Our technology
Physical infrastructure, engineered to return carbon to the Earth.
We collect responsibly sourced waste biomass and convert it through controlled pyrolysis into stable, carbon-rich biochar — along with renewable heat, energy and valuable coproducts.
Controlled conversion
Interrupting the cycle that returns carbon to the air.
When biomass burns or decomposes, most of its captured carbon escapes back to the atmosphere. Controlled pyrolysis converts a significant portion into stable carbon that can remain stored for centuries when applied responsibly. Sensors across the entire system generate a continuous flow of data that our intelligence platform learns from.
Our operating model
From local biomass to global climate intelligence.
1
Map & understand
Satellite imagery, public datasets, field surveys and local knowledge identify sustainable biomass resources and ecological constraints.
2
Source responsibly
Suppliers registered, feedstocks screened and alternative uses documented — without driving deforestation or food competition.
3
Transform efficiently
Controlled conversion systems and real-time process data maximise stable carbon, energy efficiency and product quality.
4
Store durably
Each biochar batch matched with suitable soils, construction materials or other traceable, long-lived applications.
5
Measure transparently
Net removal quantified through lifecycle analysis, digital MRV, conservative assumptions and independent verification.
6
Learn continuously
AI and machine learning turn operational and field data into better decisions and improved future performance.
7
Create multiple products
Value generated from carbon removals, biochar products, renewable energy and useful coproducts.
8
Replicate at scale
Modular facilities and a shared intelligence platform deployed across diverse biomass-producing regions.
Build with us
Modular. Repeatable. Financeable.
Our facilities are designed for replication wherever sustainable biomass resources exist — each one a local circular-economy hub.