Residue input
Responsible biomass residues are selected and prepared for stable conversion.
Technology platform
Soler technology, proven through real production.
A controlled pyrolysis platform converting biomass residues into specification-led biocarbon, supported by more than a decade of operating data.
How the platform works
An integrated platform for controlled biocarbon production.
Product performance is created across the full chain: feedstock preparation, conversion control, cooling, handling, testing and logistics. Each stage has to work as a system.
Controlled pyrolysis
Temperature, residence time and oxygen exclusion drive product consistency.
Carbon product
Finished biocarbon is tested, documented and aligned to customer needs.
Soler production performance
Consistent, high quality growth.
Soler's operating record shows a clear multi-year scale-up profile, with cumulative production continuing to rise while annual additions demonstrate the platform's industrial operating momentum.
Soler Production Data
Process discipline
Production technology designed around consistency.
The Soler platform is built around operational control: prepared feedstock, stable conversion, safe handling and product testing. The outcome is not generic carbon material, but a repeatable pathway toward qualified biocarbon products.
Feedstock control
Material preparation supports conversion stability.
Conversion discipline
Pyrolysis conditions are managed around product outcomes.
Quality documentation
Testing links production to customer qualification requirements.
Platform advantage
Technology that supports industrial confidence.
Soler combines operating experience, controlled conversion and product qualification into a platform designed for practical industrial supply.
Real operating data
A production record that supports customer, partner and investor diligence.
Specification-led mindset
Technology decisions are connected to target product requirements and end-use performance.
Repeatable deployment
A platform structure that can support future sites and larger supply pathways.
