Researches at the University of British Columbia (UBC) recently announced the development of a new compostable N95 face mask, made from local wood fibers such as pine, spruce, cedar. As more consumers purchase and wear these masks in an effort to reduce the spread of the COVID-19 pandemic, many have noted the detrimental environmental impact of the increased use of these masks.
"It's really shocking to see how many of these current masks and gloves end up in the environment, and eventually they will end up as microplastics in the oceans. The sustainable use of wood, in this case, fibers to make filters, makes a lot of sense," noted UBC BioProducts Institute director Orlando Rojas.
The prototypes are currently in the midst of being tested, and researches announced plans to apply for Health Canada certification shortly.
Biodegradable Face Masks
UBC Recently Launched Compostable, Made-in-Canada N95 Masks
Trend Themes
1. Compostable Face Masks - Developing compostable face masks made from sustainable materials presents an opportunity to reduce environmental impact and promote eco-friendly practices.
2. Local Sourcing - Utilizing locally sourced materials, such as wood fibers, for the production of face masks creates a sustainable supply chain and reduces carbon footprint.
3. Health Canada Certification - Seeking certification from Health Canada for compostable face masks ensures quality and safety standards, providing reassurance to consumers and opening up new market opportunities.
Industry Implications
1. Healthcare - The healthcare industry can embrace compostable face masks as a sustainable alternative to traditional single-use masks, promoting environmental responsibility while ensuring patient safety.
2. Sustainability - The sustainability industry can leverage the development of compostable face masks as a solution to reduce waste and harmful environmental impact, aligning with their core values.
3. Manufacturing - Manufacturing companies can explore the production of compostable face masks using locally sourced materials, tapping into a growing market demand for eco-friendly products.