Factor analysis and risk assessment of indoor environmental parameters and TSV in fitness centres under different zones, exercise intensities and times

Abstract

Maintaining regular physical exercise is essential for maintaining good health. In China, fitness centres are thriving, and the cleanliness of the exercise environment has become increasingly important. This study investigated the thermal response and indoor air environment of fitness personnel in various areas of a fitness centre using subjective evaluation and on-site air environment measurements. The findings revealed that the indoor air environment in different exercise areas of the fitness centre varied spatially, which can lead to discomfort amongst fitness personnel during exercise. Overall, the thermal sensation in different areas of the fitness centre was found consistently too hot. Temperature and humidity have the greatest impact on the thermal sensation of individuals in different areas, while indoor air pollutants have a minimal effect. The intensity and duration of exercise can also influence the body’s heat sensation and pollutant inhalation dose. The body’s heat balance mechanism can affect subjective evaluations. This study proposes three strategies for optimizing the indoor environment of fitness centres through principal component analysis. This paper provides data and a methodological framework for the development of specifications supporting the design, operation and management of the environment in fitness centres.

Exploring Airborne Pollutants in Fitness Environments: Implications for Health and Exercise

“…Figure S1), across both genders mean inhalation doses were in a range of 138-330 #/kg for men and 128-350 #/kg for women. These results showed that in agreement with the previous study (Cui et al 2024; Ramos et al 2015), CO 2 was the greatest contributor (99.6-99.9%; Fig. 2a), to the total inhaled dose (32433-74340 µg/kg for males; 30114-73448 µg/kg) for female being followed by TVOCs (0.13-0.39%), while PM > 2.5−10 and PM 2.5 , respectively accounted for 0.001-0.004% and 0.001-0.002% of the total dose.…”

“…, light to moderate exercise still has positive health bene ts(Schraufnagel et al 2019;Tainio et al 2016Tainio et al , 2021. However, for long-term exposure, the negative effects on health then could be considerable, emphasising the necessity to optimize indoor air quality in the sport and HC environment(Cui et al 2024). ConclusionsUnderstanding pollutant sources and distributions in tness settings is crucial to mitigating health risks associated with indoor air pollution.…”