Seaweed Waste Transformed Into High-Performance Material That Strips Toxic Dye From Water
Tunisian researchers converted Mediterranean seagrass waste into an activated carbon and combined it with polyaniline to create a composite adsorbent ...
Tunisian researchers converted Mediterranean seagrass waste into an activated carbon and combined it with polyaniline to create a composite adsorbent ...
A comparative study finds iron electrodes outperform aluminum in electrocoagulation, removing over 97 percent of the textile dye neutral red ...
Researchers have built a dual-modified PVDF ultrafiltration membrane that combines a semi-interpenetrating polymer network with a surface-anchored polyaniline layer, achieving ...
Researchers in India showed that waste basalt quarry dust removes 96.45 percent of malachite green dye from water under optimized ...
A new review shows that abundant serpentinite rock, often discarded as mining waste, can be thermally, chemically and mechanically engineered ...
Scientists transformed graphite recovered from spent lithium-ion battery anodes into a reusable, low-cost adsorbent that removes methylene blue dye from ...
Researchers in Brazil have shown that LiMn2O4 recovered from spent lithium-ion phone batteries acts as a stable, highly reusable adsorbent ...
Researchers in Saudi Arabia have created carbon-metal borate-oxide nanocomposites that remove up to 96 percent of Victoria Blue B dye ...
A new review details how tunable crystalline MOFs are advancing both water purification and precision medicine.
A special issue of Environmental Science and Pollution Research compiled from the 15th Brazilian Meeting on Adsorption showcases waste-derived adsorbents, ...
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© 2025 Scienmag - Science Magazine