環保專案成果報告查詢系統

專案計畫編號	EPA-106-FA12-02-A024
經費年度	106
計畫經費	8,750 千元
預算科目	空氣品質監測
專案開始日期	2017/01/16
專案結束日期	2018/06/30
專案主持人	鍾耀州
主辦單位	監資處
承辦人	陳彥君
執行單位	瑩諮科技股份有限公司
專案分類	大氣空氣
中文關鍵字	空氣品質監測站，品保品管，準確度查核
英文關鍵字	Air Quality Monitoring Station, Quality Control and Quality Assurance , Precision Check
協同主持人
共同主持人
計畫聯絡人	戴伶如
計畫聯絡電話	07-8151591#127
計畫聯絡信箱	lingjutai@envimac.com.tw

中文摘要	行政院環境保護署於104年陸續整合空氣品質監測資訊，納入地方環保機關空氣品質監測站及其他機關(構)空氣品質監測站等空氣品質資訊，以擴大環境監測資訊普及。本計畫以查核輔導方式評估監測站儀器準確度表現及連線數據品質及管理問題，後續並辦理相關教育訓練及工作檢討會以釐清監測系統問題，提供可依循參考作業方式，提升監測機構在管理面及執行面之專業能力。本計畫執行期間共針對31個地方環保機關、大型事業單位及特殊性工業區進行監測站查核輔導，輔導內容包括：手自動監測站儀器準確度查核、監測站操作維護管理、品保品管作業及監測數據處理及審核等四大項。其中系統輔導結果顯示，地方單位監測系統運作品質，多數測站維護狀態良好，惟少數測站維護人員及測站管理人員，對於品保觀念，尚處於模糊階段。當維護頻率偏低、標準件使用方式有誤或故障排除能力不佳時，則易導致後端分析數據有誤。建議地方單位考量合理的維護頻率並建立品保規範及定期教育訓練，以逐步提升監測管理能力。本次手自動監測站儀器準確度查核滿意率情形分別為，自動監測站績效查核整體滿意率為90.6%。依據監測種類的不同，滿意率表現分別為：粒狀物監測儀(93.9%)>氣象監測儀(92.6%)>動態稀釋校正器(91.9%)>氣狀物監測儀(88.8%)；手動監測站儀器查核整體滿意率為85.5%。除查核輔導部份，為使地方單位能積極提升監測站管理作為，亦辦理2場次教育訓練及1場次工作檢討會，內容涵蓋完整監測站系統介紹、監測方法要求及輔導結果檢討說明等。本計畫其他工作事項，包含完成2年度空氣品質監測年報、5份空氣品質監測手冊編撰及辦理4場次署內教育訓練。詳細之執行狀況請參閱本報告內文。
中文關鍵字	空氣品質監測站，品保品管，準確度查核

中文摘要

行政院環境保護署於104年陸續整合空氣品質監測資訊，納入地方環保機關空氣品質監測站及其他機關(構)空氣品質監測站等空氣品質資訊，以擴大環境監測資訊普及。本計畫以查核輔導方式評估監測站儀器準確度表現及連線數據品質及管理問題，後續並辦理相關教育訓練及工作檢討會以釐清監測系統問題，提供可依循參考作業方式，提升監測機構在管理面及執行面之專業能力。本計畫執行期間共針對31個地方環保機關、大型事業單位及特殊性工業區進行監測站查核輔導，輔導內容包括：手自動監測站儀器準確度查核、監測站操作維護管理、品保品管作業及監測數據處理及審核等四大項。其中系統輔導結果顯示，地方單位監測系統運作品質，多數測站維護狀態良好，惟少數測站維護人員及測站管理人員，對於品保觀念，尚處於模糊階段。當維護頻率偏低、標準件使用方式有誤或故障排除能力不佳時，則易導致後端分析數據有誤。建議地方單位考量合理的維護頻率並建立品保規範及定期教育訓練，以逐步提升監測管理能力。本次手自動監測站儀器準確度查核滿意率情形分別為，自動監測站績效查核整體滿意率為90.6%。依據監測種類的不同，滿意率表現分別為：粒狀物監測儀(93.9%)>氣象監測儀(92.6%)>動態稀釋校正器(91.9%)>氣狀物監測儀(88.8%)；手動監測站儀器查核整體滿意率為85.5%。除查核輔導部份，為使地方單位能積極提升監測站管理作為，亦辦理2場次教育訓練及1場次工作檢討會，內容涵蓋完整監測站系統介紹、監測方法要求及輔導結果檢討說明等。本計畫其他工作事項，包含完成2年度空氣品質監測年報、5份空氣品質監測手冊編撰及辦理4場次署內教育訓練。詳細之執行狀況請參閱本報告內文。

