Simplify hydrogen deployment. Generate hydrogen and power on-site
MReformer enables companies to produce hydrogen and electricity exactly where it is needed by converting methanol through compact reforming systems.
By generating hydrogen on-site and on-demand, organizations can avoid complex hydrogen logistics, reduce infrastructure requirements and deploy decentralized energy solutions faster.
Our systems are designed for real industrial environments where reliability, flexibility and scalability are essential.
On-site hydrogen and power generation
No hydrogen transport or storage complexity
Modular systems from 150 kW to multi-MW
MReformer enables companies to produce hydrogen and electricity exactly where it is needed by converting methanol through compact reforming systems.
By generating hydrogen on-site and on-demand, organizations can avoid complex hydrogen logistics, reduce infrastructure requirements and deploy decentralized energy solutions faster.
Our systems are designed for real industrial environments where reliability, flexibility and scalability are essential.
On-site hydrogen and power generation
No hydrogen transport or storage complexity
Modular systems from 150 kW to multi-MW
Methanol + DI Water
→
Hydrogen
→
Hydrogen / Power Supply
Methanol + DI Water → Hydrogen → Hydrogen / Power Supply
The challenge with traditional hydrogen
Hydrogen adoption continues to grow across industries, but large-scale deployment still faces significant logistical and infrastructure challenges.
Transporting, storing and distributing hydrogen requires complex systems, specialized infrastructure and strict safety management, which can slow down projects and increase costs.
For many applications – particularly mobile, remote or decentralized environments – these barriers limit the practical implementation of hydrogen solutions.
Common barriers
• Complex and expensive hydrogen transport
• Dependence on centralized production and distribution
• Safety and storage constraints
• Limited flexibility for mobile or remote applications
• High infrastructure investment before deployment
The Mreformer approach
MReformer enables decentralized hydrogen and electricity generation using methanol reforming technology.
Our systems convert methanol into hydrogen and power directly on-site and on-demand, significantly reducing the complexity associated with hydrogen logistics.
This approach allows companies to deploy hydrogen solutions faster while maintaining operational flexibility and scalability.
Key capabilities
• Hydrogen and electricity generation at the point of use
• Compact and modular system architecture
• Rapid deployment and scalable capacity
• Continuous industrial operation
• Integration into mobile and stationary environments
The Mreformer approach
MReformer enables decentralized hydrogen and electricity generation using methanol reforming technology.
Our systems convert methanol into hydrogen and power directly on-site and on-demand, significantly reducing the complexity associated with hydrogen logistics.
This approach allows companies to deploy hydrogen solutions faster while maintaining operational flexibility and scalability.
Key capabilities
• Hydrogen and electricity generation at the point of use
• Compact and modular system architecture
• Rapid deployment and scalable capacity
• Continuous industrial operation
• Integration into mobile and stationary environments
Hydrogen generator (LM18 / LM30)
→
Fuel Cell
→
Batteries
Hydrogen generator (LM18 / LM30) → Fuel Cell→ Batteries
Why companies choose Mreformer
Simplified hydrogen logistics
Transport methanol instead of compressed hydrogen. Reduce complexity, improve safety and enable decentralized supply.
Lower total cost of ownership
Reduced infrastructure requirements and efficient operation contribute to competitive CAPEX and OPEX.
Fast deployment & operational flexibility
Deploy systems quickly in environments where hydrogen infrastructure is limited or unavailable.
Modular & scalable systems
From 150 kW to multi-MW installations, adaptable to evolving demand and project growth.
Where Mreformer makes a difference
MReformer technology is designed for industries where reliable energy supply, mobility or infrastructure limitations require flexible hydrogen solutions.
Key application areas:
Off-grid power
generation
Maritime and
port operations
Remote industrial
sites
EV charging infrastructure support
Backup and distributed energy systems
On-site hydrogen generation
Why methanol as a hydrogen carrier
Methanol is one of the most practical and efficient hydrogen carriers for decentralized energy systems.
As a liquid fuel at ambient conditions, it can be transported and stored using existing infrastructure, making it significantly easier to handle compared to compressed or liquefied hydrogen.
Advantages of methanol
- High hydrogen density
- Safer and simpler logistics than compressed hydrogen
- Existing global transport and storage infrastructure
- Compatible with bio-methanol and e-methanol
Methanol enables flexible deployment while supporting long-term decarbonization strategies.
Where Mreformer makes a difference
MReformer systems are built on proven industrial reforming processes and optimized for compact, modular deployment.
The technology combines reliability with advanced engineering to deliver high-purity hydrogen suitable for demanding energy applications.
Technical highlights
Technical highlights
- Century-proven catalytic reforming process
- Century-proven catalytic reforming process
- Hydrogen purity above 99.997%
- Designed for fuel cell compatibility
- Continuous operation in industrial environments
Century-proven catalytic reforming process
Century-proven catalytic reforming process
Hydrogen purity above 99.997%
Designed for fuel cell compatibility
Continuous operation in industrial environments
Sustainability & future readiness
Hydrogen generated through methanol reforming can significantly reduce emissions compared to conventional fossil-fuel-based energy systems.
As sustainable methanol becomes increasingly available, the environmental benefits continue to grow.
Environmental advantages
Up to 27% CO₂ reduction compared with fossil fuels
Zero NOx and SOx emissions
Carbon-neutral potential with green methanol
Supports evolving decarbonization and regulatory frameworks
Sustainability & future readiness
Hydrogen generated through methanol reforming can significantly reduce emissions compared to conventional fossil-fuel-based energy systems.
As sustainable methanol becomes increasingly available, the environmental benefits continue to grow.
Environmental advantages
Up to 27% CO₂ reduction compared with fossil fuels
Zero NOx and SOx emissions
Carbon-neutral potential with green methanol
Supports evolving decarbonization and regulatory frameworks
Industrial proof
MReformer systems are designed for real-world industrial deployment.
Our technology is developed to operate reliably in demanding environments while supporting companies transitioning toward decentralized hydrogen solutions.
Industrial readiness
• Designed for continuous industrial operation
• Compatible with fuel cell systems
• Deployable in containerized or modular formats
• Suitable for mobile and stationary applications
FAQs
Why use methanol instead of transporting hydrogen?
Methanol is a stable liquid fuel that can be stored and transported using existing infrastructure.
By reforming methanol on-site, hydrogen can be generated exactly where it is needed, reducing logistics complexity and safety challenges.
What fuels can be used?
MReformer systems can operate with different methanol types depending on project requirements, including conventional methanol, bio-methanol and e-methanol.
This allows companies to progressively transition toward lower-carbon fuels.
How does methanol reforming compare to electrolysis?
Methanol reforming enables on-demand hydrogen production without requiring large electrical infrastructure.
It is particularly suited for decentralized, mobile or remote environments where grid access or high electrical capacity is limited.
Is the technology proven and reliable?
Yes. Catalytic reforming is a well-established industrial process used for decades.
MReformer adapts this proven technology into compact systems designed for modern hydrogen and energy applications.
Can the systems operate in mobile environments?
Yes. Systems are designed for industrial reliability and can be deployed in containerized or modular configurations suitable for maritime, mobile and remote environments.
How scalable are the systems?
Solutions follow a modular architecture that allows scaling from 150 kW units to multi-megawatt installations by combining multiple systems.
Ready to simplify hydrogen deployment?
Discover how companies are already using MReformer technology to generate hydrogen and power directly where it is needed.