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  Clay and Mineral Modifications Catalyze Structural and Chemical Transformations in Biochar

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  Volumetric Dielectric Heating Alters Structural Evolution to Expand Biochar Specific Surface Area Past Eight Hundred Square Meters Per Gram

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  Internal Feedstock Moisture Content Adjusts Chemical Activation Barriers to Maximize Carbon Yields During Lignocellulosic Pyrolysis

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  Biomass Initial Water Content Shifts Pyrolysis Mechanisms and Alters Biochar Yield

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  Sugarcane Bagasse Biochar Produced at Three Hundred Degrees Celsius Significantly Enhances Tomato Plant Growth and Reduces Damage Caused by Root-Knot Nematodes

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  Large Language Models Outperform Traditional Machine Learning with Sixteen Percent Higher Accuracy in Predicting Biochar Properties

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  Biomass Chemical Looping Pathways Attain Negative Carbon Balance of up to 0.90 Tons of Carbon Dioxide Equivalent per Ton of Green Methanol

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  Predicting Biochar Yield: Advanced Computer Models Offer New Insights for Sustainable Biomass Use

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  Warming Boosts Soil Carbon Dioxide Emissions by 77 Percent on Average in Biochar-Amended Soils

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  Biochar Carbon Credit Prices Increase by 0.14% for Each 1% Increase in Associated Sustainable Development Goal Claims