中文關鍵字

空氣品質監測站，品保品管，準確度查核

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	EPA106FA1202A024(公告).pdf	3MB		2018/10/1 上午 12:00:00

摘要	In year of 2015, Environmental Protection Administration (EPA) has successively integrated air quality monitoring information for various air quality monitoring stations, including local EPB air quality monitoring station, and other institutions’ air quality monitoring stations, to promote people’s knowledge on environment quality control. The project assesses the accuracy of the Monitor stations and the data management by execute audition process . It then conducts post-task meeting and correction training to clarify the monitoring system problems and provide follow-up reference methods. Enhance the professional competence of the monitoring organization in terms of management and execution. This project executes audition discipline for 31 local institutes, including local EPB, and other institutions. Audition includes manual and automatic monitoring precision check, station operation maintenance management, quality control and quality assurance on measured data process and data evaluation. The results indicate that local monitoring systems are operated and maintained well except few stations are not operated properly and some operators are still short of knowledge on the concepts of QC/QA importance. Some operators still don’t understand the purpose of quality control is to ensure the specification requirements are met and to provide as-built documentation of the end products. It is recommended that training on quality control / quality assurance (QC/QA) of data process and facilities (equipment) maintenance should be emphasized locally to promote the concept of QC/QA process. The results from manually and automatically monitored station are briefly introduced as follows: The satisfaction for automatic monitoring station is 90.6% (based on 491 items checked and 46 items defected). According to various types of measured, the satisfaction rate is particle-type sensor (93.9%)>weather-type sensor (92.6%)> dynamic calibration-type sensor (91.9%)>gas-type sensor (88.8%). The satisfaction for manual operated station is 85.5%. To enhance local station quality, numerous seminars were held. These seminars include basic system introduction, process, and monitor approaches, to the end data process. This project includes 2 annual air quality control reports, 5 manual preparation and edition, and 4 internal trainings. More details information can be found in the report.
英文關鍵字	Air Quality Monitoring Station, Quality Control and Quality Assurance , Precision Check

摘要

In year of 2015, Environmental Protection Administration (EPA) has successively integrated air quality monitoring information for various air quality monitoring stations, including local EPB air quality monitoring station, and other institutions’ air quality monitoring stations, to promote people’s knowledge on environment quality control. The project assesses the accuracy of the Monitor stations and the data management by execute audition process . It then conducts post-task meeting and correction training to clarify the monitoring system problems and provide follow-up reference methods. Enhance the professional competence of the monitoring organization in terms of management and execution. This project executes audition discipline for 31 local institutes, including local EPB, and other institutions. Audition includes manual and automatic monitoring precision check, station operation maintenance management, quality control and quality assurance on measured data process and data evaluation. The results indicate that local monitoring systems are operated and maintained well except few stations are not operated properly and some operators are still short of knowledge on the concepts of QC/QA importance. Some operators still don’t understand the purpose of quality control is to ensure the specification requirements are met and to provide as-built documentation of the end products. It is recommended that training on quality control / quality assurance (QC/QA) of data process and facilities (equipment) maintenance should be emphasized locally to promote the concept of QC/QA process. The results from manually and automatically monitored station are briefly introduced as follows: The satisfaction for automatic monitoring station is 90.6% (based on 491 items checked and 46 items defected). According to various types of measured, the satisfaction rate is particle-type sensor (93.9%)>weather-type sensor (92.6%)> dynamic calibration-type sensor (91.9%)>gas-type sensor (88.8%). The satisfaction for manual operated station is 85.5%. To enhance local station quality, numerous seminars were held. These seminars include basic system introduction, process, and monitor approaches, to the end data process. This project includes 2 annual air quality control reports, 5 manual preparation and edition, and 4 internal trainings. More details information can be found in the report.

英文關鍵字

Air Quality Monitoring Station, Quality Control and Quality Assurance , Precision Check