環保專案成果報告查詢系統

專案計畫編號	TCSB-106-EM02-02-A025
經費年度	106
計畫經費	3,950 千元
預算科目	毒物及化學物質評估與管理-既有化學物質登錄審查
專案開始日期	2017/12/13
專案結束日期	2018/08/12
專案主持人	羅振忠
主辦單位	化學局
承辦人	王村丞
執行單位	振業資訊有限公司
專案分類	化學物質管理
中文關鍵字	流向追蹤技術、化學物質供應鏈、雲端管理平臺
英文關鍵字	Flow-direction tracking technology, Supply chain for chemicals, Cloud-end management platform
協同主持人	高增英
共同主持人
計畫聯絡人	羅振忠
計畫聯絡電話	02-82286020#
計畫聯絡信箱	tsuncheng.wang@epa.gov.tw

中文摘要	本計畫係國內現有化學物質供應鏈（利害關係人）間原物料進口或製造、倉儲、運輸、庫存與領用等運作與管理調查切入，導入成熟5種辨識追蹤技術，並配合業者允作範圍及其廠區作業限制，展開5條毒性化學物質、1條環境用藥、4條食品廠化學物質運作使用等，共10條供應鏈，進行5種標籤技術各1,000個，貼附於各式化學物質外包裝，以手持式及固定式標籤資訊擷取裝置、解譯軟體與雲端化管理平臺進行化學物質標籤辨識、流向追蹤與定位，共實施至少60萬次以上化學物質包裝、容器之標籤辨識。其次，將本計畫所導入之技術與效能，提供10條供應鏈相關從業人員至少500人次之教育訓練，並依據本計畫執行經驗、業者期望與成果，提出合理化之化學物質流向管理策略及方案，建置具安全性與不可否認性之化學物質履歷智慧物聯網(Internet of Things,IoT)基礎架構，研提架構與資訊、外包裝標示、標籤記載內容、標籤格式規範、標示及標籤產製、標示及標籤繼承、應設置標籤偵測之關鍵節點、運送、貯存及其他技術規格等相關規範。本計畫場域實證與訓練期間，參與業者等多表達對化學物質流向追蹤政策、推動方式、導入技術及辦理教育訓練等措施，對於，提升工廠作業效率，簡化申報作業，均表達肯定，同時期望後續可以配合或參與相關計畫機會。考量政府管制手段必要性及管理行政成本負擔，並非所有化學物質均需利用物聯網技術追蹤流向，但鼓勵業者推動化學物質流向追蹤，將必要化學物質申報資訊傳遞至政府系統，並在顧及業者商業機密需求上，不公開資訊則保存於企業系統。因此，透過導入化學物質流向追蹤，除簡化業者化學物質申報作業外，具提升企業管理效能，藉由整合政府（公有雲）、企業（私有雲）間化學物質資料庫，取得安全與必要完整資訊，建構國內化學物質安全網絡。
中文關鍵字	流向追蹤技術、化學物質供應鏈、雲端管理平臺

中文摘要

本計畫係國內現有化學物質供應鏈（利害關係人）間原物料進口或製造、倉儲、運輸、庫存與領用等運作與管理調查切入，導入成熟5種辨識追蹤技術，並配合業者允作範圍及其廠區作業限制，展開5條毒性化學物質、1條環境用藥、4條食品廠化學物質運作使用等，共10條供應鏈，進行5種標籤技術各1,000個，貼附於各式化學物質外包裝，以手持式及固定式標籤資訊擷取裝置、解譯軟體與雲端化管理平臺進行化學物質標籤辨識、流向追蹤與定位，共實施至少60萬次以上化學物質包裝、容器之標籤辨識。其次，將本計畫所導入之技術與效能，提供10條供應鏈相關從業人員至少500人次之教育訓練，並依據本計畫執行經驗、業者期望與成果，提出合理化之化學物質流向管理策略及方案，建置具安全性與不可否認性之化學物質履歷智慧物聯網(Internet of Things,IoT)基礎架構，研提架構與資訊、外包裝標示、標籤記載內容、標籤格式規範、標示及標籤產製、標示及標籤繼承、應設置標籤偵測之關鍵節點、運送、貯存及其他技術規格等相關規範。本計畫場域實證與訓練期間，參與業者等多表達對化學物質流向追蹤政策、推動方式、導入技術及辦理教育訓練等措施，對於，提升工廠作業效率，簡化申報作業，均表達肯定，同時期望後續可以配合或參與相關計畫機會。考量政府管制手段必要性及管理行政成本負擔，並非所有化學物質均需利用物聯網技術追蹤流向，但鼓勵業者推動化學物質流向追蹤，將必要化學物質申報資訊傳遞至政府系統，並在顧及業者商業機密需求上，不公開資訊則保存於企業系統。因此，透過導入化學物質流向追蹤，除簡化業者化學物質申報作業外，具提升企業管理效能，藉由整合政府（公有雲）、企業（私有雲）間化學物質資料庫，取得安全與必要完整資訊，建構國內化學物質安全網絡。

