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	8,863 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	2024/03/29
專案結束日期	2024/11/30
專案主持人	宋振銘
主辦單位	循環署循環處理組
承辦人	羅振誠
執行單位	國立中興大學
專案分類	資源循環、廢棄物管理、科技計畫
中文關鍵字	淨零排放、資源循環、低碳化
英文關鍵字	Net-zero Emissions, Resource Circulation, Low-carbonization
協同主持人	林明德；吳向宸；吳耿東
共同主持人
計畫聯絡人	馬豊彰
計畫聯絡電話	04-22850855#24
計畫聯絡信箱	Mark19@nchu.edu.tw

中文摘要	隨著全球氣候變遷議題日益受到重視，本計畫於執行期間已順利完成各項預定目標。在資源循環產業永續碳管理環境建置方面，成功開發碳管理工具及完成碳排放健檢輔導課程規劃。課程採用理論與實務並重的方式，透過案例分析與實作演練，協助學員掌握碳管理實務技能。本計畫舉辦10梯次「大小偵碳」工具平台登錄培訓，總計320位產業人員參與。在人才培育方面，完成3梯次溫室氣體盤查種子人員培訓課程，北、中、南三區共計43人次參訓，課程中特別強調實務操作與經驗分享，另完成1梯次ESG永續管理專業人員培訓課程，共24人次參與。在產業輔導方面，已完成33家業者的訪視診斷與低碳化/智慧化輔導潛力調查，透過現場訪視與深度訪談，協助業者發掘減碳機會。同時協助26家業者建立含範疇三之組織型溫室氣體盤點清冊，並提供客製化的減碳建議。在技術推廣方面，完成12項國內永續碳管理及AIC技術相關資源盤點，成功輔導10家次企業導入AIC技術。在推廣交流方面，完成2場專家諮詢會、1場產業減碳推動研商會、2場說明會及1場AIC導入輔導觀摩會，有效促進產官學研各界交流。本計畫執行結果顯示，透過系統性的培訓與輔導，已成功提升產業界的碳管理能力。特別是在人才培育方面，學員回饋顯示課程實用性高，有效協助企業建立自主碳管理能力。而在技術導入方面，AIC技術的應用不僅提升了營運效率，也達到了實質的減碳效果。未來建議持續深化產業輔導，協助更多業者進行碳盤查並導入創新技術，以加速產業綠色轉型。
中文關鍵字	淨零排放、資源循環、低碳化

中文摘要

隨著全球氣候變遷議題日益受到重視，本計畫於執行期間已順利完成各項預定目標。在資源循環產業永續碳管理環境建置方面，成功開發碳管理工具及完成碳排放健檢輔導課程規劃。課程採用理論與實務並重的方式，透過案例分析與實作演練，協助學員掌握碳管理實務技能。本計畫舉辦10梯次「大小偵碳」工具平台登錄培訓，總計320位產業人員參與。在人才培育方面，完成3梯次溫室氣體盤查種子人員培訓課程，北、中、南三區共計43人次參訓，課程中特別強調實務操作與經驗分享，另完成1梯次ESG永續管理專業人員培訓課程，共24人次參與。在產業輔導方面，已完成33家業者的訪視診斷與低碳化/智慧化輔導潛力調查，透過現場訪視與深度訪談，協助業者發掘減碳機會。同時協助26家業者建立含範疇三之組織型溫室氣體盤點清冊，並提供客製化的減碳建議。在技術推廣方面，完成12項國內永續碳管理及AIC技術相關資源盤點，成功輔導10家次企業導入AIC技術。在推廣交流方面，完成2場專家諮詢會、1場產業減碳推動研商會、2場說明會及1場AIC導入輔導觀摩會，有效促進產官學研各界交流。本計畫執行結果顯示，透過系統性的培訓與輔導，已成功提升產業界的碳管理能力。特別是在人才培育方面，學員回饋顯示課程實用性高，有效協助企業建立自主碳管理能力。而在技術導入方面，AIC技術的應用不僅提升了營運效率，也達到了實質的減碳效果。未來建議持續深化產業輔導，協助更多業者進行碳盤查並導入創新技術，以加速產業綠色轉型。

中文關鍵字

淨零排放、資源循環、低碳化

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	資源循環產業永續碳管理輔導計畫_成果報告(公開版_去識別化)1140107.pdf	15MB	資源循環產業永續碳管理輔導計畫_成果報告(公開版_去識別化)1140107	2025/1/20 上午 12:00:00

