Tag Archives: Indoor Vaping

Study on Indoor Vaping: Unlikely to Pose a Risk

Indoor Vaping StudyAccording to the latest research, indoor vaping is unlikely to be a health threat to those within the vicinity. The ongoing debate regarding vaping indoors has recently been tested by a study that examines indoor air quality before and after usage, conducted by three educational research institutions from Europe, ETH Zurich the Swiss Federal Institute of Technology.

Kaunas University of Technology in Lithuania, and the EMPA Swiss Federal Laboratories for Materials Science and Technology.

The findings have been remarkable, and they offer an exceptional range of data that has never before been available on the subject. The study was recently presented at a conference focused on research dedicated to indoor air quality in Barcelona Spain, and it is groundbreaking because this type of data was nonexistent prior.

The research specifically tested air quality risk to bystanders and non-vapors when exposed to vapor that has just been exhaled. The most groundbreaking aspect of the study found that the particulates of the e-liquid vapor dissipated in mere seconds after exhalation, which results in an extraordinarily low level of risk to those who are exposed to the vapor once it has been exhaled. Additionally this research throws a major monkey wrench into the argument of comparing e-cigarette vapor and tobacco smoke, likening the two as the same byproduct. For vapers, this is a major win because it adds evidence to the equation, where there was nothing more than educated speculation before.

Different scenarios were tested, involving rooms with and without ventilation systems, to see if the effect of the vapor’s dissipation was varying between them, however the researchers discovered the same results from both environments.

Tobacco smoke, is obviously the results of burnt plant matter, tobacco. It is laced with thousands of chemicals, and leaves behind a toxic tar. These particulates are extremely dangerous, and they accumulate over time once exhaled, lingering in the air. In contrast to vapor, in which the aerosol particles exist only for a few seconds afterwards, renders any such comparison between vapor and smoke, especially in regards to the secondhand affect, are completely void.

So, another positive study on the effects of vaping in the books. We are elated that such research is coming to light, and further adding to the credibility of this exciting, emerging industry!