One more year has passed, one more orbit around the Sun, but still in many places of the world air pollution remains the number one threat for the health of the dwellers and the stability of the ecosystem. The political unwillingness to address air pollution and lots of green-washing from companies haven’t alleviated the situation anywhere. Sad, but even the COP26 was a bit of a fiasco as the leaders of this planet and the majority of the population are still trying to process the information of climate change and air pollution. Apparently, the world doesn’t want to sacrifice convince over the quality of life and life expectancy.
Megalomania and individualism are tearing the ecosystem apart and polarizing the society into left or right, pro-climate or anti-climate, pro-clean air (anapneism), or burn as much fossil fuel, waste and wood as possible. Plastic pollution is another big issue as well.
Starting with Insplorion AB, I am going to feature a series of articles about innovators in the field of air quality monitoring. My aim with these articles is to push the industry into the right direction. I don’t see air pollution as a way to make money but as a way to fix a problem, so by creating the right tools (sensors, air quality monitors, software, etc) we can shape the future towards a sustainable and less polluted environment.
Insplorion AB was founded in 2010 in Sweden, Europe by a team of professionals, Bengt Kasemo, Elin Larsson Langhammer, Christoph Langhammer and Igor Zoric. Although it is relatively a small company with less than 20 employees it is very active in nanotechnology, product research and sensor development. Insplorion’s core technology is the NanoPlasmonic Sensing (NPS),at least in my opinion, which you can read and learn how it works more on the interview below.
1. Tell us a bit about your motivation in developing air quality sensors?
We were approached by an entrepreneur who wanted to make a portable air quality device. He had scanned the market for all sensor technologies and not found any functional, especially for NO2. All current sensors were either too bulky, way too pricy or not sensitive or stable enough.When we dug deeper into the field, we confirm the problem and saw that the unmet need in the expanding air quality sensor market fitted very well with our core advantages: sensitive yet robust, and easy to miniaturize. Read More »