AFFORDABLE, RELIABLE ENERGY IS THE FOUNDATION
OF A SUSTAINABLE FUTURE.
8 Rivers has developed the Allam-Fetvedt Cycle, a technology that will enable the world to meet all of its climate targets without having to pay more for electricity. The Allam-Fetvedt Cycle is a new way to generate low-cost power from fossil fuels without producing air emissions. It’s the technology behind NET Power, of which 8 Rivers is a shareholder.
Unique Approach to Decarbonizing Energy
Our goal is to provide sustainable energy solutions that are cost-effective and infrastructure scale.
Design & deploy with sustainability in mind
Eliminate CO2 emissions by rethinking process design.
Oxy-Combustion
Maximize capture effeciency by combusting fuel with pure oxygen
CO2 as working medium
CO2 can do the work of driving turbines or transfering heat
Innovation rooted in economics
Rigorous analysis ensures processes designed for real markets.
How you produce heat makes all the difference
OUR
PROCESS
We develop sustainable,
infrastructure-scale solutions
to global problems.
Our process enables us to innovate in industrial fields that are lacking in creative disruption.
OUR
TEAM
We have an experienced,
multidisciplinary team.
All technology benefits from a team of creative innovators that challenge the status quo and veteran experts that bring decades of industry knowledge.
OUR
PORTFOLIO
We believe our technology will change the world.
All of our technology is rigorously evaluated and developed before becoming active in our portfolio.
8 Rivers in the News
8 Rivers and KOSPO Announce Strategic Partnership to Advance the Taylor Bayou Power Project in Port Arthur, Texas
Kindle Energy and 8 Rivers Advance 430 MWe Wyoming Power Project
Podcast: 8 Rivers CEO talks coal decarbonization in a hyperscaling world
Onofrio Castiglia interviewed Damian Beauchamp, CEO of 8 Rivers, on Infralogic's Crossroads: The Infrastructure Podcast to discuss how ultra-low-carbon power technologies can support the decarbonization of fossil fuel assets to serve the global energy transition.