Tendam
Fashion group Tendam, in partnership with the University of Design, Innovation and Technology (UDIT), has released a new study examining the carbon footprint of fashion e-commerce. The research provides data-driven insights into the environmental impact of online shopping and marks an important step toward better understanding emissions in the digital fashion sector.
The study, titled Consumer Carbon Footprint of Fashion E-Commerce, was led by the Tendam Sustainability Lab. It uses life-cycle analysis and multi-criteria environmental assessment to measure emissions generated throughout the online shopping journey, including delivery and product returns. The research compares different purchasing models, such as home delivery, click-and-collect, and traditional in-store shopping.
The findings show that Tendam’s omnichannel approach produces significantly lower emissions per order compared with online-only retailers. According to the study, Tendam generates an average of around 400 grams of CO₂ per order, which is up to 7.5 times lower than the 1,500 to 3,000 grams of CO₂ produced by pure e-commerce platforms. This difference is mainly due to Tendam’s physical store network, closer proximity to customers, and more efficient, consolidated logistics.
The results of the study will support Tendam’s ESG strategy and guide future improvements in logistics and circular business practices. The research also demonstrates the importance of collaboration between universities and industry in developing clear, measurable, and evidence-based approaches to sustainability within the European fashion industry.
Dhaka-based manufacturer Harnest has expanded its Responsible Trims collection by incorporating recycled polyester and textile-to-textile regenerated polyester.
French deeptech company REC has produced its first recycled polyamide pellets from end-of-life tights, stockings, and other polyamide-rich textile waste.
Artistic Milliners, the Karachi-based denim manufacturer, has introduced a range of innovations in fiber technologies for its Fall/Winter 2027–28 collection.
Scientists have developed an electrospun nanofiber membrane for treating textile wastewater, representing a significant step forward in water purification technologies.
Researchers at the University of Texas at Austin have developed an innovative textile-based technology that can collect drinking water directly…
Peak Performance has expanded its Freelight Family for the SS26 with the launch of the Freelight Polartec Alpha Hood, a…