Sustainable biomass (forestry waste).
This is the expanded view of tooltip for #1. That carbon needs to be stored somewhere, and Canada has world-class options. It can be permanently stored deep underground in
Dig a specially engineered underground pit.
This is the expanded view of tooltip for #2
Burial of biomass in the pit.
This is the expanded view of tooltip for #3
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How does Biomass Burial work?
Trees, plants, and crops naturally remove CO2 from the atmosphere as they grow. However, normally, when they decompose, all that stored carbon is released back into the atmosphere. Biomass burial technologies can interrupt that cycle and lock the carbon away in specially designed underground storage sites.
By controlling the environment where the biomass is stored, using low-oxygen conditions created by layering clay and other material, we can keep the carbon locked away for extended periods. The sites are engineered to prevent decomposition, with monitoring systems to ensure the carbon remains sequestered for hundreds to thousands of years. This effectively removes CO2 from the atmosphere permanently.
This technology transforms Canada’s abundant forestry and agricultural waste into a profitable carbon removal industry. It creates new revenue streams for farmers and forest companies while reducing wildfire risks by providing an economic alternative to leaving biomass as dangerous fuel in forests and fields.
Co-Benefits from Biomass Burial
Wildfire Risk Reduction
Biomass burial removes forest waste that would otherwise fuel wildfires, reducing fire risk and protecting communities.
Prevents Methane Release
Biomass burial prevents the creation of methane—a greenhouse gas 28 times more potent than CO2—that would otherwise be released when organic materials decompose or are sent to landfills.
Rural Community Job Creation
Biomass burial’s flexibility in site location makes it ideal for rural economic development, creating jobs in communities across Canada.
Industries Supported
Agriculture
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Forestry
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Project snapshot
Red Cedar
Robson Valley, BC
Graphyte compresses forestry residue into dense blocks, wraps them in a protective barrier, and buries them underground where the carbon stays locked away for centuries. The Robson Valley project is planned to open with 60,000 tonnes of initial annual capacity.
First Nation BC
Burns Lake, BC
TimberTurn buries waste wood from wildfire fuel-thinning work, reducing wildfire risk while keeping the carbon it holds out of the atmosphere. Built on a revenue-sharing partnership with local First Nations, the project is scaling toward 100,000 tonnes of annual capacity.
Mast Reforestation
Reforestation partnerships in BC
Mast buries wildfire-killed trees so they can’t decompose and release their stored carbon, delivering some of the first verified biomass burial credits in North America. In Canada, the company partners with the Tŝideldel and Tl’etinqox First Nations in British Columbia on post-wildfire reforestation.
