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Biochar X
KOH Activation Before Low-Temperature Pyrolysis Maximizes Sargassum Biochar CO2 Capture Capacity to 120.5 mg/g
Pre-Pyrolysis Potassium Hydroxide Activation of Sargassum Biochar Achieves 120.5 Milligrams per Gram Carbon Dioxide Capture Capacity
Nanobiochar Enhances Soil Nutrient Retention, Boosts Crop Yields by 18 Percent, and Cuts Heavy Metal Uptake by up to 95 Percent
Oxygen Nanobubble Loaded Biochar Reduces Rice Cadmium Uptake Up to 2.7 Fold and Lowers Bioavailable Soil Cadmium by 2.9 Fold
Feedstock Choice Drives Biochar Soil Carbon Priming by up to Ninety Percent
325-Mesh Biochar at 2% Dosage Boosts Hydraulic Lime Carbon Capture by 14.6% and Early Strength by 35.7%
Biochar Amendment Reduces Earthworm Avoidance by Twenty Eight Percent in Soil Contaminated with Copper and Glyphosate
Applying Low-Temperature Poultry Litter Biochar at Two Percent Optimizes Radish Root Architecture and Shoot Growth
Biochar Ameliorates Continuous Cropping Obstacles in Solanaceous Vegetables by Improving Rhizosphere Health and Adsorbing Allelochemicals
Traditional Chinese Medicine Residue Biochar Reaches Lead Adsorption Capabilities of 599.40 Milligrams Per Gram and Tetracycline Capacities of 930.3 Milligrams Per Gram
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