Michigan Tech Researchers Develop Sustainable Building Material from Wood Waste
Even renewable building materials, like wood, have leftover waste. That’s why Michigan Tech researchers are working to improve sustainability in the lumber industry. They’re developing a material made from leftover wood waste, lighter than steel and just as strong, that could revolutionize the lumber industry.
“Wood is the only renewable industrial raw material that has a negative carbon footprint. I believe that it has an important role in our sustainable futures,” said Xinfeng Xie, associate professor of forest biomaterials in Tech’s College of Forest Resources and Environmental Science. “Really, the ultimate question is, can we use wood to replace all these non-renewable materials like steel and concrete?”
Xie leads a group of student researchers in the Defense Advanced Research Projects Agency’s Waste Upcycling for Defense (WUD) program. The team collaborates with Paul Sanders, Michigan Tech’s Patrick S. Horvath Endowed Professor of Materials Science and Engineering.
“It’s extremely beneficial to see some of the research the University is conducting that many students don’t know about. The faculty on this team are some of the most knowledgeable, hardworking, and dedicated people I’ve met,” said Emily Costigan, an undergraduate student researcher majoring in sustainable biomaterials.
Explore how Huskies are building a more sustainable future for industry and the planet on Michigan Tech’s Unscripted Research Blog.