Hydrogen applications

Hydrogen where you need it.

Hydrogen supply can be difficult to establish where infrastructure is limited or demand is growing. AMMDrive™ Hydrogen Generators convert ammonia into hydrogen or hydrogen-rich fuel, offering an alternative supply pathway for refueling, industrial applications and large-scale hydrogen production.

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Project fit

Find the right approach for your hydrogen needs.

From supplying a refueling station to supporting industrial processes or producing hydrogen at scale, each application brings different requirements for capacity, fuel quality, infrastructure and integration.

Hydrogen refueling

Generate hydrogen closer to where it is needed for refueling infrastructure, using ammonia as a transportable hydrogen carrier. Hydrogen purity, compression, storage and dispensing requirements shape the complete solution.

Industrial hydrogen & heat

Supply hydrogen or hydrogen-rich fuel for compatible industrial processes and thermal applications, where output specifications, operating conditions and integration with existing equipment matter.

Large-scale ammonia cracking

Convert ammonia into hydrogen at larger capacities to support industrial hydrogen supply and distribution. Production requirements, ammonia logistics, downstream processing and infrastructure integration shape the project.

Technical readiness

Assess your hydrogen supply requirements.

Start with how much hydrogen you need, how it will be used and what infrastructure is required to turn ammonia into a suitable supply for your application.

  1. Hydrogen demand

    What hydrogen production capacity does your application require, and how will demand vary over time?

  2. Hydrogen quality

    Does your application require high-purity hydrogen or hydrogen-rich fuel? What composition, pressure and delivery conditions must be met?

  3. Downstream integration

    How will the hydrogen connect to your existing processes, equipment or distribution infrastructure? What additional purification, conditioning or compression may be required?

  4. Production scale and distribution

    Will hydrogen be consumed at the production site or supplied to other users? What storage, processing and distribution infrastructure will be needed?

  5. Ammonia supply

    How will ammonia be sourced, delivered, stored and supplied to the reformer?

  6. Site infrastructure

    What footprint, utilities, access and supporting infrastructure are available for the system and associated equipment?

  7. Installation and safety

    What site preparation, permitting, safety and regulatory requirements need to be addressed?

  8. Operation and maintenance

    What operating schedule, maintenance arrangements and technical support will your application require?

Frequently Asked Questions

Why use ammonia as a hydrogen carrier?

Ammonia can be transported and stored using established industrial infrastructure, then converted into hydrogen closer to where it is needed. This may offer an alternative to transporting hydrogen directly, depending on the application, supply chain and project economics.

Can AMMDrive™ Hydrogen Generators produce hydrogen for refueling applications?

Ammonia reforming can provide a hydrogen generation pathway for refueling infrastructure. However, refueling applications require specific hydrogen purity, pressure and delivery conditions. Additional purification, compression, storage and dispensing equipment may be necessary.

What is included in an AMMDrive™ Hydrogen Generator?

AMMDrive™ Hydrogen Generators convert ammonia into hydrogen or hydrogen-rich fuel. A complete project may also require ammonia storage and handling, hydrogen purification or conditioning, compression, downstream equipment and site integration. The scope depends on the application and system configuration.

Can ammonia reforming support large-scale hydrogen production?

Ammonia reforming can be considered for larger hydrogen production projects. Feasibility depends on the required capacity, hydrogen specifications, ammonia supply, downstream processing and integration requirements. The appropriate system configuration and project scale need to be evaluated with the Amogy team.

What information should I provide to start a project discussion?

Share your intended application, hydrogen output and quality requirements, operating profile, site location, available infrastructure, ammonia supply and project timeline.

Let’s discuss your hydrogen supply needs.

Tell us how much hydrogen you need, where it will be used and what your project requires. Our team can help evaluate whether ammonia reforming is a suitable approach for your application.

Discuss your project