Iron Beats Aluminum in the Race to Strip Textile Dyes from Wastewater
A comparative study finds iron electrodes outperform aluminum in electrocoagulation, removing over 97 percent of the textile dye neutral red ...
A comparative study finds iron electrodes outperform aluminum in electrocoagulation, removing over 97 percent of the textile dye neutral red ...
Researchers in India have shown that zinc oxide-coated iron electrodes can remove over ninety percent of organic pollutants from paper ...
South Korean researchers have built response surface models showing how storage temperature, time and initial pH shape the inactivation of ...
Egyptian researchers boosted bacterial chitinase production nearly threefold using shrimp shell waste as the sole nutrient source, yielding a skin-safe ...
A thermotolerant bacterium from an Indian hot spring produces a heat-stable alpha-amylase that researchers have optimised, purified, and characterised down ...
Researchers optimized a dual-process that converts discarded mango kernels into ASTM-compliant biodiesel and hydrogen-rich biosyngas, recovering energy from both the ...
Researchers have statistically optimized an electrocoagulation pre-treatment and paired it with a microbial fuel cell to treat brewery wastewater to ...
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© 2025 Scienmag - Science Magazine