Hydrogen Supply Systems
On-site hydrogen — when you need it, where you need it.
Generate high-purity hydrogen directly from methanol with scalable, modular systems designed for industrial and research environments.
Hydrogen generation without complex logistics
Ideal for applications where hydrogen transport, storage or delivery is challenging or costly.
Hydrogen Generator - Basic Units (Reformer Core)
Hydrogen gas or electric power on-site and on-demand through modular reformer technology.
Need help choosing the right reactor?
L/M18 — Medium Power Reformer
- Capacity from 9.8 kg/hr hydrogen production
- Power range: >150 kW equivalent
Designed for medium-scale hydrogen generation, pilot projects and modular expansion.
L/M30 — High Power Reformer
- Capacity from 16.2 kg/hr and above
- Power range: >250 kW equivalent
Designed for higher-volume hydrogen production and continuous industrial applications.
L/M30 — High Power Reformer
- Capacity from 16.2 kg/hr and above
- Power range: >250 kW equivalent
Designed for higher-volume hydrogen production and continuous industrial applications.
Containerized Hydrogen Generation (CHG)
Containerized solutions for plug-and-play hydrogen generation in local or remote environments.
20 ft & 40 ft configurations
Modular & scalable
Plug & play deployment
MW-scale expandable
Integrated system architecture
CHG3 — L/M18 Container (20 ft)
Scalable — Modular — Plug & Play
CHG6 — L/M30 Container (40 ft)
Scalable — Modular — Plug & Play
CHG6 — L/M30 Container (40 ft)
Scalable — Modular — Plug & Play
Why MReformer Hydrogen Systems
Logistics Simplification
- On-site generation
- Reduced hydrogen transport risks
- Flexible deployment
Hydrogen Quality & Performance
- High purity hydrogen (>99.997%)
- Stable output
- Fuel cell compatible
Industrial Deployment
- Continuous operation
- Modular scalability
- Containerized integration available
FAQs
How is hydrogen generated?
Methanol and water are converted into hydrogen through a catalytic reforming process, producing stable high-purity hydrogen on demand.
What hydrogen purity can be achieved?
Hydrogen purity can reach >99.997%, making it compatible with fuel cells and sensitive industrial applications.
Can the system operate continuously?
Yes. Systems are designed for industrial continuous operation with automated control and monitoring.
Is the system scalable?
Yes. Modular architecture allows multiple reformers or containerized units to be combined for larger hydrogen demand.
Can the systems be containerized?
Yes. Containerized CHG solutions are available for rapid deployment and simplified installation.
What maintenance is required?
Maintenance is minimal compared to combustion-based systems and typically involves periodic inspection and standard industrial preventive servicing.