Turning Plastic Waste Into Fuel: Hydrogen Boosts Diesel Engine Performance
Researchers optimized a diesel-waste plastic oil blend enriched with hydrogen across varying compression ratios, finding that efficiency and CO2 gains ...
Researchers optimized a diesel-waste plastic oil blend enriched with hydrogen across varying compression ratios, finding that efficiency and CO2 gains ...
A three-year Kentucky field trial shows pine sawdust biochar left a fertile silt loam largely unchanged, raising only labile carbon ...
Researchers have built the first systematic dataset on how regenerated cellulose II fibers carbonize, confirming classic two-pathway pyrolysis models and ...
Polish researchers show that pyrolysis temperature tunes chicken manure and onion peel biochars for CO2 capture through two distinct mechanisms.
An interpretable machine-learning study quantifies how iron loading in biochar improves heavy-metal removal while steadily eroding CO₂ capture capacity, mapping ...
A new review warns that sewage sludge fertilizers carry heavy metals, pathogens, pharmaceuticals, and microplastics, arguing that safe agricultural reuse ...
A new review shows that biochar-based hybrid nanocomposites can transform agricultural waste into highly sensitive, low-cost electrochemical sensors for detecting ...
A comprehensive review of 26 years of research finds that biochar reliably stores carbon and cuts nitrous oxide emissions in ...
An optimized gradient boosting model predicts biochar cation exchange capacity with high accuracy from biomass composition and pyrolysis conditions, validated ...
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© 2026 Scienmag - Science Magazine