中文關鍵字

流向追蹤技術、化學物質供應鏈、雲端管理平臺

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	期末報告摘要_公開.pdf	0MB		2018/12/1 上午 12:00:00

摘要	The plan will introduce five mature identification and tracking technologies, initially for applications in the import or manufacturing of raw materials in existing domestic supply chain for chemicals, warehousing, transportation, inventory, and retrieval. Then, coupled with permissible scope of businesses and norms and operational restrictions in factory premises, the five technologies will be applied in tracking five chemicals in 10 supply chains. Each of the five tracking technologies will employ 1,000 tags, which will be attached on the packages of various chemicals. The data of the tags will be transmitted with handheld or fixed data-retrieval devices to cloud-end management platform and subject to processing of interpretation software. The management platform carries out identification of chemical tags, plus flow-direction tracking and positioning. It has carried out at least 600,000 times of identifications of tags on packages or containers of chemicals. In addition, it will help with education and training for least 500 person/times with the technologies it introduces and expected achievements. Moreover, based on the experience of the execution of the plan, expectation of businesses, and achievements, strategy and program for the rationalized management of the flow direction of chemicals will be proposed, as the safe and non-repudiation fundamental framework for the Internet of things (IoT) for the traceability of chemicals. The strategies and solutions of IoT have been included in the architecture and information, package label, tags’ content, tags’ format, labeling of tag production, labeling of label inheritance, key nodes such as shipping and storage that should be detected and other technical specifications. During the field verification and training period of the plan, participating businesses have repeatedly acknowledged the government's policy pushing the tracking of the flow direction of chemicals, introduction of new technologies, and holding of education and training courses. They also expressed hope to take part in related plans in the future. Given the necessity of government control and management and administrative cost, it needs not apply IoT technology in tracking the flow direction of all chemicals. Enterprises, however, are encouraged to carry out tracking of the flow direction of chemicals and report, when necessary, related information to government system, while storing information involving business secrets in their own systems. Therefore, in addition to simplifying enterprises' reporting operation for chemicals, the introduction of tracking of the flow direction of chemicals will be conducive to the enhancement of corporate management efficacy. Via the integration of public and private databases on chemicals, complete safe and needed information will be obtainable, facilitating the establishment of safety network for chemicals in the nation.
英文關鍵字	Flow-direction tracking technology, Supply chain for chemicals, Cloud-end management platform

摘要

The plan will introduce five mature identification and tracking technologies, initially for applications in the import or manufacturing of raw materials in existing domestic supply chain for chemicals, warehousing, transportation, inventory, and retrieval. Then, coupled with permissible scope of businesses and norms and operational restrictions in factory premises, the five technologies will be applied in tracking five chemicals in 10 supply chains. Each of the five tracking technologies will employ 1,000 tags, which will be attached on the packages of various chemicals. The data of the tags will be transmitted with handheld or fixed data-retrieval devices to cloud-end management platform and subject to processing of interpretation software. The management platform carries out identification of chemical tags, plus flow-direction tracking and positioning. It has carried out at least 600,000 times of identifications of tags on packages or containers of chemicals. In addition, it will help with education and training for least 500 person/times with the technologies it introduces and expected achievements. Moreover, based on the experience of the execution of the plan, expectation of businesses, and achievements, strategy and program for the rationalized management of the flow direction of chemicals will be proposed, as the safe and non-repudiation fundamental framework for the Internet of things (IoT) for the traceability of chemicals. The strategies and solutions of IoT have been included in the architecture and information, package label, tags’ content, tags’ format, labeling of tag production, labeling of label inheritance, key nodes such as shipping and storage that should be detected and other technical specifications. During the field verification and training period of the plan, participating businesses have repeatedly acknowledged the government's policy pushing the tracking of the flow direction of chemicals, introduction of new technologies, and holding of education and training courses. They also expressed hope to take part in related plans in the future. Given the necessity of government control and management and administrative cost, it needs not apply IoT technology in tracking the flow direction of all chemicals. Enterprises, however, are encouraged to carry out tracking of the flow direction of chemicals and report, when necessary, related information to government system, while storing information involving business secrets in their own systems. Therefore, in addition to simplifying enterprises' reporting operation for chemicals, the introduction of tracking of the flow direction of chemicals will be conducive to the enhancement of corporate management efficacy. Via the integration of public and private databases on chemicals, complete safe and needed information will be obtainable, facilitating the establishment of safety network for chemicals in the nation.

英文關鍵字

Flow-direction tracking technology, Supply chain for chemicals, Cloud-end management platform