Cookies and the protection of your data

We use cookies to improve the functionality of the website, to offer you a better website experience and to provide social media features. You give your consent by clicking on “Accept all Cookies” or as part of your individual settings. Please find detailed information on the use of cookies on this website in our Data Privacy Statement.

Functional Cookies

These cookies are necessary for the operation of the site and enable security-relevant functions. In addition, we determine whether you want to remain logged in and to make our services available to you when you change between this and other websites.

Statistical Cookies

These cookies are used for analyzing user behavior on our website with the aim of improving user navigation. All data collected is evaluated anonymously. Further information is available on our data protection site.

Marketing Cookies

These cookies are used to deliver relevant advertising or to limit how many times you see an ad. Marketing cookies can share that information with the advertiser (third-party cookies). The legal basis for the data processing is the consent of the user.

TrashBoom - Stopping plastic in rivers to save oceans
TrashBoom - Stopping plastic in rivers to save oceans
TrashBoom - Stopping plastic in rivers to save oceans
TrashBoom - Stopping plastic in rivers to save oceans
2022

Share:

TrashBoom - Stopping plastic in rivers to save oceans

An open-source, low-tech barrier for river plastic

The TrashBoom is a floating barrier to catch plastic waste in rivers and prevent it from entering the oceans. Locally-sourced materials enable rapid manufacturing and boost local economies while raising awareness within the society. That saves time, money, and emissions as no shipping is involved. It also increases scalability, making the solution feasible when targeting ultra-low-value plastics and non-recyclables in waterways. Minimized automation and complexity create jobs and ensure easy maintenance and repair. Open-source blueprints allow for re-building and maximize accessibility, the transfer of knowledge, and global impact.

JURY STATEMENT

"The most appealing aspect of this project is its feasibility, based on low-cost and low-tech solutions that can immediately be implemented in poor regions. Furthermore, its open-source design facilitates replication."

WINNER STATEMENT

When I left to develop the TrashBoom at the world's dirtiest river, I only aimed to create an impact on river plastic and put myself aside. Slowly, realization comes where dedication leads, as this journey had such a profound impact on me. Surreal. Thank you for this honor!

UNIVERSITY

Bergische Universität Wuppertal

Wuppertal, DE
WINNER

Moritz Schulz

Bergische Universität Wuppertal

RELATED PROJECTS