Researchers from the NIOZ Royal Netherlands Institute for Sea Research have identified a marine fungus, Parengyodontium album, capable of degrading polyethylene, one of the most prevalent #plastics in our oceans. This fungus, found on floating plastic debris, can convert polyethylene into carbon dioxide. However, the degradation process is slow and requires UV light to be effective.
This discovery is a significant step towards utilizing natural organisms to address plastic pollution in marine environments. Further research is underway to explore other fungi that might be more efficient and to understand the full potential of this approach. This breakthrough could lead to innovative and sustainable methods for managing plastic waste in the ocean, helping to mitigate one of the most pressing environmental challenges of our time. The findings also underscore the importance of exploring and understanding marine ecosystems, as they may hold the key to solving global pollution problems. 🌊
And mushrooms can do a lot more! 🍄
Our portfolio company SQIM uses mycelium, the root-like system of #fungi, and a proprietary fermentation technology to develop high-quality biomaterials in two product lines: EPHEA, specializing in alternative leather, and MOGU, focusing on composite materials for wall panels and flooring. SQIM’s biofabrication exhibits a positive impact, making the fashion, interior design, and construction industries more sustainable. ♻️
#sustainability #venturecapital #circulareconomy
