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wastewater treatment
LDO Composites Outperform LDH for Dye Removal, Achieving Adsorption Capacities up to 4841 mg/g
A New Substrate Reduces Nitrous Oxide Emissions by 85.45% in Wastewater Treatment
Optimized Biochar from Tea Waste Achieves 82.66% Pollutant Removal, With RNN Model Predicting Performance at an R2 of 0.960
Biochar Catalyst Boosts Wastewater Treatment: 88% ACTM Degradation in Continuous Flow
Engineered Biochar Achieves a 189.90 mg/g Phosphorus Adsorption Capacity and Boosts Bok Choy Dry Weight by 131.58%
Reclaiming Our Soils: Turning Biosolids into Carbon Fertilizer, Boosting Yields by 30% and Eliminating PFAS
MSBC 900 Biochar Achieves 48.33 mg/g Tetracycline Adsorption and Retains Over 90% Efficiency After 5 Cycles
Sustainable Wastewater Treatment: Biochar’s 1341 mg/g Adsorption Capacity and Economic Viability
Trends in Tetracycline Adsorption Research: 567 Articles Show Rapid Growth, Led by China, USA, and India, with Biochar and MOFs Trending
Biochar Breakthrough: Nitrogen Doping Boosts Methylene Blue Adsorption to 496.53 mg/g, Outperforming Magnesium Doping 10-Fold”
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