摘要	As global climate change concerns continue to gain prominence, our project has successfully achieved all predetermined objectives during its implementation period. In terms of establishing a sustainable carbon management environment for the resource recycling industry, we have successfully developed carbon management tools and completed carbon emissions inspection and guidance course planning. The curriculum adopts a balanced approach between theory and practice, utilizing case analyses and practical exercises to help participants master carbon management skills. The project conducted 10 sessions of "Da Xiao Zhe Tan" tool platform registration training, with a total of 320 industry personnel participating. In professional human resource development, we completed 3 sessions of greenhouse gas inventory seedpersonnel training courses across northern, central, and southern regions, totaling 43 participants. These courses emphasized practical operations and experience sharing. Additionally, we completed 1 session of ESG sustainability management professional training with 24 participants. In terms of industry guidance, we have completed diagnostic visits and low-carbon/smart transformation potential surveys for 33 businesses through on-site visits and in-depth interviews, helping operators identify carbon reduction opportunities. We also assisted 26 companies in establishing organizational greenhouse gas inventory lists including Scope 3 emissions, providing customized carbon reduction recommendations. Regarding technology promotion, we completed the inventory of 12 domestic sustainable carbon management and AIC (Automation, Intelligence, and Carbon reduction) technology-related resources, successfully guiding 10 enterprises in implementing AIC technology. For promotion and exchange, we completed 2 expert consultation meetings, 1 industry carbon reduction promotion deliberation meeting, 2 explanatory sessions, and 1 AIC implementation guidance observation meeting, effectively facilitating exchange among industry, government, academia, and research sectors. The project results demonstrate that through systematic training and guidance, we have successfully enhanced the carbon management capabilities of the industry. Particularly in talent development, participant feedback indicates high course practicality, effectively helping enterprises establish independent carbon management capabilities. In terms of technology implementation, the application of AIC technology has not only improved operational efficiency but also achieved substantial carbon reduction effects. Future recommendations include continuing to deepen industry guidance, assisting more operators in conducting carbon inventories and implementing innovative technologies to accelerate industry green transformation.
英文關鍵字	Net-zero Emissions, Resource Circulation, Low-carbonization

摘要

As global climate change concerns continue to gain prominence, our project has successfully achieved all predetermined objectives during its implementation period. In terms of establishing a sustainable carbon management environment for the resource recycling industry, we have successfully developed carbon management tools and completed carbon emissions inspection and guidance course planning. The curriculum adopts a balanced approach between theory and practice, utilizing case analyses and practical exercises to help participants master carbon management skills. The project conducted 10 sessions of "Da Xiao Zhe Tan" tool platform registration training, with a total of 320 industry personnel participating. In professional human resource development, we completed 3 sessions of greenhouse gas inventory seedpersonnel training courses across northern, central, and southern regions, totaling 43 participants. These courses emphasized practical operations and experience sharing. Additionally, we completed 1 session of ESG sustainability management professional training with 24 participants. In terms of industry guidance, we have completed diagnostic visits and low-carbon/smart transformation potential surveys for 33 businesses through on-site visits and in-depth interviews, helping operators identify carbon reduction opportunities. We also assisted 26 companies in establishing organizational greenhouse gas inventory lists including Scope 3 emissions, providing customized carbon reduction recommendations. Regarding technology promotion, we completed the inventory of 12 domestic sustainable carbon management and AIC (Automation, Intelligence, and Carbon reduction) technology-related resources, successfully guiding 10 enterprises in implementing AIC technology. For promotion and exchange, we completed 2 expert consultation meetings, 1 industry carbon reduction promotion deliberation meeting, 2 explanatory sessions, and 1 AIC implementation guidance observation meeting, effectively facilitating exchange among industry, government, academia, and research sectors. The project results demonstrate that through systematic training and guidance, we have successfully enhanced the carbon management capabilities of the industry. Particularly in talent development, participant feedback indicates high course practicality, effectively helping enterprises establish independent carbon management capabilities. In terms of technology implementation, the application of AIC technology has not only improved operational efficiency but also achieved substantial carbon reduction effects. Future recommendations include continuing to deepen industry guidance, assisting more operators in conducting carbon inventories and implementing innovative technologies to accelerate industry green transformation.

英文關鍵字

Net-zero Emissions, Resource Circulation, Low-carbonization