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  Engineered Biochar Materials Excel in Extracting Toxic Uranium with Adsorption Capacities Up to 2507 Milligrams Per Gram

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  Designing Our Carbon Future. From Soil To Advanced Materials

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  Modified Biochar Eliminates Over Eighty Percent of Toxic Perfluorooctane Sulfonate from Water

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  Sun Yat-Sen University Develops Machine Learning Model to Predict Biochar Effects on Soil Phosphorus Dynamics

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  Combining Iron Manganese Biochar with Strategic Irrigation Minimizes Grain Cadmium to 0.05 Milligrams and Methylmercury to 6.89 Micrograms

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  Accelerating Climate Action through Megaton and Gigaton Scale Carbon Storage

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  Global Biochar Production Reaches 365,000 Tons to Drive Massive Atmospheric Carbon Sequestration

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  Biomass Valorization and Advanced Functionalization Create High-Capacity Biochar Composite Matrixes for Wastewater Engineering

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  Clay and Mineral Modifications Catalyze Structural and Chemical Transformations in Biochar

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  Copper-Infused Biochar Achieves Over Ninety-Nine Percent Pollutant Removal and Boosts Green Syngas Yields to Ninety-Four Percent