In this video, we will talk about the causes of humidity indoors, explain our innovative aH-Controlled technology to you and show you a needs-based, cost-effective way of room dehumidification with this technology.
How to assess and maintain the indoor air quality is being discussed all over the world these days. The main reason for this is that crowds of people in closed rooms are currently only allowed if great efforts are made in terms of hygienic indoor air conditions. Therefore, solutions are needed to improve the indoor air quality and to reduce the risk of virus infection by aerosols in the air. A very promising approach can be a decentralised room ventilation system, depending on the CO2 concentration.
Our products of the new KF-/KL-25 series are applicable as overfill protections or leakage probes according to the German Federal Water Act (WHG) for water-endangering fluids. They can also be used in Ex area Zone 1.
Climate and dew point sensors with new protective caps extend ZILA's application range
Now, we can offer protective caps made of PTFE, aluminium or plastics for any of our compact (dew point) temperature and relative humidity sensors. This is the reason why exterior areas and environments with a higher damage potential are also included in the application range of our sensors now.
In Part 1 and Part 2 of our Radon article series we have already dealt with its characteristics and discussed where it can develop, with regard to potential dangers in houses. This part, however, will focus on the health risks caused by the noble gas in question.
In Part 1 of our radon article series, we have already laid the foundations on the subject of radon gas with regard to its characteristics, occurrence and limit values.In this second part, we will focus on radon exposure in houses, cellars and basements.
Radon is dangerous! For many years now, long-term measurements have been carried out in order to observe the effects of radon on the human body. As a matter of fact, this gas is more dangerous than passive smoking and also the second most common cause of lung cancer, directly after smoking.