swine manure

Modified Biochar Additives Reduce Ammonia Loss by Up to Twenty Eight Percent and Enhance Fertilizer Quality in Swine Manure Composting
Hazelnut Shell Biochar Yields 31.64 MJ/kg Energy Density, Outperforming Wood Pellets
Machine Learning Predicts Phosphorus Fate in Biowaste Hydrochar: XGBoost Model Achieves R2=1.0 for Inorganic Liquid Phosphorus
Inoculum Quality Outweighs Biochar: Enriched Inoculum Boosts Methane Yield by up to 38.7%
XGBoost Model Achieves 99% Predictive Accuracy for Phosphorus Recovery from Swine Manure
Enhancing Methane Production from Cellulosic Ethanol Waste with Biochar
Potassium Addition Enhances Phosphorus Availability in Biochar Derived from Swine Manure
Stabilizing Heavy Metals in Manure-Derived Biochar
BC-nZVI for Reducing Antibiotic and Metal Resistance During Composting
Enhancing Agricultural Sustainability with Biochar and Zeolite: A Study on Swine Manure