The project explores possible manufacturing processes for facemasks made from mycelia. The conventional protective masks mass-produced since the beginning of the COVID 19 pandemic usually have a short life cycle and are often not disposed properly. Discarded masks will generate a large amount of waste in the years to come and pollute the environment heavily. Biodegradable masks (BAM) address this problem at its core, as they can be composted and their production and use consumes little resources and energy, while at the same time offering comfort and antiviral properties.
The project explores possible manufacturing processes for facemasks made from mycelia. The conventional protective masks mass-produced since the beginning of the COVID 19 pandemic usually have a short life cycle and are often not disposed properly. Discarded masks will generate a large amount of waste in the years to come and pollute the environment heavily. Biodegradable masks (BAM) address this problem at its core, as they can be composted and their production and use consumes little resources and energy, while at the same time offering comfort and antiviral properties.
Masks made of mycelia of of the polypore fungus Trametes Versicolor use little resources and grow quickly into various forms (18-20 days in 25˚C). The mycelia have antibacterial and antiviral properties and in addition a proven ability of myco-filtration and bioremediation.
BAM can serve as a fertilizer after use. The prototype based on grown.bio substrate is made of hemp fibers and shows strong resemblance to conventional masks.