Pollution Control Solutions





















Recycled Tires Will Power Innovative Solar Desalination Device
Georgia Wray Norsten — January 17, 2025Researchers at Dalhousie University have created a groundbreaking solar desalination system powered by recycled tires. This eco-friendly device addresses tire waste pollution and water scarcity by repurposing discarded tires into carbon char, combined with titanium carbide nanoparticles to efficiently convert sunlight into heat.
The floating device purifies seawater, collecting clean water while offering potential for small-scale electricity generation. Successfully tested in the Atlantic, it combines sustainability and innovation, providing an affordable, scalable solution for underserved communities. This low-cost system also prevents tire waste from polluting ecosystems, showcasing a dual environmental benefit.
Designed to operate in resource-scarce regions, the device could alleviate water scarcity in areas with high solar irradiance, such as South Asia and sub-Saharan Africa. Its ability to recycle an estimated four billion tires sitting in landfills highlights the potential of upcycling waste into sustainable technology. The project serves as a model for integrating environmental and humanitarian solutions into impactful innovations.
Image Credit: Colin Hobson