Mycofluid: 3D Baskılı Mantarlar Plastik Atıkları Nasıl Değiştirebilir

A group of creative engineers from the University of Washington recently introduced a plastic alternative that utilizes a mix of used coffee grounds and 3D-printed mycelium biocomposites to create intricate, water-resistant packaging. The research could help reduce waste and provide a sustainable solution to today’s plastic woes. Here’s everything you need to know.

Plastik Atık

Plastik atık büyük bir endişe that remains a main focus for environmentalists and researchers alike. There are currently millions of tons of plastic waste in the world and ocean. Worst of all, studies predict an increase in plastic waste yearly for the foreseeable future.
As these harmful products break down, they create macro plastics that make their way into the food chain and, eventually, you. Microplastics aren’t harmful in small doses. However, as their volume increases, so do their side effects.

Biyobaskı Çözümleri

The term ‘bioprinting’ refers to additive manufacturing using living organisms. This 3D printing sector continues to expand across multiple industries. In the future, bioprinters could be used to help space travelers heal their organs and other vital body parts. For now, they could hold the key to reducing waste.

Çalışmanın Detayları

Recognizing the need for viable, sustainable plastic alternatives, a team of engineers published the study “3D-Printed Mycelium Biocomposites: Method for 3D Printing and Growing Fungi-Based Composites in 3D Printing and Additive Manufacturing.”¹ The study delves into using food waste, specifically coffee grounds, to create an ideal spot for fungus to grow.

Kaynak – Washington Üniversitesi