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應用標籤技術於化學物質管理暨精進化學雲計畫
Using Label Technology in Chemical Substances Management and Promoting Chemical Substances Management Information Platform.

  • 發布單位:毒物及化學物質局
應用標籤技術於化學物質管理暨精進化學雲計畫
專案計畫編號110A019
經費年度2021
計畫經費 千元
專案日期2021-07-05 ~ 2021-12-15
專案主持人廖鼎鐘
主辦單位毒物及化學物質局
承辦人王村丞
執行單位元緒科技股份有限公司
專案分類其他
中文關鍵字流向追蹤、應變資材管理、空間資料檢核
英文關鍵字flow-tracking, response-resources-management, spatial-data-inspection
協同主持人
共同主持人
計畫聯絡人葉書廷
中文摘要

近年國際間化學物質事故頻傳,環保署為進一步從源頭管理化學物質,故於108年修正「毒性及關注化學物質管理法」時新增「關注化學物質」,以利擴大列管化學物質並進行分級管理,掌握物質流向。   本計畫導入標籤技術,建立運作紀錄雲端檢核與管理機制,落實化學物質管理與流向追蹤,並建立毒化災應變體系資材管理模式,提升資材設備管理與應變調度效率,同時優化災防圖資系統功能,強化資料品質與應用性。   在化學物質管理與流向追蹤作業中,建立毒性及關注化學物質「許(核)可檢核機制」與「雲端運作紀錄表」,並輔導2家供應商及其下游業者,協助資料檢核及申報,共計建立2,895筆運作紀錄;並建置「化學物質交易管理檢核模式」,完成一氧化二氮及二氯甲烷示範供應鏈,共計建立395筆物質標籤及42筆運作紀錄;同時針對大專院校實驗室,提出應用標籤技術強化管理方案「防火智能櫃」。   其次,在毒化災應變體系資材管理作業中,建立「毒化災應變體系資材管理系統及檢核作業模式」,完成1處資材管理示範作業,共計建立886筆資材標籤及53筆運作紀錄,成果拋轉至「毒災防救管理資訊系統」中,並提出毒化災應變體系資材管理草案。   在優化災防圖資系統作業中,建立全國行政區空間資料庫與「地理座標檢核系統」,供「化學雲」匯入運作業者空間屬性資料,進行座標檢核與修正;並且擴增「危害預防應變圖資」繪圖功能。

英文摘要

Given the frequent incidents of social concerns about chemical substances both at home and abroad in recent years, and to further manage chemicals at source, the Environmental Protection Agency included the “Concerned Chemical Substance” to the amendment of the “Toxic and Concerned Chemical Substances Control Act” in 2019, to expand the chemical substance control, implement the control management, and control the substance flow. This project introduced the label technology, established the operating record of the cloud inspection and management mechanism, for implementing the chemical substances management and flow tracking, and established the material management mode for the response system of hazardous chemicals disasters, to enhance the material equipment management and the efficiency of response and dispatch. Meanwhile, the function of the disaster prevention map system was optimized, and the quality and applicability of data were strengthened. In the chemical substances management and the operation of tracking flow direction, the “Permit (Approval) and Inspection Mechanism” and the “Cloud System of Operating Record Sheet” for toxic and concerned chemical substances were established, and 2 suppliers and their downstream operators were guided for data inspection and declaration, obtaining 2,895 operating records in total. Furthermore, the “Inspection Mode of Chemical Substance Transaction Management” was built, the demonstration supply chain of N2O and CH2Cl2 was completed, and a total of 395 substance tags and 42 operating records were established. In the meantime, aiming at laboratories in colleges and universities, the “Fireproof Smart Locker” was proposed, to strengthen the management plan by applying the tracking technology. In the material management operation of the response system of hazardous chemical material disasters, the “Material Management System of the Response System of Hazardous Chemical Material Disasters” was established, 1 demonstration operation of material management was completed, and a total of 886 material tags and 53 operating records were set up. These results were transferred to the “Toxic Chemical Disaster Management Information System”, and the draft of material management for the response system of hazardous chemical material disasters was proposed. In the process of optimizing the disaster prevention map system, the spatial database of the nationwide administrative region and the “Geographical Coordinate Inspection System” was set up, for the “ChemiCloud” to import the operator’s spatial attribute data, to inspect and correct coordinates. Besides, the drawing functions of the “Risk Prevention and Response Map” were expanded.

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  • 點閱次數:40
  • 資料發布日期:111-04-26
  • 資料更新日期:111-04-26
  • 資料檢視日期:111-06-24
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