ANNOUNCEMENT: Frontier buyers sign USD $44.2M multi-year offtake with NULIFE for 122,000 tons of permanent carbon removal. Learn More
ANNOUNCEMENT: Frontier buyers sign USD $44.2M multi-year offtake with NULIFE for 122,000 tons of permanent carbon removal. Learn More
NULIFE converts underutilized biomass feedstocks into high-integrity carbon removals.
Verified CDRs are publicly listed in the Isometric registry. Supported by Canadian and global innovation and ecosystem partners.
Announcement: Dec 18, 2025
Selected by Frontier buyers for a multi-year offtake covering 122,000 tons of permanent carbon removal between 2026 and 2030.
Turning underutilized biomass feedstocks into permanent carbon removal.
Our modular HTL design is built to be deployed at additional sites near major feedstock sources, creating a growing network of facilities that deliver permanent carbon removal close to biomass supply.
For large generators of biomass residuals, this provides a better alternative to landfilling or land application, helping to reduce waste-management costs and preserve landfill capacity.
Our process is designed for real-world industrial conditions handling biomass feedstocks with variable moisture and composition, with rigorous monitoring, reporting, and verification (MRV).
Each tonne of CO₂ stored is independently verified by a third party auditor, giving buyers confidence in high-integrity, durable removals backed by transparent data and third-party oversight.
Alongside permanent carbon removal, NULIFE’s HTL process produces biocrude with preliminary carbon intensity of –14g CO₂e/MJ when upgraded to renewable diesel.
NULIFE’s bio-crude is derived from waste and residual biomass, not food crops, eliminating food-versus-fuel concerns.
Upgrading validation is underway, and future projects will explore how these pathways can support low-carbon fuels, including sustainable aviation fuel (SAF) at scale.
CO₂ stored securely underground for thousands of years.
Projects are independently validated, with credits verified by an auditor and issued through the Isometric registry.
Modular HTL units that replicate quickly, with low CapEx, across new sites.
Over 90% net-negative, removing far more CO₂ than it emits.
Designed to reach sub-$200/t CDR through modular, repeatable plants.
Why Canada is the right place for engineered CDR:
Increasingly low-carbon grid reduces upstream emissions from operations.
Reliable access to agricultural, industrial, forestry, and municipal biomass feedstocks.
Virtually unlimited long-term CO₂ storage potential in favourable geological formations.
Supportive regulation and public investment in clean technologies and carbon removal.