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  Unconfined Compressive Strength of Clayey Soils Climbs Over One Hundred Percent with Dual-Action Biochar and Bacterial Treatment

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  Artificial Intelligence Boosts Removal Rates for Forever Chemicals by Ninety-Five Percent and Lowers Material Costs Eighteen-Fold Through Advanced Biochar Design

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  Enriching Sugarcane Bagasse Biochar with Essential Nutrients Increases Soil Porosity by Seventy Percent and Significantly Improves Water Retention in Laterite Soils

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  Transforming Hydrothermal Process Water into Liquid Fertilizer Boosts Crop Yields by up to Twenty-Nine Percent

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  Rice Husk Biochar Seed Coating at Twenty Percent Concentration Increases Ethiopian Rice Yields by Seventy-Eight Percent

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  Thiol-Modified Biochar Nanoparticles Reduce Mercury Bioavailability by Seventeen Percent in Amazonian Soils

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  Sugarcane Bagasse Biochar Achieves 98.94% Biodiesel Conversion and 78% Increase in Concrete Tensile Strength

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  Sludge Biochar Immobilized Microbiome Increases Lead Root Absorption by 56.9% and Zinc Transfer by 30%

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  Converting Cottonseed Waste into Biochar Catalyst Achieves 83.5% Biodiesel Yield and Energy Self-Sufficiency

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  Synergistic Modifiers Reduce Average Heavy Metal Leaching by Over 75% in High-Salinity Coal Waste Backfill