The Future of Energy
Zero-Emission
Hydrogen
Framework
Our innovative five-stage framework transforms biogenic methane from dairy farms into high-purity turquoise hydrogen and solid carbon, creating a truly circular, carbon-negative economy for New Zealand.
The Five-Stage Zero-Emission Framework
[ 01 ]
Biogenic Methane Capture
Capturing raw agricultural methane from local dairy farms to prevent direct atmosphere release.
[ 02 ]
Methane Pyrolysis
Utilizing high-temperature heat from renewable energy to split methane into hydrogen and solid carbon.
[ 03 ]
Clean Energy Generation
Producing turquoise hydrogen to power FCEVs and heavy industrial transport with zero emissions.
[ 04 ]
Material Valorization
Sequestering carbon in solid form for use in advanced manufacturing, tires, and infrastructure.
[ 05 ]
Circular Bio-Fertilizer
Returning organic nutrient-rich byproducts to farmers as bio-fertilizer, closing the ecological loop.
The 5-Stage Zero-Emission Framework
Our proprietary process integrates renewable solar power with advanced methane capture to drive a fully circular industrial loop. By utilizing biogenic methane from New Zealand's dairy sector, we achieve a negative carbon footprint while producing high-purity hydrogen and solid carbon black. Each stage is strictly monitored for maximum resource efficiency and emission elimination.
- Energy Efficiency: 94% Process Recovery
- Methane Destruction: 99.9% Capture Rate
- Hydrogen Purity: 99.999% Industrial Grade
- Solid Carbon: 100% Biogenic Origin
Environmental Impact
The Five-Stage Framework Results
140k
Tons CO2 Saved Annually
Through biogenic methane capture and turquoise hydrogen production across the Waikato region.
1,000
TPA Turquoise Hydrogen
Delivering high-purity clean energy to decarbonize New Zealand's heavy transport and industry.
-100%
Carbon Negative
The project achieves a 100% carbon-negative status by removing approximately 3.5 tonnes of CO2-equivalent for every 1 tonne of Hydrogen produced.
Fig 1.1: Automated Dairy Methane Capture & Prolysis Integration Flow