Imagine a tattoo for a building, but instead of ink, it uses a blend of helpful bacteria. These living coatings act like probiotic skincare for walls, cleaning the air and fighting off harmful germs. It turns a static concrete wall into a living skin that can breathe and heal its environment.
Traditional building materials are passive and often contribute to urban pollution. There is a lack of scalable, active materials that can simultaneously clean the air and protect buildings from pathogens.
A set of curated microbial candidates and validated co-culturing protocols for living inks. They also developed a methodology for predicting growth patterns using machine learning.
If you are a design firm dealing with high carbon footprints in urban areas — this project developed living inks that allow carbon sequestration and oxygen production. This transforms building facades into active environmental filters.
If you are a facility manager dealing with the spread of pathogenic microorganisms on public surfaces — this project developed an archibiome tattoo that provides resilience and resistance against pathogens.
If you are a specialist dealing with city air pollution — this project developed engineered living materials that enable bioremediation directly on existing building structures.
Based on available project data, there is no specific information regarding the cost or pricing of the developed inks.
The project is developing biofabrication processes for architectural contexts, but based on available data, industrial scale capacity has not yet been quantified.
Based on available project data, specific licensing terms or patent details are not provided.
The project focuses on high-resolution decoration and functionalisation, but the specific application timeline is not mentioned in the data.
The technology is designed for both new and existing buildings, using biofabrication processes to apply living inks as a functional layer.
The consortium is well-balanced for technology transfer, consisting of 6 partners with a 50% industry ratio (3 industry partners, including 1 SME, and 3 universities). This structure suggests a strong bridge between fundamental synthetic biology research and practical application in materials science and construction.
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