Innovative Breakthrough in Sustainable Materials
Researchers at ETH Zurich have achieved a remarkable feat by creating a living building material that actively captures CO₂ from the atmosphere. This extraordinary printable gel, infused with ancient cyanobacteria, does not just exist; it thrives. The photosynthetic properties of this material allow it to grow while effectively removing carbon dioxide, demonstrating its dual functionality.
By harnessing sunlight, the bacteria produce biomass and initiate mineral formation, which securely stores carbon in a stable format. The engineered hydrogels create an optimal environment for these microbes, enabling them to flourish for more than a year. This living material has already been showcased in architectural installations in Venice and Milan, merging design, sustainability, and innovative science.
Impact on Architecture and Sustainability
The implications of this development extend beyond aesthetics. As cities seek to combat climate change, integrating such living materials into urban architecture presents a promising path forward. This groundbreaking research not only enhances the aesthetic value of buildings but also contributes significantly to sustainability efforts.
Explore more about this innovative material and its architectural applications. Source
