| 英文摘要 |
With the intention prevent erroneous air pollution information from creating public misconceptions, Taiwan Environmental Protection Agency wants to create the right information through air quality monitoring stations. The complexity of Taiwan’s landscape is creating issues in air quality monitoring, thus creating uneven spatial distribution. Through the interpolation method, air flow and air quality monitoring data were utilized to calculate areas without monitoring stations, showing that air quality monitoring spatial distribution is extremely important.
The point of concern for air quality monitoring stations the number of factors that need to be taken into consideration. The larger the monitoring area, the more pollutants that need to be monitored, population increase and higher terrain complexity. It’s simply impossible to set up unlimited amounts of air quality monitoring stations, thus it is necessary to create a perfect monitoring station analysis policy to maintain and increase the lifespan of each station.
To create an analysis on the effects of the qir quality, Taiwan implements numerous tools such as air quality simulation or emission source control and reduction. Thus, to solve the issue on the insufficiency of air quality data, simulation is used to model potential air pollution distribution scenarios using data from different monitoring stations. If the simulation results fall within the error margin, the monitoring station is viable to provide proper air quality data.
This project provides analysis on all monitoring stations, to provide updated information in comparison to original data, while analyze and produce potential sites for additional stations. Under multiple atmospheric conditions, numerous air quality simulations were run, to discover high concentration areas that lack monitoring stations and to organize all results into a standardized report, including monitoring incentive, function and position. Combined with the Environmental Protection Agency (EPA), simulation data is compared to original data, to analyze the source of pollution, and complete potential site inquiry, to provide valid real-time data to the public.
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