Factory-Built
Manufactured and tested before delivery to minimize onsite construction.
Introduce All the Plant Solutions
Hydrogen Plant Solutions
From compact pilot modules to multi-megawatt hydrogen plants, Graforce delivers scalable methane pyrolysis systems engineered for industrial decarbonization.
Introduce All the Plant Solutions
Modular Plant Systems
Unlike conventional hydrogen plants that require extensive on-site construction, Graforce's modular approach allows hydrogen production systems to be manufactured, assembled, and tested before delivery.
The standardized design reduces engineering complexity while allowing multiple modules to be combined into larger production facilities. Whether deployed as a compact demonstration unit or scaled into a multi-megawatt industrial installation, every module shares the same proven engineering principles, ensuring consistent performance, simplified maintenance, and lower project risk.
Plug & Play Deployment
Fast installation with reduced commissioning time.
Scalable Architecture
Expand hydrogen production simply by adding standardized modules.
Industrial Integration
Designed to connect with existing gas, electrical, and utility infrastructure.
Engineered for Industrial Deployment
Standardized Engineering
Every module follows a proven engineering design to reduce customization and simplify project execution.
Flexible Configuration
Modules can be deployed individually or combined into larger hydrogen production facilities based on project requirements.
Scalable Architecture
Systems are assembled and tested before shipment, reducing installation risks and commissioning.
Future Expansion
The modular architecture supports phased capacity growth without redesigning the complete plant.
Standard Production Module
Inside the 0.5 MW Hydrogen Module
At the core of the 0.5 MW Module is Graforce's proprietary plasma reactor, where methane or biomethane is split into hydrogen and solid carbon without direct CO₂ emissions from the conversion process. The core combines high-temperature plasma technology with integrated gas treatment, process controls, and industrial safety systems to deliver continuous and reliable hydrogen production.
Designed as a standardized building block, the module is factory-tested before delivery and can operate independently or as part of larger multi-megawatt hydrogen production facilities.
Standardized Plant Package
Complete hydrogen production solution delivered as a factory-integrated system.
Modular Installation
Designed for rapid deployment with minimal onsite assembly.
Industrial Utilities
Ready for integration with existing gas, power, cooling, and control infrastructure.
Future Expansion
Multiple modules can be combined to increase production capacity without redesigning the complete facility.
Technical Specifications
0.5 MWCapacity
ContainerizedConfiguration
BiomethaneFeedstock
Factory IntegratedDeployment
Industrial Scale Solution
Scale from 0.5 MW to 20 MW Hydrogen Production
Large-scale hydrogen projects demand flexibility without increasing engineering complexity. Graforce's modular approach eliminates the need to redesign an entirely new plant for every capacity increase. Instead, additional standardized production modules are integrated into the same plant architecture, enabling hydrogen production to scale according to industrial demand.
The 20 MW plant concept builds upon proven 0.5 MW production units, creating repeatable and efficient hydrogen facilities suitable for industries seeking reliable low-carbon hydrogen production.
Modular Expansion
Increase hydrogen production by adding standardized 0.5 MW modules instead of redesigning the complete plant.
Repeatable Engineering
Every module follows the same engineering architecture, reducing project complexity and simplifying procurement.
Industrial Integration
Designed for seamless connection with existing gas supply, electrical systems, cooling infrastructure, and plant utilities.
Future-Ready Capacity
Expand hydrogen production incrementally as operational demand grows while maintaining a consistent plant configuration.
Project Delivery
From Feasibility to Operation
Engineering, manufacturing, installation, and commissioning are delivered through a standardized project workflow designed for industrial hydrogen facilities.
Engineering Integration
Inside the Production Module
Factory-integrated process equipment assembled and tested for reliable industrial hydrogen production.
→ Factory IntegratedComplete process equipment assembled before delivery.→ Industrial ComponentsDesigned using industrial-grade equipment for continuous operation.→ Service AccessEquipment layout supports inspection and maintenance.→ Standard InterfacesPrepared for connection to existing plant infrastructure.Explore the Technology →
Ready for Industrial Deployment
Built for Real Industrial Applications
Designed for deployment across industrial facilities requiring reliable low-carbon hydrogen production.
Chemical Industry
Hydrogen for industrial feedstocks and process applications.
Energy & Utilities
Renewable methane produced from organic waste and agricultural residues.
Steel, Lime & Cement
Support industrial decarbonization through hydrogen integration.
Biogas Facilities
Convert biomethane into hydrogen and solid carbon.
Ready to Build Your Hydrogen Plant?
Whether you're planning a pilot hydrogen project or a multi-megawatt industrial deployment, Graforce's engineering team can help evaluate your feedstock, production targets, and integration requirements.