Environmental pollutants emitted by various construction work and heavy equipment from construction sites, not only undermine the human living environment but also cause conflicts with residents near the construction sites. Therefore, this study aimed to determine the real-time monitoring indices of environmental pollutants in building construction using the data-mining technique for managing the environmental pollutant emissions inside the construction site and reducing the ambient pollution levels that can impact on the residents near construction sites. Based on the real-time empirical data measured from sensors at a construction site every five minutes during earthwork, this study determined the key impact factors affecting the noise, vibration, and dust in construction sites, as monitoring indices. Then the feasibility of using the real-time monitoring indices for each environmental pollutant was proven through the application of the current relevant policies. The results of this study showed that by controlling the monitoring indices of environmental pollutants in construction sites, the proportions at which the levels of noise, vibration, and dust exceed the current policies can be reduced by up to 61.7%, 3.4%, and 81.2%, respectively. By using the methodology and results of this study, construction companies can systemically plan their construction work considering the key equipment to be used and can effectively manage the pollutants inside the construction sites.
All Science Journal Classification (ASJC) codes
- Environmental Engineering
- Civil and Structural Engineering
- Geography, Planning and Development
- Building and Construction