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	4,950 千元
預算科目	多元化垃圾處理計畫－第2期計畫-一般廢棄物管理
專案開始日期	2023/12/15
專案結束日期	2024/12/15
專案主持人	洪傳翔
主辦單位	環管署一般廢棄物管理組
承辦人	蔡明翰
執行單位	晶淨科技股份有限公司
專案分類	廢棄物管理
中文關鍵字	多元化廢棄物處理、整體園區、特種車輛機具
英文關鍵字	Waste Multi-treatment, Integrated Park, Special Vehicle and Machinery
協同主持人
共同主持人
計畫聯絡人	游文瑜
計畫聯絡電話	02-2579-0020#357
計畫聯絡信箱	irenegirl85428@gmail.com

中文摘要	本計畫針對國內一般廢棄物處理技術現況與發展方向進行分析，提出具體改善建議。以「多元化垃圾處理計畫」為基礎，推動「多元2.0計畫」，目標包括焚化廠升級、環保設施效能提升及循環經濟體系建構，實現廢棄物處理全面升級。本計畫分析了焚化廠容量不足及掩埋場飽和等問題，提出活化掩埋場及增設機械分選設備等策略；同時，彙整國內外技術及成功案例，如雲林縣零廢棄資源化系統、屏東縣垃圾全分選廠，以及德國的機械生物處理技術等，展現多元化轉廢為能的實踐成果。針對AIoT技術應用，本計畫提出焚化廠智能化升級策略，包含數據分析與預測模型應用，提高運轉效率並降低成本，進一步優化營運。在綠能發展方面，本計畫推動掩埋場轉型為太陽能光電設置場地，透過土地篩選、法律評估與案例分析（如宜蘭中山掩埋場），提出具體建議以達成2050淨零排放目標。此外，本計畫協助縣市推動綜合性廢棄物處理園區發展，結合資源化、綠能化及智能管理，並整合環管署多個廢棄物申報系統，提升信息化管理效能。透過與地方政府、專家學者及相關業務人員的交流，進一步探索多元化垃圾處理策略，為推動智慧環保政策落實與技術創新奠定了重要基礎。本計畫已完成辦理3場次地方交流會議總計281人參與；另辦理多元化垃圾處理整體規劃技術論壇1場次，總計78人參與；協助辦理1場次邀請各界專家、學者及業界人士參與運用基金投資垃圾清運處理智能優化減碳系統說明及意見交流會議，計36人出席；辦理1場次焚化廠導入AI技術專業團隊訪視會議及拍攝1支AI智能垃圾車清運車輛短片及圖卡設計，透過設計圖卡、短片作為政策宣傳，強化民眾對於政策的認知。
中文關鍵字	多元化廢棄物處理、整體園區、特種車輛機具

中文摘要

本計畫針對國內一般廢棄物處理技術現況與發展方向進行分析，提出具體改善建議。以「多元化垃圾處理計畫」為基礎，推動「多元2.0計畫」，目標包括焚化廠升級、環保設施效能提升及循環經濟體系建構，實現廢棄物處理全面升級。本計畫分析了焚化廠容量不足及掩埋場飽和等問題，提出活化掩埋場及增設機械分選設備等策略；同時，彙整國內外技術及成功案例，如雲林縣零廢棄資源化系統、屏東縣垃圾全分選廠，以及德國的機械生物處理技術等，展現多元化轉廢為能的實踐成果。針對AIoT技術應用，本計畫提出焚化廠智能化升級策略，包含數據分析與預測模型應用，提高運轉效率並降低成本，進一步優化營運。在綠能發展方面，本計畫推動掩埋場轉型為太陽能光電設置場地，透過土地篩選、法律評估與案例分析（如宜蘭中山掩埋場），提出具體建議以達成2050淨零排放目標。此外，本計畫協助縣市推動綜合性廢棄物處理園區發展，結合資源化、綠能化及智能管理，並整合環管署多個廢棄物申報系統，提升信息化管理效能。透過與地方政府、專家學者及相關業務人員的交流，進一步探索多元化垃圾處理策略，為推動智慧環保政策落實與技術創新奠定了重要基礎。本計畫已完成辦理3場次地方交流會議總計281人參與；另辦理多元化垃圾處理整體規劃技術論壇1場次，總計78人參與；協助辦理1場次邀請各界專家、學者及業界人士參與運用基金投資垃圾清運處理智能優化減碳系統說明及意見交流會議，計36人出席；辦理1場次焚化廠導入AI技術專業團隊訪視會議及拍攝1支AI智能垃圾車清運車輛短片及圖卡設計，透過設計圖卡、短片作為政策宣傳，強化民眾對於政策的認知。

中文關鍵字

多元化廢棄物處理、整體園區、特種車輛機具

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	113年國內一般廢棄物處理設施及環保清運車輛智能管理技術支援專案計畫成果報告定稿本(彙整本).pdf	70MB	成果報告定稿本	2025/1/20 上午 12:00:00

