26–30 May 2024
CTU in Prague, Faculty of Nuclear Sciences and Physical Engineering
Europe/Prague timezone

Utilization of integral ventilation rate measurement in practice

Not scheduled
2h
115 (CTU in Prague, Faculty of Nuclear Sciences and Physical Engineering)

115

CTU in Prague, Faculty of Nuclear Sciences and Physical Engineering

Břehová 7, Praha 1, 115 19 50.0910372N, 14.4163028E

Speaker

Katerina Navratilova Rovenska (National Radiation Protection Institute (SURO))

Description

The exchange of air between the indoor and outdoor atmosphere is a key physical process that affects, among other things, the behaviour of all types of aerosols and gaseous contaminants, including radon/ thoron and their decay products in buildings, and mediates their transfer from indoor to outdoor air and vice versa. Commonly used technique of tracer gases was implemented into SURO’s measurement procedures in two modes, continuous and integral.
The integral air exchange rate measurement is more practical from the point of view of longer measurement time (i.e. improved coverage of user conditions), better comfort of the inhabitants of the building and tracer gas consumption. SURO utilizes integral air exchange rate measurement to objectify the results of radon measurement with respect to the minimum required hygienic air exchange rate (0.3 1/h), and as a radon diagnostic tool.
Practical use of integral air exchange measurement will be demonstrated through case studies.

Authors

Aleš Froňka (National Radiation Protection Institute (SURO)) Ivana Fojtikova (National Radiation Protection Institute (SURO)) Jan Hradecky (National Radiation Protection Institute (SURO)) Jan Lenk (National Radiation Protection Institute (SURO)) Karel Jilek (National Radiation Protection Institute (SURO)) Katerina Navratilova Rovenska (National Radiation Protection Institute (SURO)) Ondrej Parizek (National Radiation Protection Institute (SURO)) Radim Moznar (National Radiation Protection Institute (SURO))

Presentation materials

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