
The circular economy concept is being investigated as a means of driving sustainability and creating new economic opportunities. The circular…
Imagine a tough, fire-resistant building material that could simply grow from a combination of rapidly growing mushrooms and readily available agricultural waste. A disruptive solution to meet the unprecedented infrastructural demand of the African growing population
Our grown product challenges the material used in manufacturing, the process of doing so and how the material is final disposed.
MycoTile production ensure no synthetic or fossil fuel-based material are used in production with only natural fibres and organic bonding agents.
A significant part of the captured CO2 in agriculture waste can still be considered in the mycelium product when it leaves our factory.
Our pilot wall and roof insulation is a substitute to the traditional insulation material utilizing approximately 80% less water and 50% less energy than the market leading materials.
Our custom-made, unique collection of lampshades and home decor items features sustainable alternatives to traditional steel and plastic materials.
MycoTile is visionary Nairobi-based research & manufacturing company that uses natural fibers, mycelium and natural bonding agents to create affordable, safe and circular building materials and more.
Our solution looks at a wholesome growing of building materials as an alternative to traditional sources. We imagine multiple products using the same process of production, resources that a readily available and technology that is accessible to all.
MycoTile products are affordable, safe, and completely circular.
Due to the readily available substrate MycoTile insulation is affordable at 2/3 of the market prices of the competitors. Cost is a critical factor is determining sales in the MycoTile market even if the product is still backed with superior performances.
Spent mushroom substrate (SMS) is usually considered a waste product. SMS can be used as compost, as a substrate for other mushroom-forming fungi, as animal feed, to promote health of animals, and to produce packaging and other construction materials (a research MycoTile is undertaking), biofuels, and enzymes.
Chitin, present in the mycelium, has remarkable mechanical properties as a biopolymer demonstrating significant structural strength and flexibility for many different species optimized for specific functionalities. Many of the toughest structures that we see in nature, use chitin as an armor for protection and defense, e.g. insect cuticles, crustacean shells and mollusc nacre. This property makes mycelium-based products naturally fire retardant making them safer than alternatives in the market.
The circular economy concept is being investigated as a means of driving sustainability and creating new economic opportunities. The circular…
Informal settlements provide a significant difficulty in Africa, with an estimated 60% of urban people living in informal settlements. Poor…
When considering building materials, mycelium, the vegetative element of a fungus, may not be the first thing that comes to…
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