環保專案成果報告查詢系統

專案計畫編號
經費年度	113
計畫經費	9,100 千元
預算科目	淨零排放科技-資源循環減碳技術計畫
專案開始日期	2024/05/07
專案結束日期	2024/11/30
專案主持人	劉子瑜
主辦單位	循環署循環處理組
承辦人	李佳芸
執行單位	財團法人工業技術研究院
專案分類	資源循環、環境資訊系統、科技計畫
中文關鍵字	金屬及化學品資源循環、金屬及化學品資源循環資訊系統、金屬及化學品減碳效益
英文關鍵字	Recycling of Metals and Chemical Resources, Information System for Recycling of Metals and Chemical Resources, Carbon Reduction of Metals and Chemicals
協同主持人
共同主持人
計畫聯絡人	林柏睿
計畫聯絡電話	5917467
計畫聯絡信箱	BoruiLin@itri.org.tw

中文摘要	我國積極應對2050年全球淨零排放挑戰，於 111年發布「臺灣 2050淨零排放路徑及策略」十二項關鍵戰略。為了能夠達成其中關鍵戰略第 8項「資源循環零廢棄」這個重要目標，我國環境部以四大物料角度擬定資源循環策略，包含建置四大物料管理平台，透過整合性平台將散落於各部會機關的循環資源資訊彙整串聯，協助主管機關更有效掌握及管理國內物質循環狀況。本案團隊於112年執行「金屬化學品循環資訊平台及減碳效益評估」計畫，聚焦四大物料之一的金屬及化學品進行平台建置規劃。於去年度完成規劃「金屬及化學品資源循環資訊系統」平台四大主題區塊，以及建構 2項金屬及化學品資源循環生命週期流布圖及分析流向，並研析 3 種減碳效益估算方法，以建議金屬化學品減碳效益估算方法學。今年度本計畫延續 112年「金屬化學品循環資訊平台及減碳效益評估」計畫成果並進一步優化平台功能架構，依據分年規劃展開了 9大功能主題及 23項細部功能的開發，以提升資源管理效率並促進循環發展。包括完成公開區金屬 /化學品整體資源流布圖、法規查詢專區，以及管理端帳號管理、數據下載等多項基礎資訊查詢服務功能。同時建置了首頁搜尋、相關網站、訊息公告等平台版面內容的篩選和資訊匯入功能。針對非公開區，本計畫蒐整聚焦關鍵金屬 /化學品循環資源類型，並建立主題式單一流布流向，以利主管機關追蹤、管理物料的使用、廢棄、再利用情況，加速各階段金屬 /化學品資源的循環利用。
中文關鍵字	金屬及化學品資源循環、金屬及化學品資源循環資訊系統、金屬及化學品減碳效益

中文摘要

我國積極應對2050年全球淨零排放挑戰，於 111年發布「臺灣 2050淨零排放路徑及策略」十二項關鍵戰略。為了能夠達成其中關鍵戰略第 8項「資源循環零廢棄」這個重要目標，我國環境部以四大物料角度擬定資源循環策略，包含建置四大物料管理平台，透過整合性平台將散落於各部會機關的循環資源資訊彙整串聯，協助主管機關更有效掌握及管理國內物質循環狀況。本案團隊於112年執行「金屬化學品循環資訊平台及減碳效益評估」計畫，聚焦四大物料之一的金屬及化學品進行平台建置規劃。於去年度完成規劃「金屬及化學品資源循環資訊系統」平台四大主題區塊，以及建構 2項金屬及化學品資源循環生命週期流布圖及分析流向，並研析 3 種減碳效益估算方法，以建議金屬化學品減碳效益估算方法學。今年度本計畫延續 112年「金屬化學品循環資訊平台及減碳效益評估」計畫成果並進一步優化平台功能架構，依據分年規劃展開了 9大功能主題及 23項細部功能的開發，以提升資源管理效率並促進循環發展。包括完成公開區金屬 /化學品整體資源流布圖、法規查詢專區，以及管理端帳號管理、數據下載等多項基礎資訊查詢服務功能。同時建置了首頁搜尋、相關網站、訊息公告等平台版面內容的篩選和資訊匯入功能。針對非公開區，本計畫蒐整聚焦關鍵金屬 /化學品循環資源類型，並建立主題式單一流布流向，以利主管機關追蹤、管理物料的使用、廢棄、再利用情況，加速各階段金屬 /化學品資源的循環利用。

