Sage Geosystems

A geothermal energy extraction project using an abandoned Shell oil well in Texas. The project employs enhanced geothermal systems technology to pump water into deep hot rock formations, extract heat, and generate power.

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.

Renewable energy source that experienced increased production in 2010 alongside solar and wind.

A hydrogen production method that leverages natural hydrogen formation deep within the earth from reduced iron minerals. Also referred to as 'white hydrogen,' this naturally occurring resource is stimulated and extracted using technologies like AWE.

Sage Geosystems' proprietary geothermal technology designed to access sub-surface heat in locations where traditional geothermal access was previously not possible.

United States

Texas

A geothermal energy extraction project using an abandoned Shell oil well in Texas. The project employs enhanced geothermal systems technology to pump water into deep hot rock formations, extract heat, and generate power.

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 state-of-the-art field demonstration project to validate GeoRedox's Advanced Weathering Enhancement (AWE) technology for stimulated geologic hydrogen production. The project will showcase the technology's operational feasibility in real-world conditions.

A proprietary technology platform for stimulated geologic hydrogen production that accelerates natural hydrogen formation from reduced iron minerals in geological formations. AWE combines advanced drilling techniques with innovative subsurface engineering to enable industrial-scale, ultra-low-cost, carbon-free 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.