Timcelium XE417

In this research project, we demonstrate how to build in a circular manner using bio-based materials. For this purpose, we are developing a sandwich panel made of mycelium and wood, which we will showcase through a residential cabin.

Why
The Net-Zero 2050 goal requires a drastic reduction in CO2 emissions from construction. Bio-based materials that can be used in a circular economy are ideal for this. Since the wood industry is still heavily reliant on linear systems, we present a more forward-looking approach.

How
Circularity: We challenge the use of adhesives and design components so that they can be fully separated for reuse. By focusing on robust construction, we aim for a long lifespan and ensure that parts can be easily replaced if damaged.
Low emissions: We minimize the use of materials and employ low-CO2 resources such as wood. We are also developing and testing a new innovation in the construction industry: a biomass-based, mycelium-bound panel made from wood residues, which is incorporated into the sandwich structure of the residential cabin. The first prototypes have already been successfully produced.

What
In the construction of the residential cabin, we test the practical implementation of these approaches and compare conventional materials with our innovative solutions.

Goal
We are developing a sandwich panel made of mycelium and wood and assessing its applicability in the construction industry on a larger scale. The residential cabin serves as a showroom for our research findings and will be presented at trade fairs and events.

For more information, visit our blog Timcelium XE417. If you have any questions or ideas, feel free to contact us! Together, we can achieve great things.