
A Greener Way to 3D Print Stronger Stuff
MIT CSAIL’s SustainaPrint blends eco-friendly and strong plastics, reinforcing only where needed. The result: greener 3D prints with up to 70% of the strength of high-performance plastic while cutting waste.

MIT CSAIL’s SustainaPrint blends eco-friendly and strong plastics, reinforcing only where needed. The result: greener 3D prints with up to 70% of the strength of high-performance plastic while cutting waste.

Texas A&M researchers have developed a groundbreaking, non-toxic flame-retardant coating that enhances fire resistance in textiles and other materials. This scalable, eco-friendly innovation could revolutionize fire safety across industries, from construction to automotive applications

The Lenzing Group, an Austrian company, is revolutionizing textile and nonwoven industries with sustainable, wood-based cellulose fibers. Their fibers, including TENCEL™ for textiles, ECOVERO™ for eco-conscious fashion, and VEOCEL™ for hygiene products, are biodegradable and derived from renewable wood sources. These fibers support a circular economy, align with Lenzing’s goal of carbon neutrality by 2050, and provide eco-conscious solutions for industries seeking to reduce their environmental footprint. Recent partnerships, like with Brazilian pulp producer Suzano, strengthen Lenzing’s resource capabilities, enhancing their sustainability initiatives.
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