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FUTURE
GREENS
AFFORDABLE, RELIABLE ENERGY FROM ORGANIC
WASTE
A quarter of global gas demand could be met with biogas
from organic waste. We're on a mission to realize this potential.
We build advanced anaerobic digesters
that make organic waste-to-energy
systems cheaper and easier to deploy.
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85% smaller
Our high-rate reactor needs a fraction of the space, which makes it cheaper to build and easier to fit on industrial sites.
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Liquids & solids
We handle all organic waste streams in one compact reactor for simpler deployment and maximum energy recovery.
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Autonomous
Our AI-native control and advanced sensing enable remote monitoring and
low-touch operation.
Our first system is for breweries.
It tackles energy, water and carbon emissions
with one compact reactor.
HOW IT WORKS:
All organic co-products and wastewater go into an on-site bioreactor.
Inside they get consumed by anaerobic bacteria that release biogas.
Small system, big impact:
Continuous energy for 25-50% of brewery demand.
Clean wastewater
and save 60% on trade effluent.
Reduce Scope 1 emissions with renewable gas.
For breweries of all sizes:
SMEs
Our smaller, modular design makes anaerobic digestion accessible and affordable.
Corporates
Our rapidly deployable reactors generate 7 times more power from the same footprint than the industry standard.
Our Team
We started in food manufacturing and built our first anaerobic digester to solve our own energy and waste problems.
Today, we leverage our backgrounds in engineering, automation, AI, and finance to turn that first-hand experience to develop a new generation of waste-to-energy infrastructure for the food industry and beyond. with one compact reactor.
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Our first digester
In 2024 we operated a 25,000l reactor with spent grain from The Brewery of Saint Mars of the Desert.
It produced high quality gas and inspired us to develop our novel method to reduce reactor footprint and clean liquid waste.
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