Keywordsbiochar; biomass; soil fertiliser; olive; hazelnut; chloropicrin; biochar; pyrolysis temperature; adsorption; degradation; biochar; methyl isothiocyanate (MITC); dazomet; degradation; adsorption; charcoal; slurry; diesel; biomass; biofuel; biochar; biochar; furfural; furfuryl alcohol (FA); hydrogenation; maple; platinum catalyst; pyrolysis; auger reactor; engineered biochar; forest residues; agricultural biomass; response surface methodology; biomass gasification; bubbling fluidized bed; biomass mixtures; torrefaction; syngas; air–steam oxidation; char reuse; biochar; biomass; higher heating value (HHV); proximate analysis; renewable energy; biochar; biomass properties; microwave applications; dielectric properties; bioenergy; combustion; image processing; renewable; volume measurement; wood pellet; biomass; olive pomace; charcoal; thermal plasma; gasification; synthesis gas; biomass; pyrolysis; entrained flow reactor; char characterization; biochar; pyrolysis temperature; apple tree branch; physicochemical properties; structural; green precursor; waste cotton; phenolic resin; anionic dye; adsorption; activated carbon; NO2 adsorption; ambient temperature; low NO2 concentrations; textural properties-surface chemistry characterization; n/a
