Low-Carbon Hydrogen
Efficient hydrogen production for modern energy systems.
SOLUTIONS / ENERGY MANAGEMENT
Optimizing Energy Systems with Plasmalysis
Produce CO₂-free hydrogen, solid carbon, and recoverable process heat while improving energy efficiency through Graforce's modular Methane-Plasmalyzer® systems.
INDUSTRY OVERVIEW
Efficient Hydrogen Production for Modern Energy Systems
Graforce's Methane-Plasmalyzer® enables energy providers to generate low-carbon hydrogen using natural gas, biomethane, or digestate while simultaneously recovering valuable process heat and solid carbon. The modular technology supports cleaner and more efficient energy systems.
Process Heat
Heat can be reused within industrial energy infrastructure.
Solid Carbon
A valuable co-product for industrial applications.
Modular Systems
Scalable systems for utilities and industrial facilities.
GRAFORCE SOLUTION
Integrated Energy Conversion
Methane is converted into hydrogen and solid carbon through high-temperature plasmalysis. The produced hydrogen can be used for combined heat and power (CHP) systems, industrial energy supply, and renewable hydrogen applications, while recoverable process heat increases overall plant efficiency.
ENERGY RECOVERY
Recovering Valuable Process Heat
Recoverable industrial-grade heat generated during plasmalysis can be reused directly within existing energy infrastructure. Together with hydrogen production, this supports CHP plants, industrial utilities, and renewable energy systems, improving overall energy efficiency while reducing additional fuel demand.
Industrial Heat Recovery
Recover process heat for industrial operations.
Combined Heat & Power
Hydrogen supports efficient CHP generation.
Renewable Energy Integration
Compatible with biomethane and renewable electricity.
WHY GRAFORCE
Built for Efficient Energy Management
High Energy Efficiency
Optimized hydrogen production with integrated heat recovery.
Flexible Feedstocks
Compatible with natural gas, biomethane, and digestate.
Modular Systems
Scalable solutions from pilot to industrial deployment.
Lower Infrastructure Costs
Designed for cost-effective integration into existing energy systems.
FAQ
Frequently asked questions
How is hydrogen produced?
Methane or biomethane is dissociated in a high-temperature plasma reactor into hydrogen and solid carbon.
How is process heat recovered?
High-temperature heat generated during plasmalysis is captured and reused directly within existing energy infrastructure.
Which feedstocks are supported?
Natural gas, biomethane, and suitable digestate-based feedstocks can be evaluated.
Can existing energy infrastructure be used?
Yes. Modular systems are designed to integrate with existing utilities, CHP plants, and industrial facilities.
Project Inquiry
Does Our Technology Fit Your Application?
Ready to Improve Your Energy System?
Discover how Graforce's Methane-Plasmalyzer® delivers low-carbon hydrogen, recoverable process heat, and valuable carbon co-products for efficient industrial energy management.