Unmodified Chitosan Hydrogels Efficiently Capture Toxic Congo Red Dye from Wastewater
Unmodified chitosan hydrogel beads demonstrated superior Congo red dye removal in batch and continuous column systems without requiring costly additive ...
Unmodified chitosan hydrogel beads demonstrated superior Congo red dye removal in batch and continuous column systems without requiring costly additive ...
A laboratory study found that 5% iron-doped nickel zincate delivered high supercapacitor performance and faster pollutant degradation under ultraviolet light.
A new study shows dried banana peel waste can remove copper and chromium from contaminated water, with fractal kinetic models ...
A major review finds that nitrogen-doped biochar made from agricultural waste can outperform commercial activated carbon in capturing antibiotics, dyes, ...
Researchers transformed waste corn silk into a magnetically recoverable Fe3O4 composite that removes up to nearly 99 percent of hexavalent ...
A new review maps the five competing carbon-nitrogen coupling pathways that govern whether electrochemical co-reduction of carbon dioxide and nitrate ...
Researchers converted discarded bean husks into a low-cost biochar that removed up to 94.7% of lead and 91.5% of hexavalent ...
In recent years, the pursuit of efficient materials for environmental remediation has gathered substantial momentum. One particularly prominent area of ...
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