Hydrogen is a key component in the search for sustainable and pure energy. But because the gas is explosive when combined with air, this shift faces significant difficulties. It is essential to be able to identify hydrogen leaks as soon as feasible because of this. Researchers have created an optical sensor that can identify hydrogen at unprecedentedly low levels. They have created an optical hydrogen sensor to identify historically low hydrogen levels. Thus, it enters the group of sensors with the highest sensitivity.
Safety must always come first in the use and storage of hydrogen. Early leak detection allows quick repairs, saving you from completely shutting down the plant or vehicle.
The visual optical hydrogen sensor comprises numerous metal nanoparticles that cooperate to find hydrogen in their immediate environment. The new sensor was created using a different methodology than prior ones. The researchers have used cutting-edge AI technology to create the ideal interaction between the particles based on their proximity, diameter, and thickness instead of creating many samples and testing them individually to determine which works best. Consequently, a sensor was created to track changes in hydrogen concentration down to a few hundred-thousandths of a percent.
Combining the particles’ precise dimensions and their regular arrangement on a surface is the key to the new sensor’s low detection limit. Compared to the random particle configuration used in earlier sensors of the same type, this was more advantageous for the sensor’s sensitivity.
Related Content: Strain Sensors – Self-Healing, Stretchable