Creating The Circular Carbon Economy
A dedicated assessment tool has been developed to estimate biochar production potential based on a range of parameters, including the type of biomass and the different stages of pretreatment, conversion, and post-processing. By integrating these technical and logistical factors, the tool helps to evaluate the feasibility and efficiency of biochar production across diverse territories. Its main objective is to identify local biochar potentials according to available resources and infrastructure, and to compare this pathway with existing biomass valorization options. Ultimately, it supports strategic decision-making for sustainable resource management and territorial carbon optimization.
Select your Biomass
Quantity (per year)
Select your Pyrolyzer
• Continuous: Automated industrial reactor (~85–90% carbon retention, maximum syngas & thermal energy recovery).
• Industrial Batch: Large sealed retort kiln with emission control flaring (~80–85% carbon retention).
• Low-tech Batch: Flame-cap or traditional farm kiln (~70–75% carbon retention, minimal heat capture).
Comparison with Actual Pathway
• Burnt: Uncontrolled open burning (rapid CO₂ emission, ~10–15% residual soil carbon).
• Compost: Aerobic composting with natural organic decay (~20–25% carbon retained).
• Direct Return: Surface mulching or natural decomposition (~25–30% carbon retained).
Calculation Results
Biochar Produced (t)
% C Expected
Carbon Sequestered (t)
Energy Produced (kWh)
Actual Pathway Comparison Results
Comparison of carbon retained in the soil under your selected actual pathway versus permanent biochar sequestration.
Executive Results Summary
Ready to createGenerate an official document containing your feedstock inputs, biochar yields, and emissions comparison.