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Fraction-resolved pyrolysis behavior, conversion-dependent kinetics, and predictive severity framework for engineered biochars from fig-processing residues
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DOI：10.1016/j.biombioe.2026.109556.png)
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Abstract
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• Fractionation was treated as a process-design variable for fig residues. • Fig skin consistently gave higher biochar yield under matched programmes. • Fig seed showed higher and more conversion-sensitive apparent barriers. • Seed chars showed stronger condensation; skin chars retained more O-groups. • Program 3 showed the lowest gate-to-gate burdens in screening LCA.
Keywords:
Fig-processing residues
Biochar
Pyrolysis
Isoconversional kinetics
Distributed activation energy model
Life-cycle assessment
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