Decentralized hydrogen and power solutions for demanding environments

MReformer systems are designed for real-world conditions — mobile, remote and industrial applications where reliability cannot fail.

Where energy reliability truly matters

Our modular hydrogen and power systems can be deployed:

On-site

Industrial & infrastructure environments

On-board

Mobile & maritime platforms

Standalone reformer units

L/M18 - L/M30

Fully containerized systems

20ft / 40ft

Methanol enables safe transport, simplified logistics and progressive decarbonization using existing fuel infrastructures.

Applications

Mining & Construction

Reliable off-grid power for heavy machinery and remote operations.

Construction sites and mining environments often lack stable grid access. MReformer systems provide decentralized electricity or hydrogen generation with low noise and reduced emissions – ideal for pollution-sensitive or isolated areas.

  • Electric machinery charging
  • Remote site power supply
  • Hybrid diesel replacement
  • Temporary installations

Mining & Construction

Reliable off-grid power for heavy machinery and remote operations.

Construction sites and mining environments often lack stable grid access. MReformer systems provide decentralized electricity or hydrogen generation with low noise and reduced emissions – ideal for pollution-sensitive or isolated areas.

  • Electric machinery charging
  • Remote site power supply
  • Hybrid diesel replacement
  • Temporary installations

Ports

Clean energy infrastructure for port operations.

Hydrogen and electric supply systems support:

  • Shore-to-ship operations
  • Container handling equipment
  • Port mobility & logistics
  • Auxiliary power systems

Designed to minimize emissions and noise in regulated port environments.

Ports

Ports

Ports

Clean energy infrastructure for port operations.

Hydrogen and electric supply systems support:

  • Shore-to-ship operations
  • Container handling equipment
  • Port mobility & logistics
  • Auxiliary power systems

Designed to minimize emissions and noise in regulated port environments.

Airports

Low-emission ground operations.

Energy solutions for:

  • Ground support equipment (GSE)
  • Electric vehicle charging
  • On-site hydrogen supply
  • Auxiliary infrastructure

Compact, modular and adaptable to airport operational constraints.

Airports

Low-emission ground operations.

Energy solutions for:

  • Ground support equipment (GSE)
  • Electric vehicle charging
  • On-site hydrogen supply
  • Auxiliary infrastructure

Compact, modular and adaptable to airport operational constraints.

Industrial

On-site hydrogen and power for industrial processes.

Ideal for facilities requiring:

  • Continuous hydrogen generation
  • Backup power systems
  • Energy resilience
  • Decentralized production support

Scalable architecture allows gradual expansion as demand increases.

Industrial

Industrial

Industrial

On-site hydrogen and power for industrial processes.

Ideal for facilities requiring:

  • Continuous hydrogen generation
  • Backup power systems
  • Energy resilience
  • Decentralized production support

Scalable architecture allows gradual expansion as demand increases.

On-board Applications (Trucks, Trains, Maritime)

Mobile hydrogen and electricity generation.

Designed for heavy-duty and long-range applications:

  • Hydrogen-powered trucks & buses
  • Retrofit of diesel trains
  • PEM fuel cell integration (300–400 kWh systems)
  • Maritime auxiliary power

Methanol reforming enables extended operational range with simplified hydrogen logistics.

On-board Applications (Trucks, Trains, Maritime)

Mobile hydrogen and electricity generation.

Designed for heavy-duty and long-range applications:

  • Hydrogen-powered trucks & buses
  • Retrofit of diesel trains
  • PEM fuel cell integration (300–400 kWh systems)
  • Maritime auxiliary power

Methanol reforming enables extended operational range with simplified hydrogen logistics.

Service Stations (HRS & EV Charging)

On-site hydrogen and electric recharge solutions.

On-site hydrogen and electric recharge solutions.

  • Electric Vehicle Charging (BEV)

    Enable high-power charging in locations with limited grid capacity through decentralized generation.

  • Hydrogen Refueling Stations (HRS)

    Generate hydrogen locally without complex transport and storage of compressed hydrogen tanks.

EV charging infrastructure

Service Stations (HRS & EV Charging)

EV charging infrastructure

On-site hydrogen and electric recharge solutions.

On-site hydrogen and electric recharge solutions.

  • Electric Vehicle Charging (BEV)

    Enable high-power charging in locations with limited grid capacity through decentralized generation.

  • Hydrogen Refueling Stations (HRS)

    Generate hydrogen locally without complex transport and storage of compressed hydrogen tanks.

Warehouse & Logistics

Energy for material handling and fleet operations.

  • Forklifts & handling equipment
  • Fleet recharging
  • Distribution centers
  • Cold chain & storage facilities

Low-noise operation ideal for indoor or urban logistics hubs.

Warehouse

Warehouse & Logistics

Warehouse

Energy for material handling and fleet operations.

  • Forklifts & handling equipment
  • Fleet recharging
  • Distribution centers
  • Cold chain & storage facilities

Low-noise operation ideal for indoor or urban logistics hubs.

Backup Power Systems

Critical infrastructure energy resilience.

Suitable for:

  • Hospitals
  • Data centers
  • Industrial backup
  • Emergency infrastructure

Containerized power systems provide reliable, low-emission alternatives to conventional diesel generators.

Backup Power Systems

Critical infrastructure energy resilience.

Suitable for:

  • Hospitals
  • Data centers
  • Industrial backup
  • Emergency infrastructure

Containerized power systems provide reliable, low-emission alternatives to conventional diesel generators.

Why Methanol-based systems in these applications?

  • Liquid fuel logistics
  • Lower transport complexity vs hydrogen
  • Modular deployment
  • Reduced emissions
  • Compatibility with bio- or e-methanol
  • Carbon-neutral potential depending on feedstock

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