Fertilisers for Farms
Decentralized nitrogen production protects food systems from price shocks and import disruption.
A DTU Spinout · Copenhagen
Green Ammonia is Ready.
Extraction Isn't. Until Now.
The Sorption Booster is the patent-pending extraction technology that makes decentralized green ammonia plants economically viable - chemistry, not pressure, not cold.
Three crises, one solution
Why this matters now.
Ammonia sits at the intersection of three of the century's defining problems. Solving its production sustainably is not a niche play - it's a structural one.
Food Security
Ammonia-based fertilisers support the food supply of roughly half the world's population. Nitrogen is not optional, and neither is producing it cleanly.
Energy Resilience
Ammonia carries about 50% more hydrogen per litre than liquid hydrogen, and ships through infrastructure that already exists.
Climate Action
Ammonia production emits around 450 million tonnes of CO₂ a year - more than the United Kingdom's entire annual emissions. Green ammonia is how that number comes down.
The missing piece
Renewables solved generation. Extraction is what's left.
Cheap renewable electricity. Mature electrolysers. Proven Haber-Bosch. Yet decentralized green ammonia still doesn't pencil - because pulling the ammonia out of the loop at sub-100-TPD scale collapses on cryogenic economics.
That's the bottleneck. That's what we solve.
The Sorption Booster
Chemistry, not pressure. Not cold.
Our staged sorption cycle captures ammonia at moderate pressure and temperature - slashing CAPEX and OPEX while pushing extraction efficiency past 99% in a single pass.
Go deeper on the technology>99%
Extraction efficiency
<50 bar
Operating pressure
Up to-25%
CAPEX reduction
Up to-22%
OPEX reduction
Illustrative product render
Backed & supported by
- DTU Earthbound
- VILLUM P2X
Applications
Six end-use applications. One critical enabling tech.
Renewable Energy Plants
Converting surplus power to ammonia at the co-located park yields a 3-5× value premium per MWh
Green H₂ → NH₃ Plants
Extending Green Hydrogen plant to Green Ammonia plant provides a ready offtake and a better ROI business case
NH₃ Cracking Plants
Sorption Booster technology removes trace ammonia from cracked hydrogen, ensuring fuel-cell-grade purity for sensitive applications
Maritime Fuel
Sub-100-TPD plants at ports finally make ammonia bunkering capex-defensible for shipping lines.
Chemical Plants
Producing ammonia on-site removes reliance on vulnerable supply chains and protects cost and production stability
Team
Built by the researchers who diagnosed the bottleneck.
Anastasiia Karabanova
Co-Founder, CEO & CTO
Amit Khamkar
Co-Founder, Chief Commercial & Marketing Officer
Latest insights
From the team.
Technical briefs, market analysis, and notes from the lab. Published in long-form here, shorter versions on LinkedIn.
Technology
Why Extraction - Not Synthesis - Is the Real Bottleneck in Green Ammonia?
Technology1 min read
Why Extraction - Not Synthesis - Is the Real Bottleneck in Green Ammonia?
Green hydrogen and renewables are scaling fast. So why isn't green ammonia? The answer lies downstream - at the separation step everyone forgot.
Read articleMarket
The €95B Market No One Is Pricing Correctly
Market1 min read
The €95B Market No One Is Pricing Correctly
Ammonia today is a fossil-fueled commodity. By 2050 it will be the backbone of the energy transition. Here's why the LCOA math finally works.
Read articleApplications
Ammonia: The Maritime Fuel of the Decade
Applications1 min read
Ammonia: The Maritime Fuel of the Decade
Shipping is responsible for ~3% of global emissions. Ammonia - not methanol, not hydrogen - is the most credible path to zero-carbon ocean fuel.
Read articleLast updated:
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