The May ’23 edition of the journal Green Chemistry features a research article about Zeology as the new material gaining industrial significance for sustainable leather. The article will report on cutting-edge scientific research on the application of modified zeolites as the most sustainable alternative for traditional tanning methods. The research article is entitled “Zeolites as Sustainable Alternatives to Traditional Tanning Chemistries” and is free accessible on Green Chemistry. “A new material gaining industrial significance for sustainable leather is based on a composite of collagen and zeolite. The zeolite forms a 3D network structure covering collagen fibres, improving protein stability and creating material strength.” – Green Chemistry Proud on this important step towards more transparency in the leather value chain and yet another validation of Zeology on being the green and sustainable approach to tanning hides and skins. Authors: William Wise, University of Northampton, Institute for Creative Leather Technologies Stefan Davis, University of Northampton Institute for Creative Leather Technologies Wouter Hendriksen, Royal Smit and Zoon Dirick Von Behr, Royal Smit & Zoon Sujay Prabakar, NZ Leather Research Yi Zhang, NZ Leather Research Go to the article (Open Access) Other articles Craftsmanship Meets Innovation: Royal Smit & Zoon and Van Drunen Schoenfabriek Join Forces We are proud to announce a unique collaboration between Royal Smit & Zoon and Van Drunen Schoenfabriek, a partnership that… Think! introduces Zeology-tanned leather shoes In an industry where sustainability claims are often vague, footwear brand Think! takes a clear step forward by partnering with… The future of leather? Compostable and sustainable! In this article, we take you through a durable, stylish, and eco-friendly alternative to traditional tanning. Read more about the… Share this:
