Sweet Flag Biochar Supercharges Persulfate to Destroy Antibiotic Pollution in Water
Researchers converted sweet flag biomass into a manganese and nitrogen co-doped biochar that activates persulfate to degrade over 93 percent ...
Researchers converted sweet flag biomass into a manganese and nitrogen co-doped biochar that activates persulfate to degrade over 93 percent ...
A new study of 46 groundwater samples from Lakshmipur District, Bangladesh, reveals widespread seasonal contamination by salinity, arsenic, iron, and ...
A new DFT study shows that decorating nitrogen and Group 13 co-doped graphene with titanium dramatically strengthens naphthalene adsorption and ...
The first comprehensive review of PFAS in Vietnamese aquatic organisms finds widespread but comparatively low-level contamination and a major regulatory ...
Three lead-tolerant Gram-positive bacteria persistently found downstream of a West Bengal tannery complex can remove up to 58.4 percent of ...
A 21-day laboratory study shows the freshwater snail Radix plicatula accumulates arsenic predictably, exhibits staggered antioxidant enzyme responses, and can ...
New research reveals that silver nanoparticles and β-lactam antibiotics act synergistically to damage the freshwater alga Chlorella vulgaris more severely ...
Researchers combined statistics, machine learning, and GIS to predict water quality in Dhaka's heavily polluted Turag River with over 90 ...
A new study of Algeria's Boumerzoug River finds fecal coliform levels exceeding WHO irrigation limits and widespread bacterial contamination of ...
Researchers report that a reduced graphene oxide-supported nanoscale zero-valent iron composite activates peroxydisulfate to remove more than 98 percent of ...
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© 2025 Scienmag - Science Magazine