Ferveret Presents Waterless Cooling Concept for AI Data Centers

In an interview published by Pulse 2.0, Ferveret co-founder and CEO Reza Azizian described the company’s Adaptive Phase Cooling (APC) technology, which is being developed to manage the growing thermal load associated with high-performance AI processors.

Ferveret characterizes APC as a waterless cooling system drawing on heat-transfer principles associated with nuclear reactor technologies. Its flagship product is described as a modular, rack-form-factor cooling system intended to integrate with existing data center infrastructure without requiring a redesign of the facility.

The company says the technology is intended to address AI thermal-management requirements while reducing energy consumption and simplifying data center operations. This positioning targets a central constraint for existing sites seeking to accommodate denser AI compute deployments: adding cooling capacity without undertaking a full rebuild of the data hall or broader facility infrastructure.

The available material does not provide performance data for APC, including cooling capacity, supported rack density, PUE or WUE, energy-saving performance, or cost. It also provides no confirmed information on pilot scale, customers, operating locations, commercial deployments, manufacturing scale, contracted projects, or commercial availability.

As a result, Ferveret’s competitive position cannot yet be assessed from the disclosed information. The broader direction is nevertheless consistent with demand for specialized AI cooling equipment that can be deployed within installed data center halls and rack environments.