環保專案成果報告查詢系統

專案計畫編號
經費年度	112
計畫經費	12,360 千元
預算科目	廢棄物管理-資源循環再利用
專案開始日期	2023/02/18
專案結束日期	2023/12/01
專案主持人	黃榮堯
主辦單位	循環署循環處理組
承辦人	柯顯文
執行單位	財團法人臺灣營建研究院
專案分類	資源循環、廢棄物管理
中文關鍵字	無機再生材料及粒料、營建循環、管理策略
英文關鍵字	Inorganic recycled materials and aggregate, Construction circulation, Management Strategy
協同主持人	郭斯傑
共同主持人
計畫聯絡人	羅文澤
計畫聯絡電話	02-89195000#5062
計畫聯絡信箱	suphotrod@tcri.org.tw

中文摘要	我國每年產生超過1,900萬噸的無機再生材料，包括飛灰底渣、爐碴、廢淨水污泥等八大類。這些材料經過處理後，其品質可媲美天然粒料，已被廣泛應用於營建工程。為有效利用這些資源，需考慮粒料的特性及工程適用性，並制定適合的整體管理策略和推動藍圖。這不僅有助於無機資源的合理分配和有效循環利用，還能實現無機資源的最佳利用和分流應用。此外，除了盤點無機再生粒料項目、種類與產出量外，本年度其他工作成果摘要如下： 1. 在112年1-9月間，我國的八大類59項無機資源產出量呈現下降趨勢。已盤點可回收利用的無機再生粒料，用於營建工程的需求量約2,605萬噸。這些無機資源在工程應用上的使用比例較去年有所增加。競合監控揭示了兩項需特別關注的無機資源：氧化碴和瀝青刨除料，建議將它們更廣泛地應用於其他工程項目。 2. 歐盟國家強調生產者延伸責任，即在設計階段就考慮到產品回收的難易程度。為了提高無機再生粒料的使用，除了增加使用誘因外，還需確保材料能滿足工程要求。根據案例研究，提出四大改進方向，包括增強生產者的責任、促進跨部門合作、加強創新技術研發，以及制定更明確的回收或再利用目標。 3. 對全國22個縣市的無機資源產出量和再生粒料需求進行了盤點，並將台灣的區域循環體系劃分為北部、中部、雲嘉南、高屏四大區域。本計畫旨在透過這些區域體系，促進地區合作，共同處理當地產出的無機資源，實現供需平衡，提高無機資源轉化為再生粒料的使用量。 4. 針對資源循環促進費，已進行相關制度的評估和整合，對國內主要無機資源、市場及應用進行了盤點，並提出未來的規劃方向。同時，收集了國內外營建工程的應用措施，特別關注混凝土與磚瓦等大宗廢棄物的處理，建議將現場分類作為未來管理的重點。已協助資源循環署完成無機資源推動計畫的五大策略及方法，以及最終去處的兩大推動策略及方法。
中文關鍵字	無機再生材料及粒料、營建循環、管理策略

中文摘要

我國每年產生超過1,900萬噸的無機再生材料，包括飛灰底渣、爐碴、廢淨水污泥等八大類。這些材料經過處理後，其品質可媲美天然粒料，已被廣泛應用於營建工程。為有效利用這些資源，需考慮粒料的特性及工程適用性，並制定適合的整體管理策略和推動藍圖。這不僅有助於無機資源的合理分配和有效循環利用，還能實現無機資源的最佳利用和分流應用。此外，除了盤點無機再生粒料項目、種類與產出量外，本年度其他工作成果摘要如下： 1. 在112年1-9月間，我國的八大類59項無機資源產出量呈現下降趨勢。已盤點可回收利用的無機再生粒料，用於營建工程的需求量約2,605萬噸。這些無機資源在工程應用上的使用比例較去年有所增加。競合監控揭示了兩項需特別關注的無機資源：氧化碴和瀝青刨除料，建議將它們更廣泛地應用於其他工程項目。 2. 歐盟國家強調生產者延伸責任，即在設計階段就考慮到產品回收的難易程度。為了提高無機再生粒料的使用，除了增加使用誘因外，還需確保材料能滿足工程要求。根據案例研究，提出四大改進方向，包括增強生產者的責任、促進跨部門合作、加強創新技術研發，以及制定更明確的回收或再利用目標。 3. 對全國22個縣市的無機資源產出量和再生粒料需求進行了盤點，並將台灣的區域循環體系劃分為北部、中部、雲嘉南、高屏四大區域。本計畫旨在透過這些區域體系，促進地區合作，共同處理當地產出的無機資源，實現供需平衡，提高無機資源轉化為再生粒料的使用量。 4. 針對資源循環促進費，已進行相關制度的評估和整合，對國內主要無機資源、市場及應用進行了盤點，並提出未來的規劃方向。同時，收集了國內外營建工程的應用措施，特別關注混凝土與磚瓦等大宗廢棄物的處理，建議將現場分類作為未來管理的重點。已協助資源循環署完成無機資源推動計畫的五大策略及方法，以及最終去處的兩大推動策略及方法。

