Keep the molecule in the value chain.
Configure conditioned syngas around industrial hydrogen, carbon monoxide or mixed-gas demand.
Assess my molecule requirementMolecule users need defined purity, pressure, volume and delivery conditions. A useful production route must meet those specifications consistently.
NZP considers gas cleaning, conditioning and separation around the customer’s requirement. Hydrogen separation and the hydrogen-to-CO ratio are engineered for the selected pathway.
Investigate local production alongside existing supply, with specification and offtake at the centre of the project.
Start with the material.
- Qualified carbon-bearing residuals
- Industrial waste blends
- Biogenic feedstock
Configure for demand.
- Industrial hydrogen
- Carbon monoxide
- Conditioned H₂ / CO-rich syngas
Establish the evidence.
- Product purity, pressure and impurity limits
- Continuous versus variable offtake
- Hydrogen recovery and conditioning requirements
- Lifecycle carbon assessment and electricity sourcing
From material to useful product.
Recycle first
Recover the materials that should be reused or recycled.
Qualify residuals
Understand composition, volume, moisture and contaminants.
Convert
A sealed, electrically driven high-temperature core creates raw syngas.
Clean & condition
Industrial modules prepare the gas for its intended application.
Configure outputs
Match practical energy and molecule pathways to local demand.
Outputs depend on qualified feedstock, gas conditioning and the selected downstream equipment.
Review the validation approachPut your requirement into focus.
Begin with the data you have. NZP will identify what is needed next.