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Showing 2 results for Swimming Pools

Z Yousefi,
Volume 2, Issue 3 (11-2009)
Abstract

Backgrounds and Objectives: Swimming pools water if not disinfected properly can be one of the infection sources of different microorganisms such as staphylococcus. This study is to aware the authorities and users about the conditions existed in sheltered swimming pools in Sari and to believe the contamination of the water there, related to the existence of staphylococcus aureus.

Materials and Method: In this descriptive study 32 specimens collected randomly from 15 swimming pools in action during three months from 60 cm deep under specific conditions in sterile containers and taken to the laboratory of health college in 2 hrs and were analyzed for the contamination from staphylococcus aureus and some other parameters like temperature, pH, chlorine residual and opacity on the basis of microbiological and standard methods.

Result: Results showed an average temperature of 27.08 degree Celsius, PH=7.6, average chlorine residual 1 mil/l and opacity average was 77 NTU % and the highest contamination from staphylococcus aureus (29.3 %) in C and the lowest (10.19 %) was observed in D swimming pool. Furthermore this analysis showed that in 90% of specimens there was a direct relationship between the ratio of chlorine residual, times of swimming, water temperature and the number of staphylococcus.

Conclusion: Swimming pools water if not disinfected properly can be one of the infection sources of different microorganisms such as staphylococcus. Some suggestions inorder to optimization of the swimming pools condition presented in this paper.


P Firouzi, H Aslani, A Aslhashemi,
Volume 11, Issue 4 (3-2019)
Abstract

Background and Objective: Nowadays, swimming pools as a sport and entertainment center have found more popularity. Violation of health based standards in terms of physicochemical, microbial and environmental health indices can turn pools into a potential source of disease transmission and spread. Due to the importance of maintaining swimmers’ comfort, health, and safety, the present study was aimed to consider environmental health status and physicochemical and microbial quality of swimming pools water in Tabriz.
Materials and Methods: In this descriptive cross-sectional study, the official checklists of swimming pools (consisting 10 public and 22 private swimming pools) were obtained from Tabriz Health Center. According to the inspections conducted in February 2017 and August 2017, the related information was extracted from the checklist. Data were analyzed using Excel software, SPSS version 23 and Chi-Square test.
Results: The average accordance of the physicochemical parameters with the standards for public and private pools was 67.5% and 65%, respectively. Among the physicochemical parameters, the residual free chlorine showed less accordance with the standards. On average, in the summer 49.5% and in the winter 28% of the pools showed microbial contamination.
Conclusion: The residual free chlorine values ​​in the pool, Jacuzzi and chiller indicated a weak management of pools and a high potential for pathogenicity. Therefore, continual surveillance of the environmental health status and planning for an objective inspection program by the local authorities, especially in private sector, is suggested.
 


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