At 4MAT, we leverage the plasma state to enable efficient ammonia cracking, providing flexible and green hydrogen supply for a sustainable energy system.
on-demand.
efficient.
decentralized.
on-demand.
efficient.
decentralized.
plasma.
Microwaves energize the gas, transforming
it into the 4th state of matter.
ammonia.
Ammonia serves as the process gas in
the plasma system.
hydrogen.
Efficient cracking into hydrogen and
nitrogen occurs in the plasma.
plasma.
Microwaves energize the gas, transforming it into the 4th state of matter.
ammonia.
Ammonia serves as the process gas in the plasma system.
hydrogen.
Efficient cracking into hydrogen and nitrogen occurs in the plasma.
compact.
The solution utilizes microwave-excited
plasma reactors.
Its instantaneous power availability enables
rapid adaptation to load changes.
modular.
The modular design enables scaling and
adaptation to consumer power demands.
Advanced injection and heat recovery
systems enhance overall efficiency.
robust.
The smart control system
continuously optimizes operation.
Extensive sensor setups ensure a
safe operating environment.
Plasma
Ammonia
Cracker
compact.
The solution utilizes microwave-excited plasma reactors. Its instantaneous power availability enables rapid adaptation to load changes.
modular.
The modular design enables scaling and adaptation to consumer power demands. Advanced injection and heat recovery systems enhance overall efficiency.
robust.
The smart control system continuously optimizes operation. Extensive sensor setups ensure a safe operating environment.
industries.
Our technology is tailored for industrial use, ensuring high efficiency and reliability in the production of hydrogen-nitrogen gas mixtures. The system can be seamlessly integrated into existing processes, minimizing downtime and enhancing overall productivity.
distributed energy.
distributed energy.
Decentralized ammonia cracking enables direct hydrogen use, eliminating the need for dual-fuel systems in distributed energy applications.
marine transport.
marine transport.
Ammonia cracking enables clean hydrogen use onboard, reducing reliance on fossil fuels and simplifying fuel logistics in maritime operations.
chemical industry.
chemical industry.
Cracking ammonia provides a flexible hydrogen source for chemical processes, supporting decarbonization without overhauling existing infrastructure.
hydrogen supply.
hydrogen supply.
Ammonia cracking allows efficient hydrogen delivery and on-demand production, overcoming storage and transport challenges in the hydrogen supply chain.
Many applications in need of hydrogen can be supplied using the PAC-system and benefit from the advantages of ammonia-based hydrogen storage. With its modular and adaptable design, it opens up possibilities even in sectors that may not yet realize they can benefit from on-demand and decentralized hydrogen supply.
about.
Our team at 4MAT is specializing in the development of plasma-based reactors for innovative industrial applications. We offer comprehensive services that span from advanced simulation to experimental validation in our in-house laboratory. Our capabilities enable us to support clients throughout the development cycle, ensuring reliable and scalable process design. Additionally, we provide feasibility studies focused on using ammonia as a carrier for hydrogen supply, contributing to the transition toward sustainable energy solutions. We welcome the opportunity to explore how our expertise can contribute to your objectives.
