Turning Seaweed Gel Waste Into Resources: Electrodialysis and Enzymes Offer a Greener Path
A new review maps how electrodialysis, membrane concentration, and enzyme-based methods could transform millions of tons of seaweed gel production ...
A new review maps how electrodialysis, membrane concentration, and enzyme-based methods could transform millions of tons of seaweed gel production ...
Researchers show that activating the copper MOF HKUST-1 and converting it into copper oxide yields sunlight-driven catalysts that destroy methylene ...
Researchers in India have created a pH-responsive hydrogel from pullulan, carboxymethyl cellulose, and montmorillonite clay that removes over 96 percent ...
Researchers at KAUST have developed SALS-BioC, an open-source AI simulator that predicts bacterial concentrations in wastewater treatment plants from routine ...
Researchers have synthesized a zinc oxide-graphene oxide nanocomposite that removes up to 97 percent of methylene blue and 94 percent ...
A Spanish research team has combined expert multicriteria analysis with economic valuation to show that constructed wetlands upgraded with drinking ...
Researchers transformed used coffee grounds into water-vapor-activated biochars that adsorb chromium(III) from water, with surface chemistry and activation time proving ...
A new review shows that microalgae grown on industrial, agricultural and municipal wastewater can simultaneously purify polluted water and generate ...
A year-long study of a Taiwanese water recycling center found that PFAS concentrations in treated effluent exceeded those in the ...
Researchers have created sulfur and calcium co-doped titanium dioxide nanostructures that degrade over 99 percent of crystal violet dye and ...
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© 2025 Scienmag - Science Magazine