#11: Spring is in the Air Episode

#14: Air Pollution Part 3 – Sources of Particulates

In this podcast, we take a closer look at how particulate matter is generated, with emphasis on the smallest fractions which also are the ones with the worst health effects. The presentation is based on facts from the OPSIS blog [https://www.opsis.se/en/knowledge-base/opsis-blog/air-pollution-part-3-sources-of-particulates/] on this topic. Dialogue and voices are AI generated

#13: Air Pollution Part 2 – Sources of Gaseous Substances

We continue the series of podcast on air pollution by taking a closer look at where gas-phase air pollution comes from. The presentation is based on facts from the OPSIS blog [https://www.opsis.se/en/knowledge-base/opsis-blog/air-pollution-part-2-sources-of-gaseous-substances/] on this topic. Dialogue and voices are AI generated.

#12: Air Pollution Part 1 – What’s in the Air?

What is air pollution, where does it come from, and what can we do about it? This podcast is a first in a short series addressing these topics. The presentation is based on facts from the OPSIS blog [https://www.opsis.se/en/knowledge-base/opsis-blog/air-pollution-part-1-what-s-in-the-air/] on this topic. Dialogue and voices are AI-generated.

#11: Spring is in the Air Episode

At the home of OPSIS, the phrase ‘spring is in the air’ is an established saying, which means long-awaited warmer and longer days and the sense of a new beginning. But what’s in the air in the spring, really? Let’s take a look at seasonal variations of air pollution! The presentation is based on facts from the OPSIS blog [https://www.opsis.se/en/knowledge-base/opsis-blog/spring-is-in-the-air/] on this topic. Dialogue and voices are AI-generated.

#10: Inside the Gas Analyser – the Tuneable Diode Laser

OPSIS is probably best known for its gas analyser systems based on broad-band (“white”) light from xenon lamps and spectrometers or interferometers as the core analysis devices. However, OPSIS also offers an instrument type base on a quite different optical technique – light absorption detected by utilizing a tuneable diode laser. Let’s take a closer look! The presentation is based on facts from the OPSIS blog [https://www.opsis.se/en/knowledge-base/opsis-blog/inside-the-gas-analyser-the-tuneable-diode-laser/] on this topic. Dialogue and voices are AI generated.