| Keyword |
Description |
| Sustainability |
The practice of using resources in a way that meets present needs without destroying the environment or limiting future generations |
| Hydrostation |
A modular machine that uses renewable energy and cooling technology to extract drinkable water from the humidity in the air |
| Resilience |
The ability of a person or community to recover, adapt and stay strong when facing crises or serious challenges |
A group of Mexican teenagers from a public technical middle school in Monterrey turned a severe water crisis into an opportunity to innovate and help their community. Daily water cuts affected their homes and classes, but instead of just complaining, they decided to design a solution that would not depend on pipes, trucks, or government services. Their project led them to become one of only 33 global finalists for the 2026 Zayed Sustainability Prize, competing with schools from 173 countries for up to US $150,000 in funding. This experience changed how they see school: not just as a place to memorize content, but as a space to solve real problems.
The students created “hydrostations,” modular machines that use solar panels and Peltier technology to pull moisture from the air and turn it into clean drinking water. These devices provide water for school gardens, drinking fountains and small planters called “BioCápsulas,” where they grow food. The system works without drilling wells, using chemicals or depending on external suppliers, making it especially useful in regions that risk reaching “day zero” for their water supply. The teens built and assembled the machines themselves, learning electronics, physics and environmental science along the way.
Their project goes further than technology, creating a whole ecosystem of learning called “AD COGNIS,” where the school becomes a living lab for sustainability. Through a digital platform called “ECOmunidad,” students track data, share results and join environmental challenges, while the “ECOnocedor” program helps them build leadership, STEM skills and a sense of social responsibility. This approach has motivated students from different areas, like graphic design and photography, to join the project and support prototypes and communication. Many of them say they now feel real self-confidence because their work has a visible impact on others.
The team will travel to Abu Dhabi for the Zayed Sustainability Prize ceremony, after organizing fundraisers to pay for the trip. They know the competition is tough, facing projects like solar-powered vaccine fridges in Kenya and smart water ATMs in Rwanda, but they see their work as part of a global youth movement for climate solutions. Even if they do not win, they plan to share open-source manuals and connect with more schools to spread their model of environmental education and community resilience. For them, the most important lesson is that teenagers can turn fear and frustration into concrete action, proving that innovation is not just for labs or rich countries.
Bridging words
These words sound similar in English and Spanish: Why not practice them now?
| English |
Spanish |
| Opportunity |
Oportunidad |
| Sustainability |
Sustentabilidad |
| Resilience |
Resiliencia |
Time to discuss
- Should schools focus more on real-world problems instead of traditional exams and homework?
- Who is mainly responsible for solving the water crisis: governments, companies or citizens?
- Do you think teenagers can really influence global environmental issues, or is that mostly symbolic?
Let's write
Answer the following questions in one paragraph:
- Describe a problem in your community and explain how students your age could design a solution similar to the hydrostations.
- How can a school project change the way students see themselves and their future careers?
