What the Project Is All About
Fighting “Aedes” mosquitoes has become a global health priority. Today, about 50% of the human population is exposed to viruses like dengue, chikungunya, and yellow fever. This project tackles a major source of the problem: urban water systems. In cities, one in two gutters houses mosquito larvae. Even more striking, in some regions, two out of three mosquitoes hatch in road drains and the technical rooms of telephone networks. The challenge? Designing a permanent process that prevents mosquitoes from nesting while still allowing water to flow freely—and meeting industrial feasibility standards. That’s exactly what this project set out to do back in 2012.
Main Benefit of the Project
The project’s main achievement is the creation and market launch of AGLOSTIC®, an innovative filter made from recycled tires. This filter effectively stops mosquitoes from nesting in gutters, manholes, and similar urban water points. Here are some key facts and figures:
- 50% of the global population is at risk from mosquito-borne viruses.
- Half of urban gutters are breeding grounds for mosquito larvae.
- Up to 66% of mosquitoes hatch in road drains and telephone network technical rooms in some areas.
- The project took over three years of focused studies to mature and refine the solution.
- AGLOSTIC® supports a circular economy by using recycled tires.
- It contributes to the economic growth of New Caledonia.
Challenges Faced During Development
The journey wasn’t easy. It took more than three years of rigorous studies to develop a solution that balances quality, results, and performance. The team had to ensure the filter allowed water to pass through without creating blockages, all while preventing mosquito nesting. Industrial feasibility was a must—meaning the solution had to be practical and scalable for real-world use. This kind of innovation doesn’t happen overnight, and the persistence paid off.
How AGLOSTIC® Works
AGLOSTIC® is more than just a filter; it’s a smart barrier. Made from recycled tires, it fits into gutters, manholes, and other water collection points. Its design prevents mosquitoes from laying eggs and larvae from developing, but it still lets water flow naturally. This means no flooding or water backup issues, which is crucial for urban infrastructure. Plus, by reusing tires, it tackles waste management and environmental concerns simultaneously.
The Circular Economy Connection
One of the standout features of this project is its contribution to the circular economy. Instead of letting old tires pile up in landfills, they’re transformed into a valuable product that fights disease. This approach reduces waste, lowers environmental impact, and creates economic opportunities—especially in New Caledonia, where the project supports local growth. It’s a win-win: protecting public health while promoting sustainability.
Project Impact on Sustainable Development Goals
- SDG 3: Good Health and Well-being – by reducing mosquito-borne diseases.
- SDG 6: Clean Water and Sanitation – by improving urban water management.
- SDG 9: Industry, Innovation, and Infrastructure – through innovative filter design and industrial feasibility.
- SDG 11: Sustainable Cities and Communities – by making urban areas safer and healthier.
- SDG 12: Responsible Consumption and Production – via recycling tires into useful products.
- SDG 15: Life on Land – by reducing the spread of disease vectors and promoting environmental health.
Looking Ahead: The Future of Mosquito Control
This project sets a new standard for mosquito control in urban environments. With AGLOSTIC® now on the market, there’s a practical, scalable tool to combat a previously unsolved issue. The success here could inspire similar innovations worldwide, especially in regions heavily affected by mosquito-borne diseases. It’s a reminder that tackling global health challenges often starts with smart, local solutions—ones that blend science, sustainability, and community impact.
