sits less than 20 minutes from downtown Phoenix and targets both AI training and inference workloads at scale.
The company positions the site as a response to two converging pressures: exponential demand for AI compute and tightening environmental constraints in water-stressed regions. As a result, the project reflects a deliberate shift in how infrastructure operators balance performance with sustainability.
Attendees at the ribbon cutting included Mesa city officials, Sally Harrison of the Mesa Chamber of Commerce, regional economic development leaders, Haydon Building Corp., utility partner Salt River Project (SRP), and Light Source Communications (LSC), which delivered initial fiber connectivity into the facility.
Zero-Water Cooling Moves from Concept to Deployment
The defining feature of the facility lies in its waterless cooling architecture. Built on ThermalWorks technology, the system eliminates water consumption entirely, an increasingly critical factor in Arizona’s resource-constrained environment.
The company expects the site to conserve more than 138 million gallons of water annually, a figure that materially shifts the sustainability equation for hyperscale and AI-driven deployments in arid regions.
“This marks a major milestone in offering a high-performance environment to power the next generation of heavy compute while protecting local resources. The greater Phoenix region has become one of the most dynamic technology markets in the country,” said Bryant Farland, President and Chief Executive Officer of Edged US. “Given Arizona’s water pressures, building a data center that requires zero water for cooling isn’t just good business. It’s the right thing to do for the region’s long-term health.”
However, the timing of this launch also underscores mounting urgency. Arizona continues to face accelerated groundwater depletion, with nearly half of its water consumption tied to underground reserves. Consequently, infrastructure projects that decouple compute growth from water usage are gaining regulatory and market relevance.
Designed for High-Density AI Workloads
Beyond sustainability, the facility targets next-generation compute density requirements. It supports rack densities exceeding 400 kW using liquid cooling and more than 120 kW with air cooling configurations.
This design enables hyperscalers and enterprise AI operators to deploy advanced workloads without the spatial inefficiencies common in legacy facilities. Moreover, the plug-and-play liquid cooling architecture reduces deployment friction, allowing faster time-to-capacity in an increasingly competitive compute market.
The facility also achieves a portfolio-wide Power Usage Effectiveness (PUE) of 1.15. That figure significantly undercuts the global average of 1.54 reported by the Uptime Institute, translating into a 72% reduction in energy overhead.
Local Alignment Strengthens Regional Expansion
The project aligns closely with Mesa’s long-term infrastructure planning and water management strategy. Local officials emphasized that sustainable growth remains central to future development approvals.
“Mesa has earned a 100-year assured water supply designation because we’ve made hard choices about how we grow,” said Mesa Mayor Freeman. “Edged US shares our commitment to sustainable growth and built a world-class AI facility that uses zero water. That’s not just good for business; that’s the kind of partner we want helping us elevate Mesa.”
At the same time, the facility generated immediate economic impact. Construction activity created hundreds of jobs, while ongoing operations will sustain long-term, high-skilled roles in the regional technology workforce.
“The Mesa Chamber is proud to welcome Edged US as a vital addition to our business community,” said Sally Harrison, President and CEO of the Mesa Chamber of Commerce. “The facility created hundreds of local construction jobs and permanent, high-quality tech jobs. It represents the kind of forward-thinking, responsible investment our region needs.”
Connectivity and Ecosystem Effects Take Shape
Fiber infrastructure plays a central role in positioning the facility as an AI hub. Light Source Communications became the first network provider to deploy into the site, establishing foundational connectivity for high-performance workloads.
“Edged Phoenix is exactly the kind of anchor tenant that elevates an entire connectivity ecosystem,” said Debra Freitas, CEO and Co-founder of Light Source Communications. “From day one, this facility was designed to handle the most demanding AI, high-performance compute workloads. Paired with our state-of-the-art dark fiber network, we’re giving hyperscalers and enterprises in the Phoenix market a platform built for the future.”
Therefore, the project extends beyond a single deployment. It acts as a catalyst for broader ecosystem development, attracting carriers, cloud providers, and enterprise tenants seeking proximity to scalable, high-density infrastructure.
The Arizona launch fits into Edged US’s broader expansion strategy, which includes a gigawatt-scale pipeline across North America. The company currently operates or builds facilities in Atlanta, Chicago, Columbus, Dallas, Des Moines, Kansas City, and Phoenix. As AI demand accelerates, infrastructure providers face increasing scrutiny over energy and water consumption. Edged US appears to be betting that waterless cooling will become a baseline requirement rather than a differentiator.
In that context, the Phoenix deployment signals a structural shift. It reframes sustainability not as a compliance metric, but as a core design principle for next-generation AI infrastructure.
