Organic Semiconductor Sensor for Hydrogen Detection

Higher education and research

Education and Research

A hydrogen detection device based on organic semiconductor materials that uses p-doping to detect hydrogen gas with speed, accuracy, and reversibility. The sensor operates from room temperature to 120°C and features an ultra-thin, flexible design.

A process in which oxygen molecules increase positive electrical charges in an organic material, forming the active detection layer of the sensor.

IoT technology integrated into the ROMEO system to enable real-time monitoring of wind turbine components and performance data collection.

United Kingdom

Saudi Arabia

A collaborative research project between Manchester University and KAUST to develop an organic semiconductor sensor for hydrogen detection using p-doping technology. The sensor operates from room temperature to 120°C with an ultra-thin, flexible design.

A hydrogen detection sensor based on organic semiconductor materials using p-doping technology. Features ultra-thin, flexible design; operates from room temperature to 120°C; enables rapid, accurate, and reversible hydrogen detection suitable for industrial, residential, and mobile applications.