The level of atmospheric CO2 has increased rapidly in the past decades, which has resulted in serious greenhouse effect. A cellulosic yarn, functionalised by amine containing molecules, has been developed to capture CO2 from the surrounding air. This project has developed cellulosic yarns with CO2 a.....
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Traditionally, water-repellent surface finishes are achieved by using perfluorochemicals (PFCs), which are toxic chemicals hazardous to humans and the environment. This entry is a new water-repellent surface finish using natural and recycled materials obtained from textile waste, which is a safer al.....
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This project demonstrates a solution to the treatment of textile dyeing wastewater that is both sustainable and economical. It enhances biological treatment through an innovative process that integrates taxonomy analysis and biodegradation performance to identify and cultivate the specialised anilin.....
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