In August 2024, Microsoft formally committed that all new data center designs would adopt chip-level, closed-loop liquid cooling technology that eliminates evaporative water consumption entirely. This represents the most significant water engineering commitment made by any hyperscale operator to date. Pilot facilities are operational in Phoenix, Arizona and Mt. Pleasant, Wisconsin. The Mt. Pleasant facility — located on 1,575 acres in rural Wisconsin — documents water savings exceeding 33 million gallons annually versus the legacy design it replaces. This white paper documents the engineering architecture, the measurable efficiency trajectory, and the policy implications for data center development advocacy.
Richland Parish, LA: How Meta Accidentally Doubled a Town’s Income
This source examines the profound economic impact of Meta's massive data center construction on a rural community in Richland Parish, Louisiana. By investing heavily in physical infrastructure, the tech giant inadvertently triggered a local tax windfall that resulted [...]
Fairfax County, Virginia: The Compliance Framework
Fairfax County, Virginia, adopted on September 10, 2024 what is widely regarded as the most comprehensive data center noise and siting ordinance in the United States. It was developed after months of contentious public hearings, [...]
Immersion & Liquid Cooling: The Near-Silent Data Center
The fundamental source of data center community noise complaints is air movement: the high-speed fans required to push large volumes of air through server racks and exhaust heat to the exterior. These fans are noisy [...]