Thermochemical
Conversion
Our containerized torrefaction and pyrolysis units are engineered for rapid deployment directly at feedstock sources — eliminating the cost and emissions of long-haul biomass transport. Each unit is plug-and-play, remotely monitored, and built to operate in remote forestry environments year-round.
Containerized Footprint
Standard shipping-container form factor for road, rail, and barge transport — operational within days of site arrival.
On-Site Processing
Deployed adjacent to wildfire salvage zones and feedstock silos, minimizing trucking distances and logistics overhead.
Autonomous Operation
Real-time telemetry, remote diagnostics, and automated process control reduce on-site staffing requirements.
Cluster-Ready Design
Units scale linearly — deploy one for pilot projects or stack dozens to form a high-throughput processing cluster.
THREE-STAGE TECHNOLOGY STACK
Advanced Biomass Conversion
Our modular approach converts heterogeneous wildfire fibre into uniform, high-value products
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Stage 1: Torrefaction
Torrefaction is a thermochemical process that converts biomass into a high-energy-density solid fuel by heating it in an oxygen-limited environment at 200-300°C.
Benefits
- Hydrophobic — resistant to moisture reabsorption
- Improved grindability for downstream processing
- Higher bulk density reduces transport costs
- Enhanced pelletability for fuel applications
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Stage 2: Pyrolysis
Pyrolysis thermally decomposes biomass in the absence of oxygen, producing biochar, Liguified Natural Gas (LNG), and syngas — creating multiple revenue streams including high-value carbon removal credits.
Carbon Credit Eligibility: Puro.earth, Verra VM0044, EBC Certified
- Puro.earth
- Verra VM0044
- EBC Certified
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Stage 3: Gasification → LNG
Gasification converts biomass into syngas (primarily H2 and CO), which can be further processed into pure LNG — a strategic pathway aligned with BC's Hydrogen Strategy.
Applications
- Mobility
- Industrial decarbonization
- Power generation
- LNG blending
Decarbonizing Global LNG
Our syngas and biomethane integrate directly with the energy-intensive LNG production process. We act as a bridge — turning fire-hazard wood waste into a sustainable fuel source for the global LNG market.
Biomass-to-LNG Conversion Pathway
Our gasification pathway produces syngas that can be upgraded to biomethane and liquefied into bio-LNG — a drop-in replacement for fossil LNG in marine shipping and heavy transport.
Gasification
Torrefied biomass converted to syngas (H2 + CO) at 800-1200°C
Methanation
Syngas catalytically converted to biomethane (CH₄) via Sabatier process
Liquefaction
Biomethane cooled to -162°C to produce bio-LNG for marine & transport
Certification-Ready
Our process flow and emissions profiles are mapped directly to EU, ISO, and CSA certification pathways including ENplus, EBC, and Puro — ensuring market access from day one.
Building a Carbon-Negative Future
Our vision is to deploy 100+ torrefaction clusters across Canada, converting millions of tonnes of wildfire waste into clean energy while generating permanent carbon removal credits and shared prosperity with First Nations communities.