Hydrogen systems, engineered from storage to operation.
Hydrogen storage, regulation, fuel-cell integration and marine installation designed as a complete system.
Engineered for the real installation.
Containerised hydrogen storage
Designed as part of a complete system rather than treated as a stand-alone component.
Pressure regulation and safety systems
Designed as part of a complete system rather than treated as a stand-alone component.
Fuel-cell integration
Designed as part of a complete system rather than treated as a stand-alone component.
Marine piping and control interfaces
Designed as part of a complete system rather than treated as a stand-alone component.
Hybrid and hydrogen-electric architectures
Designed as part of a complete system rather than treated as a stand-alone component.
Designed with certification and installation requirements in mind
Designed as part of a complete system rather than treated as a stand-alone component.
Store and handle hydrogen as part of the operating system.
We engineer hydrogen storage around the vessel or site requirement, including containerised solutions, regulation, valves, safety systems and the interfaces needed to deliver fuel to the next stage.
From tank to fuel cell.
Hydrogen is not a fuel-system component that can simply be bolted onto a vessel.
Storage, pressure management, piping, ventilation, controls, fuel-cell integration and safety all have to work together.
A route beyond the vessel.
For larger operations, hydrogen can form part of an integrated energy and refuelling infrastructure.
We can work across storage, delivery, control and vessel interfaces to establish a practical route to deployment.
Let's see where it fits.
Tell us about the vessel or application and we can establish the right engineering route, including the technology, interfaces and installation requirements.
Start a project →Requirement → Architecture → Integration → Working system
The equipment matters. The engineering around it matters more.