Pecan Shell Activated Carbon Simultaneously Removes Synthetic Dye and Cadmium from Water
Engineers synthesized activated carbon from pecan shells that captures methylene blue and dissolved cadmium ions simultaneously in laboratory batch tests.
Engineers synthesized activated carbon from pecan shells that captures methylene blue and dissolved cadmium ions simultaneously in laboratory batch tests.
A new study demonstrates that pineapple leaf waste can be converted into biocompatible activated carbon with low heavy metal content ...
Researchers synthesized biochar from Chlorophyceae algae to remove toxic hexavalent chromium from water at low concentrations.
Engineers have synthesized a magnetically responsive activated carbon from Chir pine needles that achieves high dye adsorption capacity while enabling ...
A ball-milled nanohydroxyapatite and activated carbon composite synthesized at 200 rpm for 10 minutes exhibited high adsorption capacity and slow ...
A 2026 study in Heliyon shows that pH is a decisive factor in hexavalent chromium adsorption, with activated carbons and ...
A hybrid activated carbon synthesized from banana peel and olive pomace achieved dye removal efficiencies exceeding 97 percent across four ...
Researchers developed a silver nanoparticle and activated carbon composite cathode that achieved a 96 percent removal efficiency for nickel ions ...
A review examines how olive pomace can be converted into carbon electrode materials for supercapacitors and batteries, highlighting the interplay ...
A systematic review of 19 experimental studies found that advanced treatment technologies achieve over 90 percent removal of several endocrine ...
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© 2026 Scienmag - Science Magazine