Mycelium Technology

Recent developments in material sciences have been concentrated on developing eco-friendly, biodegradable materials that can replace or lessen the use of routinely used, unsustainable materials. A unique class of inexpensive, environmentally benign materials called mycelium composites, which are made up of networks of filamentous hyphae, use biological growth instead of expensive, energy-intensive manufacturing processes to turn organic waste into materials. These composites are being developed and produced by researchers, in record amounts, for use in greener buildings, sustainable clothing, compostable packaging, animal-free meat, and for other miscellaneous purposes globally. Numerous prospects for the application were created by the pure mycelium&s;s shape-fitting, recycling activities, and excellent performance parameters of its composite foams. Untreated mycelium, a substance that is completely biodegradable, also encourages a circular economy by enhancing biomass growth and subsurface microbial activity. The qualities of mycelium are influenced by variables like temperature, pH, humidity, light, ventilation, nutrients, and incubation time. Withstanding temperatures of up to 800°C, mycelium provides excellent thermal and acoustic insulation. The lack of a standardized production process and technological barriers in mycelium production are hurdles. In short, the development of mycelium technology demonstrates the variety of contributions it has made to sustainability, business, and science. Researchers, businesspeople, and environmentalists are all inspired by its continuing development as a renewable and adaptable resource. The intriguing past, present uses, and foreseeable future of mycelium technology are all highlighted in this chapter. An extensive review that includes case studies and research problems that have the potential to be published and patented finishes the chapter and offers helpful insights into the mycelium technology industry&s;s varied terrain.