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Ecology, Energy, Textile
Increasing the Energy Efficiency and Reducing CO2 Emissions in Dyeing and Finishing Processes
The textile industry is a major contributor to global CO₂ emissions due to its intensive energy use, particularly in dyeing and finishing processes. This article explores practical strategies and innovative technologies that can dramatically improve...
Textile
Advances on Wool Dyeing and Finishing
The main environmental challenges in wool dyeing & finishing are the use of hexavalent chromium in the dyeing process, AOX in anti-felting/ shrink resist finishing and mothproof agents. The alternatives discussed in this article include the use o...
Ecology, Textile
Advances in Recycling of Textiles Aiming at Circularity – Part 1
The textile industry's environmental impact has worsened due to the rise of synthetic polyester fibers and fast fashion. These fibers are poorly biodegradable, contributing to long-term pollution. In the EU, 12 kg of textile waste per person is gener...
Ecology, Textile
Safer Textiles: How the Industry is Phasing Out Toxic and Hazardous Ingredients
In recent years, the textile industry has come under growing pressure to address the environmental and health impacts of its chemical use. Legal regulations and demands from major international retailers have prompted significant changes in textile m...
Astronomy, Biology, Chemistry, Pharma
The Role of Artificial Intelligence in Scientific Research
Artificial Intelligence (AI) is transforming scientific research by accelerating data analysis, automating experiments, and enhancing knowledge discovery. AI platforms such as Semantic Scholar, Sparrho, and OpenResearcher streamline literature review...
Ecology, Textile
The risks and alternatives of APEO and NPEO in textiles part 2
The second part of this article series gives information about alternative products, global regulations and environmental advantages, after the ban of APEO in Europe. Moreover, the results of the Greenpeace research about nonylphenol ethoxylate resid...
Ecology, Textile
Advances in Recycling of Textiles Aiming at Circularity – Part 2
The textile industry is facing significant technical challenges as it transitions from a resource-intensive and polluting sector to a circular, sustainable model. Overcoming these hurdles requires advanced recycling technologies, substantial investme...
Chemistry, Textile
Carbon Concrete Researchers win German Future Prize 2016
Carbon Concrete researchers of Technische Universität Dresden in Germany win the German Future Prize 2016. The new material could possibly replace steel enforced concrete in the construction industry, due to better performance.
Ecology, Textile
Dyeing with supercritical CO2 – finally a success story?
Dyeing in supercritical CO2 could finally be on track for success after 25 years of development. Originally an idea of German universities, it was developed and brought to market by the Dutch start-up company DyeCoo. With this innovative, environment...
Chemistry, Textile
Ionic liquids for the textile industry – part 2
Part 2 of this article reviews ionic liquids, a comparably new substance class, for applications in the textile industry. In particular, fibre manufacturing and coloration.