In groundwater applications such as in finding a previous pollution source intensity from observation data of the pollutant concentrations at a later time, or in designing the final state of melting and freezing processes, it is necessary to construct a pollution/heat source at any given time from the final outcome state data.
For epidemiologic analyses, data on pollutants of interest were obtained from the Supersite/Tudor Ave.
Data of environmental pollutant emissions were obtained from the companies' sustainability reports.
For the design of wastewater reuse and the control of the associated risks, data of maximum pollutant concentrations play a major role.
Data of air pollutant concentrations (PM10, PM2.5, O3, SO2, NO2 and CO), meteorological factors (daily temperature, relative humidity and air pressure), and daily COPD-associated ED visits were collected from Taiwan Environmental Protection Administration air monitoring stations, Central Weather Bureau stations, and the Taiwan National Health Insurance database in Taipei area.
The application of this methodology on children is different from that on adults because of data collection, namely the methods used for collecting time activity patterns must be different and the time activity patterns are itself different, which leads to select different microenvironments to the data collection of pollutants' concentrations.
All the data on pollutants are published.
The air pollution simulation model used in Denmark to assess hourly immissions of airborne pollutants is a Gaussian air dispersion model based on emission data of the actual pollutant(s) and time series of meteorological data such as wind speed, wind direction, wind temperature, rain, snow, number of stacks, their heights, surrounding buildings, and surrounding terrain.
The work mainly focuses on environmental consideration and significance of thermodynamic and transport properties data of ubiquitous environmental pollutant (SDBS) and their utilisation in the improvement of design and calculation methods for its treatment and separation processes to minimize its toxicity and environmental hazards.
