Mycotech Lab (MYCL)
Biobo is a composite wall panel that is made from recycled mycelia mushroom bio-waste, or mycelium.
Biobo (Binderless Bio-Board) is a 30×30 cm mycelium wall panel that is recycled from Mycotech Lab’s production waste and local agricultural waste, and is glued together without any chemical adhesives.
Indonesia with a goal of expanding into the global market
Mycotech Lab leather products can be ordered from their online store but there is no listing for Biobo
20 USD per board with goals to decrease the price to 10 USD per board when the manufacturer increases Biobo production;
Primary competitors include Mogu Acoustic panels and Grown insulation panels. Other products that are also available on the market are R&D mycelium culture kits and traditional insulating and acoustic panels.
Mycotech Lab developed Biobo with architects and designers in mind, particularly users looking for a non-toxic and sustainable alternative to existing panels on the market.
Mycotech Lab adopts what they call a “Circular Economy Practice” that incorporates their Mylea Leather production and waste into the life cycle of the Biobo Panel. The Biobo Panel is a composite board that uses recycled cutting waste from their mushroom products and bound together with mushroom mycelium as an adhesive. Unused mushroom waste from both these processes are composted as fertilizer that feeds back into the local agroforestry industry in West Java, Indonesia.
The manufacturing cycle for Mycotech products (Mylea Leather and Biobo Panel) involves the same steps: Sieving, Sterilization, Incubation, Separation, Boiling, Dyeing and Drying, Tenacity testing, Pressing, and Cutting. Collaborating with local farmers, agricultural waste (cassava, corn, sugarcane, and sawdust) is collected, sieved, and packed into bags. The waste-filled bags are then sterilized in an autoclave. Once sterilized, spores are added to the bags and stored in an incubation room.
Depending on the thickness and dimension of the product, local weather, and humidity, the bags are left in incubation for 14-30 days. After incubation, the mushroom material is separated for Mylea or Biobo use, the former has to be boiled in order to prevent fungal growth. After Mylea is dyed, both Mylea and Biobo are dried and made more durable.
While the Mylea Leather is tested for tensile strength, the Biobo materials are pressed into a composite board that utilizes mycelium as a glue. Then, the board is cut into tiles of various sizes, the excess materials can be recycled to make a mosaic pattern in the creation of future Biobo panels.
Currently, Biobo Panels are past the prototyping phase and are in mass production.
Those interested in Mycotech Lab products are invited to contact them through their website;
Number of units unknown.
However, Biobo Panels have been used in collaboration with Urban-Rural Systems for the Batam Housing Project, a government-supported initiative to address growing housing demands in Batam, Indonesia while simultaneously implementing sustainable solutions. The Tropical Town project includes a series of houses (see two prototypes: Expandable House Part 02 and Rubah) designed by Urban-Rural Systems for this initiative.
Size of the component
List of primary materials in the component
List of secondary materials in the component
Measurement, calculated in hours, of the component’s resistance to fire
R value associated with material/product
The compressive strength of the component, measured in megapascals
List of suitable climates for use of this components
30 x 30 cm composite wall panels that can be cut to different sizes. While the primary use is to be a ‘living block’ that is more labor-efficient than brick, Biobo can also be used in furniture.
Provided by manufacturer.
According to the manufacturer, BIOBO Panels are easier to install and have less carbon emissions than traditional building materials. The panels are also fire resistant and completely biodegradable.
Designer specified performance targets include for company products (general): 100% nature-based polymers, animal-free production, low-carbon footprint, and 0% chromium in post production wastewater.
Compressive testing on mycelium-bound substrates were performed at the Karlsruhe Institute of Technology and Future Cities Laboratory (Singapore) in accordance with ASTM D3574 and in collaboration with Mycotech Labs;
Mycotech Labs tests their Mylea Leather in-house, however it is not known if they test Biobo Panels;
There are no known safety hazards related to Biobo Panels.
This paper presents information on Mycotech Lab’s mycelium technology and its application in a published structural project:
Heisel, FEliz et al. 2017, “Design of a load-bearing mycelium structure through informed structural engineering: The MycoTree at the 2017 Seoul Biennale of Architecture and Urbanism.” Paper presented at World Congress on Sustainable Technologies, Cambridge, 2017.
The mycelium-bound substrate technology manufactured by Mycotech Lab complies with ASTM D3574;
The compressive strength of the Mycotech’s mycelium technology has been evaluated according to ASTM D3574 by Karlsruhe Institute of Technology and Future Cities Laboratory (Singapore);
In 2019, Mycotech Lab received a B Company Certification within the Manufacturing Sector. Mycotech Lab also produced a Greenhouse Gases (GHG) measurement report as part of their waste production management goals.
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