Meta Platforms, Inc.

A collaborative research initiative between Meta's AI division and Carnegie Mellon University's Department of Chemical Engineering to develop machine learning models for simulating chemical reactions and identifying cheaper catalyst materials for hydrogen production.

A collaboration between Meta and Sage Geosystems to deploy geothermal energy technology across multiple locations in the United States to power Meta's data centers with renewable, zero-carbon electricity.

A critical chemical process in hydrogen production that requires expensive precious metal oxides like ruthenium and iridium. The OER is a key step in electrolysis-based hydrogen production.

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

AI is used to automate threat detection, anomaly analysis, and response in cybersecurity, processing vast amounts of data to identify and mitigate threats.

Pennsylvania

United States

A collaborative research initiative between Meta's AI division and Carnegie Mellon University's Department of Chemical Engineering to develop machine learning models for simulating chemical reactions and identifying cheaper catalyst materials for hydrogen production.

Planned deployment of up to 1GW using 100+ hour solid oxide fuel cell storage (unverified scale)

A collaboration between Meta and Sage Geosystems to deploy geothermal energy technology across multiple locations in the United States to power Meta's data centers with renewable, zero-carbon electricity.

An open-source dataset containing approximately 8 million data points from 40,000 unique simulations across oxide materials spanning 52 elements. Designed to support AI research in identifying cheaper catalyst alternatives for hydrogen production.

A proprietary geothermal energy technology developed by Sage Geosystems that enables access to sub-surface heat in locations where traditional geothermal energy extraction was previously not feasible.

100+ hour ultra-long duration storage with power block (reversible SOFC), charge/discharge tanks using carbon media