Exploring The Interrelation Between Indoor Bacterial Burden And The Physicochemical Dynamics Of Indoor Air Quality In Public Commercial Edifices

Abstract

This study investigates the relationship between the physical dynamics of indoor diseases and indoor air quality in public buildings in the National Capital Region (NCR) of Delhi. Based on information from studies, research, health assessment, and model development focused on three specific sectors, with an emphasis on indoor microbiological quality.

This study is integrated in the context of public sector buildings in the National Capital Region of Delhi.

A systematic survey was conducted in several commercial buildings to measure the microbial content of indoor air. Methodologically, this study uses existing techniques such as passive air sampling using schemes to determine pollution. The research was inspired by the methods used in previous studies and comparisons were made to increase the strength of the findings.

Preliminary findings highlight the importance of indoor bacteria. Temperature, relative humidity, and air pollution generally appear to be factors affecting indoor air quality, reflecting correlations found in research. Bacterial isolates identified different species, demonstrating the complexity of microbial dynamics in public buildings.

This study not only contributes significantly to the understanding of indoor microbial contamination of public sector facilities in the National Capital Region of Delhi but also provides insight into its health impacts. The findings highlight the importance of physical considerations in reducing bacterial growth and thus contribute to the development of strategies to improve indoor air quality in buildings to improve people's health.