FlexiH is transforming ammonia production through proprietary electrodeless plasma technology that enables efficient, low-carbon ammonia manufacturing using steam, air, and renewable electricity. The result is a scalable solution supporting sustainable agriculture, hydrogen transport, and industrial decarbonization.
Supporting sustainable fertilizer production while reducing agricultural emissions.
Providing a safe and efficient carrier for hydrogen storage and distribution.
Scalable ammonia production designed for the next generation of clean energy infrastructure.
Clean ammonia serves as both a sustainable fertilizer feedstock and an efficient hydrogen carrier, creating opportunities across agriculture, transportation, energy storage, and industrial decarbonization.
Low-carbon fertilizer production supporting sustainable food systems and reducing agricultural emissions.
Safe and efficient hydrogen storage and transportation for emerging hydrogen infrastructure.
Long-duration energy storage solution supporting renewable energy integration.
Low-carbon feedstock and fuel alternative for industrial operations and manufacturing.
FlexiH’s electrodeless plasma technology converts steam, air, and renewable electricity into clean ammonia through an efficient low-carbon production process.
Steam & Air Input
Water steam and atmospheric air provide the primary feedstocks.
Plasma Activation
Electrodeless plasma generates hydrogen from steam using renewable electricity.
Ammonia Synthesis
Hydrogen combines with nitrogen through a catalyst-driven process.
Clean Ammonia Output
Low-carbon ammonia is produced for fertilizer, hydrogen transport, and industrial applications.
Clean ammonia is ammonia produced through low-carbon or carbon-free processes using renewable energy and sustainable feedstocks, significantly reducing emissions compared to conventional production methods.
Ammonia serves as an efficient hydrogen carrier due to its high hydrogen density, ease of storage, and established transportation infrastructure.
FlexiH utilizes proprietary electrodeless plasma technology that operates without the high temperatures and pressures typically required by traditional Haber-Bosch systems, improving efficiency and scalability.
The process utilizes steam, atmospheric air, and renewable electricity to produce clean ammonia.
Clean ammonia can be used for sustainable fertilizer production, hydrogen transport and storage, energy storage solutions, and industrial decarbonization initiatives.
Yes. The modular design enables flexible deployment from medium-scale facilities to larger industrial applications.
By reducing reliance on fossil-fuel-intensive production methods, clean ammonia helps lower greenhouse gas emissions and supports long-term decarbonization strategies.
No. While ammonia remains essential for fertilizer production, it is increasingly being adopted as a hydrogen carrier, energy storage medium, and low-carbon industrial feedstock.
Explore partnership, investment, and clean fuel opportunities with FlexiH.
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