Organic Residues
Slurry, digestate water, chicken manure, and biogas.
SOLUTIONS / AGRICULTURE
Transforming Agricultural Waste into Clean Energy
Produce low-carbon hydrogen, nitrogen, solid carbon, and purified water from slurry, digestate water, chicken manure, and biogas using Graforce's plasmalysis technology.
INDUSTRY OVERVIEW
Unlocking the Energy Potential of Agricultural Residues
Agricultural by-products such as slurry, digestate water, chicken manure, and biogas contain significant energy potential. Graforce's plasmalysis technology converts these organic residual materials into hydrogen, nitrogen, and valuable by-products while supporting cleaner agricultural operations.
Hydrogen Production
Hydrogen from organic waste with <20 kWh/kg H₂.
Nitrogen Recovery
Production of industrial-grade nitrogen.
Purified Water
Clean water remains after the treatment process.
GRAFORCE SOLUTION
From Agricultural Waste to Valuable Resource
The process combines organic waste collection, plasmalysis, hydrogen production, nitrogen recovery, and water purification in one circular system.
Process Diagram
Organic Waste Collection
Collect slurry, digestate water, manure, and biogas.
Plasmalysis Process
Dissociate organic feedstocks in a plasma reactor.
Hydrogen Production
Recover hydrogen and useful co-products.
Nitrogen Recovery
Produce industrial-grade nitrogen.
Water Purification
Return purified water to the agricultural cycle.
BIOMETHANE PLASMALYSIS
Converting Biomethane into Hydrogen and Solid Carbon
When biomethane is used as the feedstock, methane is separated into hydrogen and solid carbon without process-related CO₂ emissions. This provides an alternative to carbon capture and storage while enabling negative carbon intensity when renewable biomethane is used.
<10 kWh/kg H₂Hydrogen from biomethane
Solid CarbonValuable industrial co-product
CO₂ RemovalValuable industrial co-product
RenewableBiomethane-based production
APPLICATIONS
Supporting Sustainable Agriculture
Heat & Power
Hydrogen for CO₂-free heat and electricity generation.
Agricultural Vehicles
Fuel for hydrogen and HCNG-powered vehicles.
Industrial Gases
Nitrogen for industrial applications.
New Revenue Streams
Sale of hydrogen, industrial gases, and synthetic fuels.
ENVIRONMENTAL BENEFIT
Closing the Agricultural Carbon Cycle
Groundwater Protection
Recycling slurry reduces nitrogen loads in groundwater.
Circular Economy
Transforms agricultural waste into valuable products.
Sustainable Farming
Supports cleaner and more resource-efficient agricultural operations.
FAQ
Frequently asked questions
What agricultural feedstocks can be processed?+
Slurry, digestate water, chicken manure, biogas, and other suitable organic residual streams can be evaluated.
How is hydrogen produced from agricultural waste?+
Organic feedstocks are prepared and dissociated through high-temperature plasmalysis to recover hydrogen and valuable co-products.
What by-products are generated?+
Depending on the feedstock, the process can produce nitrogen, purified water, solid carbon, and recoverable heat.
Can biomethane achieve negative carbon intensity?+
Yes, renewable biomethane and permanent carbon binding can enable a negative carbon intensity pathway.
Project Inquiry
Does Our Technology Fit Your Application?
Ready to Transform Agricultural Waste into Clean Energy?
Discover how Graforce's plasmalysis technology converts agricultural residues into low-carbon hydrogen, industrial gases, and valuable by-products while supporting sustainable farming and circular resource management.