FIX collects and revalues washing machine waste containing microplastics, transforming it into a new material to reduce environmental impact and prevent microplastics from being released into oceans through the washing of synthetic textiles.

Define the problem/need you are solving or addressing with your project. How does it address the Open Call criteria, such as environmental impact, social engagement, circularity, user experience, resource efficiency, and community-driven solutions?

Microplastics are small synthetic particles (less than 5 mm) released into marine environments through washing synthetic garments, posing risks to both aquatic ecosystems and human health. FIX addresses this issue by collecting washing machine waste that contains microplastics and revaluing it into a new composite material available in formats like pellets or 3D printing filament. This process prevents microplastics from entering the environment and incorporates them into a circular economy. Moreover, FIX raises awareness about microplastic pollution through its aesthetically designed material made from waste. The project optimizes resource efficiency by repurposing materials and tailors its solutions to user needs, providing an innovative, industry-adaptable product while offering eco-friendly packaging for the 3D filament. The design reduces material waste, enhances the user experience, and supports sustainability goals.

Please describe your project, reflecting on the concept, inspiration, materials, technical aspects, methods and process(es).

FIX aims to mitigate microplastic pollution by upcycling washing machine waste into a new composite material. This material comprises encapsulated washing machine waste (3% by weight) containing microplastics, mixed with 97% recyclable polypropylene plastic. Through industrial extrusion, microplastic particles are agglomerated, enhancing the flexural properties of the polypropylene while integrating them into the circular economy. The material is offered in both pellet form and as 3D printing filament, making it adaptable to current industrial processes and enabling the creation of new products while raising awareness about microplastic pollution. FIX also features eco-friendly packaging for the filament, crafted from a single monomaterial piece of recycled corrugated cardboard, minimizing material use while ensuring protection and transport efficiency. This approach not only prevents pollution but also creates new value from waste.

What do you think makes your project innovative compared to the existing efforts and ideas in the field it addresses?

FIX differentiates itself by capturing waste from washing machines, including microplastics, and upcycling it into a usable material. While many initiatives focus solely on capturing microplastics, FIX advances by addressing the post-collection phase to ensure that waste is transformed into a valuable resource rather than returning to the environment. The project introduces a scalable solution that embodies circular economy principles. Additionally, FIX presents a sustainable alternative to traditional 3D filament packaging and spools, often made from excessive non-recyclable materials. By employing recycled corrugated cardboard and reducing material waste, FIX optimizes resource efficiency and usability, providing an eco-friendly, practical solution that aligns with sustainability goals.

Does it impact or reflect young people need(s) and how?

FIX resonates with the increasing environmental awareness among young people who actively seek sustainable solutions and innovative ways to combat pollution. As a university research project, it demonstrates that microplastic waste can be captured and revalued, inspiring young innovators to create circular economy solutions. By showcasing how waste can transform into valuable resources, FIX promotes a shift toward sustainable thinking. Furthermore, the project helps reduce microplastic emissions, protecting future generations from their harmful effects and promoting overall human and environmental health. FIX reflects the desire of young people to take action and illustrates how academic and design solutions can contribute to a more sustainable future.