Ammobia
Ammobia is commercializing a novel lower-pressure, lower-temperature ammonia synloop for production in the 10s to 100s of tons/day, feedstock agnostic and more cost-effective at the point of use.
By running synthesis at 10x lower pressure and 100°C lower temperature, we cut synloop CAPEX by about 2x vs conventional technologies. The result is standardized, modular plants that can be sited regionally and built incrementally.
Your IFA Innovation Platform Profile
What collaboration are we looking for?
We seek collaboration/support in 2 different areas:
– An industrial host site for our industrial demonstration (2028, 10tpd of ammonia production) with hydrogen, power and utility access.
– Partners for our first commercial plants (2029) at 10s to 100s TPD, we welcome project developers, renewable power and hydrogen developers, existing and future ammonia producers.
What solutions and opportunities are we offering?
We offer early partners preferential access to our ammonia technology, including priority positions in feasibility studies and priority for commercial capacity and early visibility into our modular synthesis platform.
Early collaborators benefit from preferred commercial terms and a first-mover position as we scale.
Additional geographies of business operation
Europe, North America
Additional geographies of business operation (per country)
Norway
Maturity / funding
Seed
Additional Information
Funding received ($) and name of funders
$12,500,000
Shell Ventures, Air Liquide, Mitsui OSK Lines, Chevron Technology Ventures, Katapult Ocean, Chiyoda Group, Starlight Ventures, Collab Fund, Zero Infinity Partners, Arosa Capital Management, DNX Ventures, Plug and Play, Air Capital, Motivate Fund
... of which equity investment
$11,500,000.00
... of which grants
$1,000,000.00
Expected opening of next investment round
Sept 1st 2026
Expected funding sought from next investment round
$20,000,000
Intellectual property & regulation
What is the IP status of your innovation(s)?
Ammobia’s patent and trade secrets portfolio spans active materials (i.e., separation media, catalyst packaging, manufacturing), reactor architecture, and processes to cover all aspects of the technology.
