This post is also available in: עברית (Hebrew)
Researchers made a breakthrough towards better understanding and combating air pollution, unveiling an innovative “lab-on-a-drone” system for real-time air pollution detection. This invention is designed to detect and analyze levels of pollutants in real-time while in the air, which is revolutionary because traditional monitoring systems are limited to ground-based measurements and often miss the pollutants higher in the atmosphere.
According to Interesting Engineering, one of the main polluting targets of this tech is hydrogen sulfide (H2S), a gas that is known for its unpleasant rotten-egg smell and is a common byproduct in petroleum refineries and wastewater treatment plants. The gas can act as an irritant but can also be toxic in substantial amounts.
Researcher João Flávio da Silveira Petruci and his team have sought to create an affordable ‘lab-on-a-drone’ that could not only sample the H2S gas while airborne but also analyze and report the data in real-time. The team then used 3D printing technology to create a custom device that they attached to the bottom of a commercially available quadcopter drone.
The team tested the drone by taking it to a wastewater treatment plant and sampling the air at three different altitudes (ground level, around 9 meters, and around 19 meters) throughout the day. The drone then transmitted its findings via Bluetooth to a smartphone, allowing real-time monitoring, as reported by Interesting Engineering.
Researchers believe this technology shows great potential and may be adapted to detect other air pollutants in the future, thus revolutionizing the ongoing fight against environmental degradation.
This invention not only holds the potential to revolutionize air quality measurement and serve as a vital step toward a cleaner, healthier future, it also opens a broader conversation on the leveraging of technology for sustainable environmental practices.