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In this episode of "Full Tech Ahead," host Amanda Razani interviews Reza Azizian, CEO of Ferveret. 

They discuss the company's innovative liquid cooling technology for data centers and AI factories, which is inspired by nuclear reactor cooling. 

Azizian highlights a recent benchmarking study conducted with UCLA, revealing that Ferveret's adaptive cooling solution delivers 35% more compute power from the same power envelope compared to traditional methods. Furthermore, the discussion emphasizes sustainability; while a typical 100MW data center consumes the equivalent of 4,500 Olympic swimming pools of water annually, Ferveret’s closed-loop system consumes essentially zero water. 

This technological breakthrough aims to make the "AI revolution" environmentally sustainable and enables the deployment of off-grid data centers in hot, arid regions.

Key Quotes
"We developed liquid cooling technologies for data centers and AI factories, which is inspired by nuclear reactor cooling."
"...in a 100 megawatt datacenter, that can translate into almost 230 million of more revenue per year, which is quite significant."
"A typical 100 megawatt data center can consume up to 4500 Olympic swimming pools of water per year for cooling... our solution basically works with a closed loop. So the water consumption is basically almost zero."
"We are here to help to make the AI revolution sustainable."

Takeaways

Massive Efficiency Gains: A recent UCLA study proved that Ferveret's cooling solution provides 15% more compute at the server level and a total of 35% more compute at the facility level using the exact same power contract.

Zero Water Waste: Traditional data centers rely on evaporative cooling, wasting massive amounts of water. Ferveret utilizes a sealed, closed-loop system that doesn't evaporate water, drastically reducing the environmental footprint.

Unlocking New Locations: Because the system operates efficiently without consuming water, it allows companies to build data centers in drought-prone, highly regulated areas (like Arizona or Nevada).

Off-Grid Potential: The efficiency of this cooling technology makes it financially and operationally viable to pair data centers entirely with solar power, creating truly sustainable, off-the-grid facilities.

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