中文關鍵字

金屬及化學品資源循環、金屬及化學品資源循環資訊系統、金屬及化學品減碳效益

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	113年環境部資源循環署成果報告＿金屬及化學品循環資訊平台計畫FINAL.pdf	13MB		2025/2/25 上午 12:00:00

摘要	Taiwan is actively addressing the global challenge of achieving net-zero emissions by 2050 and, in 2022, released the "Taiwan 2050 Net-Zero Emissions Pathway and Strategy," which outlines twelve key strategies. To achieve the important goal of "Zero Waste in Resource Circulation," the 8th key strategy, the Ministry of Environment has devised a resource circulation strategy from the perspective of four major materials. This includes the establishment of four material management platforms, which integrate the dispersed resource circulation information across various government agencies into a cohesive platform. This approach assists regulatory authorities in more effectively monitoring and managing the domestic material circulation status. In 2023, our project team executed the "Metals and Chemicals Circulation Information Platform and Carbon Reduction Benefits Evaluation" project, focusing on the planning and establishment of a platform for metals and chemicals, one of the four major materials. Last year, the team completed the planning of the "Metals and Chemicals Resource Circulation Information System" platform, including four main thematic areas. Additionally, we constructed two resource circulation lifecycle flow diagrams for metals and chemicals and analyzed their flows. Furthermore, we examined three carbon reduction benefit estimation methods to recommend a methodology for assessing the carbon reduction benefits of metals and chemicals. This year's project continues the achievements of the 2023 "Metals and Chemicals Circulation Information Platform and Carbon Reduction Benefits Evaluation" project, further optimizing the platform's functional architecture. Based on a multi-year plan, we have developed nine major functional themes and 23 detailed functions to enhance resource management efficiency and promote circular development. This includes completing the public section's overall resource flow diagram for metals/chemicals, a regulatory inquiry area, and basic information query services such as account management and data download for the management section. We also implemented functions for filtering and importing information, such as homepage search, related websites, and message announcements. For the non-public section, the project has focused on collecting data on key metals/chemicals in resource circulation and establishing overall to single substance flow directions to facilitate the tracking and management of material usage, disposal, and reuse by regulatory authorities, thereby accelerating the circular use of metal/chemical resources at various stages.
英文關鍵字	Recycling of Metals and Chemical Resources, Information System for Recycling of Metals and Chemical Resources, Carbon Reduction of Metals and Chemicals

摘要

Taiwan is actively addressing the global challenge of achieving net-zero emissions by 2050 and, in 2022, released the "Taiwan 2050 Net-Zero Emissions Pathway and Strategy," which outlines twelve key strategies. To achieve the important goal of "Zero Waste in Resource Circulation," the 8th key strategy, the Ministry of Environment has devised a resource circulation strategy from the perspective of four major materials. This includes the establishment of four material management platforms, which integrate the dispersed resource circulation information across various government agencies into a cohesive platform. This approach assists regulatory authorities in more effectively monitoring and managing the domestic material circulation status. In 2023, our project team executed the "Metals and Chemicals Circulation Information Platform and Carbon Reduction Benefits Evaluation" project, focusing on the planning and establishment of a platform for metals and chemicals, one of the four major materials. Last year, the team completed the planning of the "Metals and Chemicals Resource Circulation Information System" platform, including four main thematic areas. Additionally, we constructed two resource circulation lifecycle flow diagrams for metals and chemicals and analyzed their flows. Furthermore, we examined three carbon reduction benefit estimation methods to recommend a methodology for assessing the carbon reduction benefits of metals and chemicals. This year's project continues the achievements of the 2023 "Metals and Chemicals Circulation Information Platform and Carbon Reduction Benefits Evaluation" project, further optimizing the platform's functional architecture. Based on a multi-year plan, we have developed nine major functional themes and 23 detailed functions to enhance resource management efficiency and promote circular development. This includes completing the public section's overall resource flow diagram for metals/chemicals, a regulatory inquiry area, and basic information query services such as account management and data download for the management section. We also implemented functions for filtering and importing information, such as homepage search, related websites, and message announcements. For the non-public section, the project has focused on collecting data on key metals/chemicals in resource circulation and establishing overall to single substance flow directions to facilitate the tracking and management of material usage, disposal, and reuse by regulatory authorities, thereby accelerating the circular use of metal/chemical resources at various stages.

英文關鍵字

Recycling of Metals and Chemical Resources, Information System for Recycling of Metals and Chemical Resources, Carbon Reduction of Metals and Chemicals