Mycel Project Platform
MYCEL TECHNOLOGY High-Efficiency Biotechnology System
FUNGI-BASED APPLICATION
Biomaterial using mechanical characteristics of fungal mycelium
Mycelium is composed of natural polymers such as chitin, cellulose, proteins, etc, so it is a natural polymeric composite fibrous material. Due to its unique structure and composition, the production of large amounts of mycelium-based materi- als have developed.
Biomaterial using mechanical characteristics of fungal mycelium
Mycelium is composed of natural polymers such as chitin, cellulose, proteins, etc, so it is a natural polymeric composite fibrous material. Due to its unique structure and composition, the production of large amounts of mycelium-based materi- als have developed.
Biomaterial using mechanical characteristics of fungal mycelium
Mycelium is composed of natural polymers such as chitin, cellulose, proteins, etc, so it is a natural polymeric composite fibrous material. Due to its unique structure and composition, the production of large amounts of mycelium-based materi- als have developed.
Biomaterial using mechanical characteristics of fungal mycelium
Mycelium is composed of natural polymers such as chitin, cellulose, proteins, etc, so it is a natural polymeric composite fibrous material. Due to its unique structure and composition, the production of large amounts of mycelium-based materi- als have developed.
BIOPROCESS OF MYCEL PROJECT
Built upon liquid culture medium
Built upon liquid culture medium
Mainstream
MYCO-LEATHER
Less than 1% of CO2 emission and water consumption are required in the culturing of law material as well as the entire process of Myco-leather production, compare to the same of cowhide. In addition, our process does not involve any of solid waste nor high concentrated chemical waste, thus trans- forms one of the world’s three most polluting industries into low carbon and nature friendly shape.