中文關鍵字

無機再生材料及粒料、營建循環、管理策略

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	03-無機資源循環整合管理計畫-成果報告V3.pdf	11MB		2024/2/25 上午 12:00:00

摘要	Taiwan annually generates over 19 million tons of inorganic recycled materials, including eight major categories like fly ash slag, furnace slag, and waste clean water sludge. After processing, these materials match the quality of natural aggregates and are widely used in construction projects. Effective utilization of these resources requires consideration of their characteristics and suitability for construction, and the development of appropriate overall management strategies and implementation plans. This not only aids in the rational allocation and effective recycling of inorganic resources but also ensures their optimal use and application. Additionally, this year's work summary includes the following: 1. From January to September of the 112th year, the production of 59 items across eight categories of inorganic resources in Taiwan showed a decreasing trend. The estimated demand for recycled inorganic materials in construction projects is about 26.05 million tons. The proportion of these materials used in construction increased compared to last year. Competitive monitoring highlighted two inorganic resources needing special attention: oxidized slag in CLSM and asphalt planings in asphalt concrete, suggesting their broader application in various construction projects. 2. The European Union emphasizes extended producer responsibility, considering the ease of product recycling from the design stage. To increase the use of recycled inorganic materials, besides enhancing incentives, it's crucial to ensure the materials meet construction requirements. Four major areas for improvement were identified from case studies: enhancing producer responsibility, promoting inter-departmental cooperation, advancing innovation in technology, and setting clearer recycling or reuse targets. 3. An inventory of inorganic resource output and recycled material demand across Taiwan's 22 counties and cities led to the division of regional recycling systems into four areas: Northern, Central, Yunlin-Chiayi-Tainan, and Kaohsiung-Pingtung. The plan aims to foster regional cooperation, collectively manage local inorganic resources, balance supply and demand, and increase the use of inorganic materials converted into recycled aggregates. 4. Regarding the resource recycling promotion fee, an assessment and integration of related systems have been conducted, along with an inventory of major inorganic resources, market, and applications, proposing future planning directions. Measures applied in construction projects both domestically and abroad were collected, with a focus on managing major waste materials like concrete and bricks, suggesting onsite classification as a future management direction. The Resource Recycling Bureau was assisted in completing five major strategies and methods for promoting inorganic resource plans, as well as two major strategies and methods for future planning of final disposal.
英文關鍵字	Inorganic recycled materials and aggregate, Construction circulation, Management Strategy

摘要

Taiwan annually generates over 19 million tons of inorganic recycled materials, including eight major categories like fly ash slag, furnace slag, and waste clean water sludge. After processing, these materials match the quality of natural aggregates and are widely used in construction projects. Effective utilization of these resources requires consideration of their characteristics and suitability for construction, and the development of appropriate overall management strategies and implementation plans. This not only aids in the rational allocation and effective recycling of inorganic resources but also ensures their optimal use and application. Additionally, this year's work summary includes the following: 1. From January to September of the 112th year, the production of 59 items across eight categories of inorganic resources in Taiwan showed a decreasing trend. The estimated demand for recycled inorganic materials in construction projects is about 26.05 million tons. The proportion of these materials used in construction increased compared to last year. Competitive monitoring highlighted two inorganic resources needing special attention: oxidized slag in CLSM and asphalt planings in asphalt concrete, suggesting their broader application in various construction projects. 2. The European Union emphasizes extended producer responsibility, considering the ease of product recycling from the design stage. To increase the use of recycled inorganic materials, besides enhancing incentives, it's crucial to ensure the materials meet construction requirements. Four major areas for improvement were identified from case studies: enhancing producer responsibility, promoting inter-departmental cooperation, advancing innovation in technology, and setting clearer recycling or reuse targets. 3. An inventory of inorganic resource output and recycled material demand across Taiwan's 22 counties and cities led to the division of regional recycling systems into four areas: Northern, Central, Yunlin-Chiayi-Tainan, and Kaohsiung-Pingtung. The plan aims to foster regional cooperation, collectively manage local inorganic resources, balance supply and demand, and increase the use of inorganic materials converted into recycled aggregates. 4. Regarding the resource recycling promotion fee, an assessment and integration of related systems have been conducted, along with an inventory of major inorganic resources, market, and applications, proposing future planning directions. Measures applied in construction projects both domestically and abroad were collected, with a focus on managing major waste materials like concrete and bricks, suggesting onsite classification as a future management direction. The Resource Recycling Bureau was assisted in completing five major strategies and methods for promoting inorganic resource plans, as well as two major strategies and methods for future planning of final disposal.

英文關鍵字

Inorganic recycled materials and aggregate, Construction circulation, Management Strategy