摘要	This plan analyzes the current status and development direction of domestic general waste treatment technology and puts forward specific improvement suggestions. Based on the "Diversified Waste Treatment Plan", we will promote the "Diversified 2.0 Plan", with goals including upgrading the incineration plant, improving the efficiency of envi-ronmental protection facilities and building a circular economy system to achieve a comprehensive upgrade of waste treatment. This plan analyzes problems such as insuffi-cient capacity of incineration plants and saturated land-fills, and proposes strategies such as reactivating land-fills and adding mechanical sorting equipment. At the same time, it compiles domestic and foreign technologies and successful cases, such as Yunlin County's zero-waste re-source utilization system, The Pingtung County Waste Sort-ing Plant, as well as German mechanical and biological treatment technology, demonstrate the practical results of diversified waste-to-energy conversion. In view of the ap-plication of AIoT technology, this plan proposes an intel-ligent upgrade strategy for the incineration plant, in-cluding the application of data analysis and predictive models to improve operating efficiency and reduce costs, and further optimize operations. In terms of green energy development, this plan promotes the transformation of landfills into solar photovoltaic installation sites. Through land screening, legal assessment and case analysis (such as Yilan Zhongshan Landfill), specific recommenda-tions are made to achieve the 2050 net-zero emission goal. In addition, this plan assists counties and cities in pro-moting the development of comprehensive waste treatment parks, combining resource utilization, green energy and intelligent management, and integrating multiple waste re-porting systems of the Environmental Management Department to improve the efficiency of information management. Through exchanges with local governments, experts, scholars and related business personnel, we further ex-plore diversified waste treatment strategies, laying an important foundation for promoting the implementation of smart environmental protection policies and technological innovation. This project has completed 3 local exchange meetings with a total of 281 participants; also organized 1 diversified waste treatment overall planning technology forum with a total of 78 participants; assisted in 1 local exchange meeting and invited experts, scholars and indus-try figures from all walks of life to participate in the use of fund investment An explanation and opinion exchange meeting on the intelligent optimization of carbon reduc-tion system for garbage collection and disposal, with 36 people in attendance; 1 visit meeting of the incineration plant’s introduction of AI technology professional team and the filming of 1 AI smart garbage truck removal vehi-cle short film and picture card design. Use design cards and short videos as policy promotions to enhance public awareness of policies.
英文關鍵字	Waste Multi-treatment, Integrated Park, Special Vehicle and Machinery

摘要

This plan analyzes the current status and development direction of domestic general waste treatment technology and puts forward specific improvement suggestions. Based on the "Diversified Waste Treatment Plan", we will promote the "Diversified 2.0 Plan", with goals including upgrading the incineration plant, improving the efficiency of envi-ronmental protection facilities and building a circular economy system to achieve a comprehensive upgrade of waste treatment. This plan analyzes problems such as insuffi-cient capacity of incineration plants and saturated land-fills, and proposes strategies such as reactivating land-fills and adding mechanical sorting equipment. At the same time, it compiles domestic and foreign technologies and successful cases, such as Yunlin County's zero-waste re-source utilization system, The Pingtung County Waste Sort-ing Plant, as well as German mechanical and biological treatment technology, demonstrate the practical results of diversified waste-to-energy conversion. In view of the ap-plication of AIoT technology, this plan proposes an intel-ligent upgrade strategy for the incineration plant, in-cluding the application of data analysis and predictive models to improve operating efficiency and reduce costs, and further optimize operations. In terms of green energy development, this plan promotes the transformation of landfills into solar photovoltaic installation sites. Through land screening, legal assessment and case analysis (such as Yilan Zhongshan Landfill), specific recommenda-tions are made to achieve the 2050 net-zero emission goal. In addition, this plan assists counties and cities in pro-moting the development of comprehensive waste treatment parks, combining resource utilization, green energy and intelligent management, and integrating multiple waste re-porting systems of the Environmental Management Department to improve the efficiency of information management. Through exchanges with local governments, experts, scholars and related business personnel, we further ex-plore diversified waste treatment strategies, laying an important foundation for promoting the implementation of smart environmental protection policies and technological innovation. This project has completed 3 local exchange meetings with a total of 281 participants; also organized 1 diversified waste treatment overall planning technology forum with a total of 78 participants; assisted in 1 local exchange meeting and invited experts, scholars and indus-try figures from all walks of life to participate in the use of fund investment An explanation and opinion exchange meeting on the intelligent optimization of carbon reduc-tion system for garbage collection and disposal, with 36 people in attendance; 1 visit meeting of the incineration plant’s introduction of AI technology professional team and the filming of 1 AI smart garbage truck removal vehi-cle short film and picture card design. Use design cards and short videos as policy promotions to enhance public awareness of policies.

英文關鍵字

Waste Multi-treatment, Integrated Park, Special Vehicle and Machinery