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Concrete / Asphalt
Optimal Coconut Shell Biochar Modifier Enhances Asphalt Pavement Stability and Reduces Material Consumption by 4.2 Tons Per Kilometer
Optimal Biochar Dosage and Accelerated Carbonation Boosts Carbon Storage and Metal Stability in Sustainable Pavements
Sustainable Concrete Mix With Biochar Boosts Strength by 15% While Absorbing 1.2 Grams of Carbon Dioxide Daily
Human Waste to Green Building Material: Replacing Cement With 10% Faecal Sludge Biochar Boosts Long-Term Concrete Strength by 21%
Up to Ten Percent Sludge Biochar Substitution Boosts Concrete Strength and Traps Heavy Metals
Metal-Rich Acacia Biochar Cuts Volatile Organic Compound Emissions by 16.9 Percent in Modified Asphalt
Tannic Acid Green Activation of Tea-Stalk Biochar Reduces Asphalt VOC and Hydrogen Sulfide Fume Emissions by 64.2 and 93.1 Percent
Replacing Sixty Percent of Cement with Biochar Cuts Concrete Manufacturing Carbon Footprint by Over Fifty Eight Percent
Sugarcane Bagasse Biochar at One Percent Replacement Level Optimizes Sustainable High Strength Concrete Performance
Sustainable Concrete Blend Utilizing Local Waste Materials Lowers Manufacturing Carbon Emissions by Twenty Five Percent and Absorbs One Thousand Grams of Carbon Dioxide per Square Meter
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