Underground heat recovery. Maximized.
Footprint above ground. Minimized.
Reinventing Geothermal Energy. Universal, Scalable, and Affordable Power from SuperHot Rocks.
Catalyze an equitable energy transition.
Our expertise and proprietary technology have the potential to create the lowest cost, terawatt-scale, dispatchable source of carbon-free energy.
At 400°C one well could generate
The Start of an Energy Revolution…
Mazama Energy has the rights to develop 200 MW at Newberry, Oregon, a fully permitted, multi-GW site with SHR accessible at less than 5 km depth.
Sustainable energy production with minimal impact on the environment, land and wildlife is a core value.
The U.S DOE supported Newberry Demonstration Project, the first-of-its-kind SHR EGS pilot, will be executed in collaboration with state and federal agencies, and engage local communities and tribes.
Mazama’s MUSE™
Modular Unconventional Superhot Energy.
MUSE™ is the synthesis of our SHR advancements to drive down electricity cost to less than $50 per MWh.
SHR energy will be produced from rocks which have little or no permeability, by engineering reservoirs to circulate water between wells to harvest heat.
SHR EGS can yield 6-10x higher power density than traditional EGS at ~200°C. MUSE™ requires 80% fewer wells than current EGS approaches.
Mazama Drill
Reliable, precise and efficient drilling in Superhot Rock.
Mazama Energy’s proprietary drilling technologies will drill horizontal well paths in Superhot Rock.
Thermal Lattice™
Creates large capacity, durable reservoirs in Superhot Rock, unleashing an energy dense output to power the future.
Thermal Lattice™ generates and enhances heat production from deep Superhot Rocks within the earth to the earth’s surface.
Heat Harvester™
Predicts long-term well performance.
Over time, strain on the well leads to decreased heat production. Heat Harvester™ predicts and simulates the life of the wells to maximize well integrity and heat recovery.
Founders
Energy Innovation Collaborators
Newberry Demonstration Project in collaboration with
