SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION

Survey of the buildings in the Lesnoy city, Sverdlovsk region, on the indoor radon were performed. Measurements of radon volume activity were carried out by integral method using radon track exposimeters REI-4. Exposimeters were installed for measurements at 2–4 months in the heating and warm period...

Full description

Bibliographic Details
Main Authors: A. M. Marennyy, M. E. Kiseleva, N. A. Nefedov, G. I. Sutiagina, L. E. Karl
Format: Article
Language:English
Published: Saint-Petersburg Research Institute of Radiation Hygiene after Professor P.V. Ramzaev 2018-10-01
Series:Радиационная гигиена
Subjects:
Online Access:https://www.radhyg.ru/jour/article/view/571
_version_ 1826546671718236160
author A. M. Marennyy
M. E. Kiseleva
N. A. Nefedov
G. I. Sutiagina
L. E. Karl
author_facet A. M. Marennyy
M. E. Kiseleva
N. A. Nefedov
G. I. Sutiagina
L. E. Karl
author_sort A. M. Marennyy
collection DOAJ
description Survey of the buildings in the Lesnoy city, Sverdlovsk region, on the indoor radon were performed. Measurements of radon volume activity were carried out by integral method using radon track exposimeters REI-4. Exposimeters were installed for measurements at 2–4 months in the heating and warm periods of the year in the same premises. 17 kindergartens, 7 schools, 20 dwelling houses, 22 medical institutions and 3 other institutions were surveyed. The values of the equivalent equilibrium concentration of radon and indoor radon doses are obtained. The results of determining the radon equivalent equilibrium concentration in the premises on different floors of buildings belonging to different groups in the heating and warm period of the year, as well as the estimated average annual values of equivalent equilibrium concentration are presented. Average annual values of equivalent equilibrium concentration for kindergartens, schools, dwellings houses and medical institutions are in the range of 34–51 Bq/m3, and only for other institutions reach 79 Bq/m3. Average values of equivalent equilibrium concentration for all premises of the city Lesnoy were: for the heating period -  46 Bq/m3, for warm – 38 Bq/m3, average annual - 42 Bq/m3. It is shown that both for separate periods and for the annual the ratio of average equivalent equilibrium concentration values in the rooms on the second floors in relation to the first floors of different groups buildings is 0.6–0.8. For higher floors of dwellings houses the radon equivalent equilibrium concentration values does not depend on the floor. This can be explained by both the small statistics of measurements in the rooms on the upper floors and the relatively low values of equivalent equilibrium concentration, that is typical for most buildings of the city. The estimates showed that the average radon concentration in brick houses is less than in slag-block houses: the values of radon equivalent equilibrium concentration – 6 – 188 and 10 – 235 Bq/m3, the average annual values – 41 and 54 Bq/ m3, respectively. Conservative estimates of annual doses of radon in all the surveyed premises do not exceed 10 mSv/year, and the average annual doses for most groups of buildings (kindergartens, schools, dwelling houses, medical institutions) are in the range of 2 – 3 mSv/year, and only for the group «Other institutions» - up to 4 mSv/year.
first_indexed 2024-04-10T01:21:46Z
format Article
id doaj.art-791baee24dc14b49b7cbc2db3bf3675c
institution Directory Open Access Journal
issn 1998-426X
language English
last_indexed 2025-03-14T05:37:28Z
publishDate 2018-10-01
publisher Saint-Petersburg Research Institute of Radiation Hygiene after Professor P.V. Ramzaev
record_format Article
series Радиационная гигиена
