Effectiveness evaluation of increment concentration control stra
「Effectiveness evaluation of increment concentration control stra」於資料集「EPQSummary_ChemicalSubstanceManagement」由單位「行政院環境保護署」的陳先生所提供，聯繫電話是02-2311-7722#2386，最近更新時間為：2023-07-30 01:01:48。 欄位Project Title的內容是Effectiveness evaluation of increment concentration control strategy and long-term air quality impact assessment of future new sources using air quality model(二) ， 欄位Project Subject的內容是Air quality models are playing vital roles in tasks concerning the air quality planning and regulatory compliance checking. As the content of air quality models becomes more sophisticated, both in their scientific mechanisms and in their data input, a successful job requires different aspect in supports and specialties. Taiwan EPA urged by this requirement has established the Air Quality Modeling Center (TAQMC), which recruits expertise and data resources in different institutes over the Island and is connected over the Internet platform to carry out its missions.
In this project, it is intended to layout the organization and operation of TAQMC. As an answer to please from the air pollution community, TAQMC’s operation is aimed to serve the community needs in three major areas, namely the expertise in advanced air pollution modeling, the data acquisition needs in model input and the computational platform needs. Furthermore, to meet the continuous challenge of both the scientific and legal advancement in the community, TAQMC also serves as the forum for new ideas and cooperative endeavors for future Air Quality.
TAQMC supported in this project has been inaugurated for over four years. Six universities have been involved in hardware, software and data bank supporting tasks. Through the web site contents and online information retrieving services, TAQMC has achieved its minimum function required by its goals. Both the reduction in task duplications and improvement in service and job quality are widely noticed by the community. The prospective of a final dynamic air quality managing system through the daily operation of TAQMC is the consensus among the common participating members.
According to the sixth and seventh terms in the air pollution control act, the sources applied to emit or change pollutant, which the quantity is larger than a certain value, have to demonstrate that their impact on air quality is below the tolerance values by air quality model. Therefore, air quality model become a necessary tool to determine the permit of stationary source. Besides, air quality model traditionally can be used on air quality management plan, air quality impact assessment, and state implement plan, and et al. The project of air quality modeling center is designed to support various air quality models in needs of regulation, administration, and development. The results are shown briefly as follows.
1. Assisted the technical examinations of air quality modeling for Environmental Protection Bureau of local government. On the basis of emission permit database, established by China Technical Consultants, this project screened 58 applications and completed 44 cases with detailed information. Twelve cases those performed air quality modeling were reproduced for confirming the accuracy of related information and air pollutants’ concentrations. This year also selected the first ten storages piles with particulate emissions simulated, and cited five cases to simulate the particulate concentration over neighborhoods receptors.
2. Assess the benefits of the “Allowable incremental limits” strategy. This project analyzed the time series data of criteria air pollutants over four distinct regions and examined the benefits of the “Allowable incremental limits” strategy. This study also created an emission index for estimating the trend of emission over varied regions with air pollutant’s concentration and meteorological parameters. Besides, this research utilized CALPUFF model to evaluate the appropriate emission scales of air pollutants.
3. Examination of air quality modeling proof. The required documents and database were established and updated. The GTx trajectory model was validated, and further training and announce of this air quality model would be continued.
4. Collection and analysis of emission, meteorological, and ambient air d... ， 欄位Project Year的內容是2006 ， 欄位Organizer的內容是Department of Air Quality Protection ＆amp; Noise Control ， 欄位Executive Unit的內容是雲林科技大學 環境安全衛生系 ， 欄位Reporting download URL的內容是https://epq.epa.gov.tw/ProjectDoc/FileDownload?fid=2076&proj_id=EFHRZSAIMC&doc_kind=1 ， 欄位Publish Date的內容是20070401 。
Project Title
Effectiveness evaluation of increment concentration control strategy and long-term air quality impact assessment of future new sources using air quality model(二)
Project Subject
Air quality models are playing vital roles in tasks concerning the air quality planning and regulatory compliance checking. As the content of air quality models becomes more sophisticated, both in their scientific mechanisms and in their data input, a successful job requires different aspect in supports and specialties. Taiwan EPA urged by this requirement has established the Air Quality Modeling Center (TAQMC), which recruits expertise and data resources in different institutes over the Island and is connected over the Internet platform to carry out its missions. In this project, it is intended to layout the organization and operation of TAQMC. As an answer to please from the air pollution community, TAQMC’s operation is aimed to serve the community needs in three major areas, namely the expertise in advanced air pollution modeling, the data acquisition needs in model input and the computational platform needs. Furthermore, to meet the continuous challenge of both the scientific and legal advancement in the community, TAQMC also serves as the forum for new ideas and cooperative endeavors for future Air Quality. TAQMC supported in this project has been inaugurated for over four years. Six universities have been involved in hardware, software and data bank supporting tasks. Through the web site contents and online information retrieving services, TAQMC has achieved its minimum function required by its goals. Both the reduction in task duplications and improvement in service and job quality are widely noticed by the community. The prospective of a final dynamic air quality managing system through the daily operation of TAQMC is the consensus among the common participating members. According to the sixth and seventh terms in the air pollution control act, the sources applied to emit or change pollutant, which the quantity is larger than a certain value, have to demonstrate that their impact on air quality is below the tolerance values by air quality model. Therefore, air quality model become a necessary tool to determine the permit of stationary source. Besides, air quality model traditionally can be used on air quality management plan, air quality impact assessment, and state implement plan, and et al. The project of air quality modeling center is designed to support various air quality models in needs of regulation, administration, and development. The results are shown briefly as follows. 1. Assisted the technical examinations of air quality modeling for Environmental Protection Bureau of local government. On the basis of emission permit database, established by China Technical Consultants, this project screened 58 applications and completed 44 cases with detailed information. Twelve cases those performed air quality modeling were reproduced for confirming the accuracy of related information and air pollutants’ concentrations. This year also selected the first ten storages piles with particulate emissions simulated, and cited five cases to simulate the particulate concentration over neighborhoods receptors. 2. Assess the benefits of the “Allowable incremental limits” strategy. This project analyzed the time series data of criteria air pollutants over four distinct regions and examined the benefits of the “Allowable incremental limits” strategy. This study also created an emission index for estimating the trend of emission over varied regions with air pollutant’s concentration and meteorological parameters. Besides, this research utilized CALPUFF model to evaluate the appropriate emission scales of air pollutants. 3. Examination of air quality modeling proof. The required documents and database were established and updated. The GTx trajectory model was validated, and further training and announce of this air quality model would be continued. 4. Collection and analysis of emission, meteorological, and ambient air d...
Project Year
2006
Organizer
Department of Air Quality Protection ＆amp; Noise Control
Executive Unit
雲林科技大學 環境安全衛生系
Reporting download URL
https://epq.epa.gov.tw/ProjectDoc/FileDownload?fid=2076&proj_id=EFHRZSAIMC&doc_kind=1
Publish Date
20070401
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