Researchers Develop Jacket That Extracts Drinking Water From Air Using Advanced Textile

• June 13, 2026

Engineers at the University of Texas at Austin have developed an innovative jacket designed to capture water directly from the surrounding air. This cutting-edge garment utilizes a specialized textile capable of collecting moisture, allowing wearers to generate potable water in almost any environment, including arid desert conditions.

Harvesting Water from Thin Air

The jacket’s fabric incorporates advanced materials engineered to absorb humidity from the atmosphere and condense it into liquid form. According to the developers, depending on the regional climate, the jacket can accumulate up to one liter of water per day. This process provides a hands-free method of hydration without requiring additional equipment or carrying substantial water supplies.

This technology addresses critical challenges experienced in water-scarce environments by enabling continuous access to drinking water through ambient moisture. The jacket’s functionality is particularly valuable for outdoor enthusiasts, emergency responders, and individuals in drought-affected areas, reducing dependence on traditional water sources.

The design integrates seamlessly into a wearable garment, eliminating the need for bulky devices or complicated setups. By harnessing the natural moisture present in the air, the jacket offers an example of sustainable innovation aimed at enhancing human resilience in changing climates.

While specific details regarding commercial availability and pricing have not been disclosed, the research highlights the potential for textile technologies to play a role in future water security solutions. The jacket exemplifies how interdisciplinary advances in materials science and engineering can translate into practical products with real-world impact.

This development follows growing interest in atmospheric water generation methods, though few applications have been compact enough for personal use. The University of Texas initiative stands out by embedding this capability within clothing, offering a new approach to ensuring hydration in diverse and challenging settings.

Continued research and refinement of the textile’s water collection efficiency could broaden usability and encourage adoption in various sectors. As climate variability intensifies concerns around resource availability, innovations like this jacket may contribute to more adaptive and sustainable lifestyles.

University of Texas engineers create a jacket with fabric that collects up to a liter of water daily from air humidity in various climates.