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  Wood Waste Nanocomposite Achieves 95 Percent Dye Removal Under Visible Light

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  Foliar Biochar Suspensions Enhance Crop Yields by up to 37 Percent and Chlorophyll Levels by 72 Percent Under Abiotic Stress

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  N-Doped Weigela Japonica-Based Porous Carbon Achieves Specific Surface Area of 2,916 m²/g and 99.9% Retention in Zinc-Ion Hybrid Capacitors

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  Advanced MXene-Biochar Hybrids Boost Visible Light Wastewater Remediation Efficiency

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  Engineered Biochar-Graphene Hybrid Paper Membranes Boost Thermal Energy Storage and Ventilation Conductivity by Ninety-Six Percent

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  Soil Amendment with Biochar at Ten Tonnes per Hectare Rescues Pea Crops from Severe Root Rot Severity

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  Malt Spent Rootlets Biochar Increases Bacterial Retention in Saturated Sand Filters from 17.8 Percent to 94.1 Percent

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  Biochar Addition Boosts Anammox Nitrogen Removal Efficiency Up to 34.6 Percent Through Extracellular Electron Transfer

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  KOH Activation Before Low-Temperature Pyrolysis Maximizes Sargassum Biochar CO2​ Capture Capacity to 120.5 mg/g

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  Adding Fifteen Tons of Cacao Shell Biochar per Hectare Boosts Maize Yields Over Several Growing Seasons in Degraded Indonesian Tropical Soil