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  Affordable Waste-to-Resource Tech: Scaling Local Pyrolysis for Rural Progress

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  100-Fold Increase in Annual Carbon Capture Required to Limit Global Warming to 1.5 Degrees Celsius

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  Biochar Variants Achieve Up to Ninety-Nine Percent Extraction Efficiency for Microplastics while Combined Advanced Degradation Surpasses Ninety Percent Destruction Rates

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  Soil Management Trade-offs: Biochar Increases Sorghum Yield up to 35 Percent and Retains Soil Carbon while Nitrous Oxide Remains the Dominant Greenhouse Gas Emitter

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  Biochar Filter from Lotus Leaf Waste Safely Eliminates Ninety-Nine Percent of Toxic Beryllium from Mining Wastewater

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  Pyrolysis Temperature Dictates a Twenty-Eight Percent Increase or Fifty-Three Percent Reduction in Total Soil Denitrification

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  Computational Framework Achieves Optimal Dual-Function Biochar for Carbon Sequestration and Energy Storage

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  Populus Nigra Branch Biochar Reduces Soil Loss by Twenty-Four Percent and Minimizes Surface Runoff in Abandoned Rainfed Farmlands

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  Review Highlights How High-Temperature Biochar Processing Limits Hydrogen Storage Capacity to Below 1% and Reduces Concrete Workability by Up to 40%

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  Innovative Biochar Composite Successfully Suppresses Antibiotic Resistance Risks and Enhances Soil Ecosystem Safety in Less Fertile Soils