
Biochar is a charcoal produced from biomass that has the potential to remove CO2e from the atmosphere (through the growth of biomass) and stably store it (in the form of charcoal). Biochar is still in the early development phase as a carbon dioxide removal (CDR) technology for widespread deployment.
Biochar is a charcoal produced from biomass that has the potential to remove CO2e from the atmosphere (through the growth of biomass) and stably store it (in the form of charcoal). Biochar is still in the early development phase as a carbon dioxide removal (CDR) technology for widespread deployment.
Early research adopting a 50-year time timeframe has corroborated the potential of biochar to scale up globally to deliver several billion tons of CO2e mitigation.
Biochar is produced from organic matter through pyroylsis, a heating process that removes residues and leaves behind just the carbon-content of the biomass (carbonization) in the form of charcoal. The soil enhancing properties of biochar could support commercialization for agricultural use to enhance crop productivity.
Further research and deployment support are needed for biochar to scale up to deliver significant CO2e mitigation on the order of a billion tons by 2020. The ability to scale up biochar within this timeframe is not well understood; although early research has established biochar’s potential to scale up to remove several billion tons of CO2e per year by 2054.
Further research and deployment support are needed for biochar to scale up to deliver significant CO2e mitigation on the order of a billion tons by 2020. The ability to scale up biochar within this timeframe is not well understood; although early research has established biochar’s potential to scale up to remove several billion tons of CO2e per year by 2054.
A market-based scale up of biochar would leverage the cobenefits of biochar as a soil enhancer, including improved water and fertilization retention in soils. This can potentially boost crop productivity, reduce operations costs, and reduce pollution by limiting fertilizer application and runoff. Biochar is in a very early stage, and market-based scale up will require commercialization support in four areas:
An important near-term goal is to attain recognition for biochar as a potential mitigation technology in UNFCCC and national policy documents that will support both public and private investment.
Market-based Approaches
Biochar is one of the few carbon management approaches that has a viable business strategy even without an active carbon market. Biochar’s soil enhancing properties that include increased soil fertility and improved water and fertilizer retention could support a commercialization strategy around agricultural use to increase land productivity.
A successful biochar market will require significant initial policy support. Government funding for additional research and development is still needed regarding application of biochar to different soil types, as well as deployment support. Official recognition at the international and national policy level of biochar as a viable mitigation technology is important for procuring research support as well as signaling to investors that there is regulatory acceptance for biochar and the potential to take advantage of future carbon markets. As with all carbon mitigation technologies, biochar adoption would be accelerated significantly by a carbon tax.
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