The sensor is designed to operate without the need for an external power source by harvesting energy from its surroundings, making it suitable for continuous, on-the-go monitoring. Its high sensitivity, rapid response and low detection limit enable early identification of hazardous ammonia concentrations before they reach dangerous levels.
The lightweight and flexible design allows the sensor to be integrated into wearable devices such as smart bands, clothing or protective equipment. Beyond industrial safety, the technology also holds promise for applications in healthcare diagnostics, environmental monitoring and smart sensing systems.
The development represents a significant step towards next-generation wearable sensing technologies, combining high-performance gas detection with energy-efficient operation to provide reliable, real-time alerts against toxic ammonia exposure.