spelling doaj.art-791baee24dc14b49b7cbc2db3bf3675c2025-03-05T14:03:17ZengSaint-Petersburg Research Institute of Radiation Hygiene after Professor P.V. RamzaevРадиационная гигиена1998-426X2018-10-011139210610.21514/1998-426X-2018-11-3-92-106549SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATIONA. M. Marennyy0M. E. Kiseleva1N. A. Nefedov2G. I. Sutiagina3L. E. Karl4Research and Technical Center of Radiation-Chemical Safety and Hygiene, Federal Medical-Biological Agency.Center of Hygiene and Epidemiology № 91, FMBA of Russia.Research and Technical Center of Radiation-Chemical Safety and Hygiene, Federal Medical-Biological Agency.Center of Hygiene and Epidemiology № 91, FMBA of Russia.Research and Technical Center of Radiation-Chemical Safety and Hygiene, Federal Medical-Biological Agency.Survey of the buildings in the Lesnoy city, Sverdlovsk region, on the indoor radon were performed. Measurements of radon volume activity were carried out by integral method using radon track exposimeters REI-4. Exposimeters were installed for measurements at 2–4 months in the heating and warm periods of the year in the same premises. 17 kindergartens, 7 schools, 20 dwelling houses, 22 medical institutions and 3 other institutions were surveyed. The values of the equivalent equilibrium concentration of radon and indoor radon doses are obtained. The results of determining the radon equivalent equilibrium concentration in the premises on different floors of buildings belonging to different groups in the heating and warm period of the year, as well as the estimated average annual values of equivalent equilibrium concentration are presented. Average annual values of equivalent equilibrium concentration for kindergartens, schools, dwellings houses and medical institutions are in the range of 34–51 Bq/m3, and only for other institutions reach 79 Bq/m3. Average values of equivalent equilibrium concentration for all premises of the city Lesnoy were: for the heating period -  46 Bq/m3, for warm – 38 Bq/m3, average annual - 42 Bq/m3. It is shown that both for separate periods and for the annual the ratio of average equivalent equilibrium concentration values in the rooms on the second floors in relation to the first floors of different groups buildings is 0.6–0.8. For higher floors of dwellings houses the radon equivalent equilibrium concentration values does not depend on the floor. This can be explained by both the small statistics of measurements in the rooms on the upper floors and the relatively low values of equivalent equilibrium concentration, that is typical for most buildings of the city. The estimates showed that the average radon concentration in brick houses is less than in slag-block houses: the values of radon equivalent equilibrium concentration – 6 – 188 and 10 – 235 Bq/m3, the average annual values – 41 and 54 Bq/ m3, respectively. Conservative estimates of annual doses of radon in all the surveyed premises do not exceed 10 mSv/year, and the average annual doses for most groups of buildings (kindergartens, schools, dwelling houses, medical institutions) are in the range of 2 – 3 mSv/year, and only for the group «Other institutions» - up to 4 mSv/year.https://www.radhyg.ru/jour/article/view/571surveyvolume radon activityeecdosepremisesdwellingspublic buildingstownradiation safety
spellingShingle A. M. Marennyy
M. E. Kiseleva
N. A. Nefedov
G. I. Sutiagina
L. E. Karl
SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION
Радиационная гигиена
survey
volume radon activity
eec
dose
premises
dwellings
public buildings
town
radiation safety
title SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION
title_full SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION
title_fullStr SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION
title_full_unstemmed SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION
title_short SURVEY OF BUILDINGS IN THE CITY LESNOY ON THE INDOOR RADON CONCENTRATION
title_sort survey of buildings in the city lesnoy on the indoor radon concentration
topic survey
volume radon activity
eec
dose
premises
dwellings
public buildings
town
radiation safety
url https://www.radhyg.ru/jour/article/view/571
work_keys_str_mv AT ammarennyy surveyofbuildingsinthecitylesnoyontheindoorradonconcentration
AT mekiseleva surveyofbuildingsinthecitylesnoyontheindoorradonconcentration
AT nanefedov surveyofbuildingsinthecitylesnoyontheindoorradonconcentration
AT gisutiagina surveyofbuildingsinthecitylesnoyontheindoorradonconcentration
AT lekarl surveyofbuildingsinthecitylesnoyontheindoorradonconcentration