109

11,290 千元

化學物質查核及資訊-化學物質資訊整合規劃建置

2020/04/17

2021/06/15

廖鼎鐘

化學局

王村丞

元緒科技股份有限公司

化學物質管理

流向追蹤、空間分布、運作管理

Flow tracking, Spatial distribution, Substances management

侯宏誼

葉書廷

04-22303477#

synct80435457@gmail.com

　　毒性及關注化學物質管理法修正後，環保署化學物質管理的數量將逐年增加，資料量龐大，應用成熟且廣泛使用的雲端及物聯網技術，除符合數位化政府的政策方向並且可以有效管理化學物質並掌握流向；此外產業園區化學物質運作安全與危害預防日漸複雜，將化學物質資訊與廠（場）地理空間資訊結合，平時可輔助主管機關及業者掌握廠（場）化學物質運作分布情形，便時也可協助外部消防救災單位快速掌握災防情資並指揮救災。 　　本計畫主要工作為推動化學物質流向物聯網，完備流向追蹤與勾稽機制、建置化學物質管理及毒化災防圖資系統，提升防災資訊能量及導入化學物質管理平台，強化大專院校實驗室管理。首先推動化學物質流向物聯網，完備流向追蹤與勾稽機制部分，完成流向追蹤平台功能擴增與物聯網技術方案提供，包含建置「化學物質參考資訊」、建立「SDS傳遞機制」、建立「系統資料交換」機制及建置整合低功率廣域網路(LPWAN)及超寬頻(UWB)標籤技術之流向追蹤機制。 　　在建置化學物質管理及毒化災防圖資系統，提升防災資訊能量部分，完成化學物質及災防圖資平台，包含建立「應變資訊管理」功能、建立「業者自主管理機制、申報及查核管理」功能及建立「災防圖資與應變資源」功能，同時，完成輔導科學工業園區及工業區產業園區業者，建置廠（場）內化學物質空間分布，共計11區域，1,311家工廠，3,215筆建物紀錄，並與新竹縣環保局及新竹縣消防局配合完成2場災防演練。 　　在導入化學物質管理平台，強化大專院校實驗室管理，完成11場次大專院校實地訪談，包含建立「實驗室儀表板」功能及建置「行動裝置影像辨識」作業機制，同時，完成輔導2所大專院校實驗室平台導入及操作訓練，進行實驗室運作紀錄管理，共計148次實驗紀錄。

流向追蹤、空間分布、運作管理

成果報告(公開版).pdf

0MB

2021/7/31 上午 12:00:00

After the revision of the Toxic and Concerned Chemical Substances Control Act, the number of chemical substances managed by the Environmental Protection Administration will increase yearly. With the huge amount of data, mature applications, and widely used cloud and Internet of Things (IoT) technologies, they not only comply with the policy direction of the digital government, but they can also effectively manage chemical substances and control the flow. In addition, the operational safety and hazard prevention of chemical substances in industrial parks becomes more complex. By combining the information of chemical substances with the geospatial information of the plants (sites), it can assist the competent authority and the operators to master the distribution of chemical substances in the plants (sites) at ordinary times, and also assist the external fire service and disaster relief units to quickly master the information of disaster prevention and direct disaster relief. The major tasks of the project are to promote the IoT for the flow of chemical substances, complete the flow tracking and audit mechanism, establish the mapping system of the “toxic chemical substance management and toxic chemical disaster prevention and rescue”, enhance the information and energy of disaster prevention, introduce the chemical substances management platform, and strengthen the laboratory management in colleges and universities. Firstly, the project promoted the IoT for the flow of chemical substances, completed the part of flow tracking and audit mechanism, and completed the function on expansion of the flow tracking platform and the provision of technical solutions for the IoT, including the establishment of “reference information of chemical substance”, “SDS delivery mechanism”, “exchange mechanism of system data”, and the flow tracking mechanism of Low-Power Wide-Area Network (LPWAN) and Ultra-Wideband (UWB) tagging technologies. In terms of building the mapping system of the “toxic chemical substance management and toxic chemical disaster prevention and rescue” and enhancing the information and energy of disaster prevention, the project completed the mapping platform of chemical substance and disaster prevention, including the establishment of the function of the “emergency information management”, the “operators autonomous management mechanism and report and audit management”, and the “mapping information of disaster prevention and emergency information”. At the same time, the project completed the guidance of the operators in science industrial parks and industrial parks, and it established the spatial distribution of chemical substances in the plants (sites) in a total of 11 areas, 1,311 plants, and 3,215 building records. It also completed two disaster prevention drills in cooperation with the Hsinchu County Environmental Protection Bureau and the Hsinchu County Fire Department. In terms of introducing the chemical substance management platform and strengthening laboratory management in colleges and universities, the project completed 11 field interviews of colleges and universities, including building the “laboratory dashboard” function and establishing the operation mechanism of “image identification of mobile device”. Meanwhile, the project completed the guidance of laboratory platform introduction and operation training in 2 colleges and universities, and conducted record management of laboratory operation, with a total of 148 experimental records.

Flow tracking, Spatial distribution, Substances management