22x More Effective: Researchers Develop Potent Environment-Friendly Disinfectant

HKUST researchers have identified 2,6-DCQ as a highly effective and environmentally safer alternative to chloroxylenol, offering potential for widespread use in disinfectants and other products while promoting sustainability. Chloroxylenol, a common disinfectant, poses ecological risks in aquatic environments because of its high chemical stability and extensive use. However, researchers from the School of Engineering at […]

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HKUST researchers have identified 2,6-DCQ as a highly effective and environmentally safer alternative to chloroxylenol, offering potential for widespread use in disinfectants and other products while promoting sustainability. Chloroxylenol, a common disinfectant, poses ecological risks in aquatic environments because of its high chemical stability and extensive use. However, researchers from the School of Engineering at…

HKUST researchers have identified 2,6-DCQ as a highly effective and environmentally safer alternative to chloroxylenol, offering potential for widespread use in disinfectants and other products while promoting sustainability. Chloroxylenol, a common disinfectant, poses ecological risks in aquatic environments because of its high chemical stability and extensive use. However, researchers from the School of Engineering at…