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	12,185 千元
預算科目	資源回收調查、評估與規劃、輔導
專案開始日期	2023/05/23
專案結束日期	2023/12/31
專案主持人	王家祥
主辦單位	循環署回收基金管理會
承辦人	鄭安利
執行單位	毅泰管理顧問股份有限公司
專案分類	資源循環
中文關鍵字	資源回收物、海洋廢棄物、海洋廢棄物循環產品標章
英文關鍵字	recyclable waste, marine debris, ecycled Marine Debris Product Label
協同主持人	張英華
共同主持人
計畫聯絡人	邱羣博
計畫聯絡電話	02-29533590#614
計畫聯絡信箱	etibonnie@gmail.com

中文摘要	(1)彙整各縣市執行機關提報資料，蒐集並研析北、中、南、東區回收業與個體戶平均收購價格以及流向販售對象，並與其比對，推導資源回收物流向生態鏈，檢視市場運作。 (2)完成廢容器收購價格資訊彙整及分析，持續觀察回收清除成本變化，維持相當回收清除補貼及回收市場誘因；針對玻璃容器進行費率檢討及調整，提高單色及雜色玻璃差別補貼費率。 (3)完成36件附著含水率及附著雜質率之採樣檢測，由101~112年採樣檢測數據，觀察其變化趨勢，除廢PET醬油容器係於本年度首度檢測，其餘項目之檢測結果均在變化範圍內。 (4)針對容器之綠色費率方案以1.產品添加再生料、2.產品使用綠色設計提出建議，除可增加再生料去化管道外，亦能增加再生料純度與減少廢棄物，並辦理「應回收容器綠色費率規劃內容」研商會議及「填充食品之塑膠容器使用再生料綠色費率查核實務」專家學者與業者座談會以蒐集各界意見。 (5)蒐集國內外產品標章/標示管理法令，提出海洋廢棄物循環產品標章推動作業要點修正建議，並辦理1場海洋廢棄物循環利用座談會，完成輔導2家企業取得海廢產品標章。另研擬受補貼機構產品分級管理及配套措施計畫。 (6)完成國內外供食品及非食品容器包裝製造使用PET再製酯粒再利用資訊。研析PET容器包裝處理廠產製各類別再生料之再利用情形，包括各再利用機構再利用量與佔比，及各類別再生料之再利用產品類型，並研提再利用建議措施。 (7)已媒合廢玻璃容器受補貼機構將約3,300公噸廢玻璃研磨成4mm以下玻璃砂後，交由景觀建築材料公司再利用，製成高壓地磚或景觀建材等產品，可符合後端施工單位及購買者之需求；並辦理1場次「玻璃容器玻璃(砂)再生粒料應用示範作業交流分享會」。
中文關鍵字	資源回收物、海洋廢棄物、海洋廢棄物循環產品標章

中文摘要

(1)彙整各縣市執行機關提報資料，蒐集並研析北、中、南、東區回收業與個體戶平均收購價格以及流向販售對象，並與其比對，推導資源回收物流向生態鏈，檢視市場運作。 (2)完成廢容器收購價格資訊彙整及分析，持續觀察回收清除成本變化，維持相當回收清除補貼及回收市場誘因；針對玻璃容器進行費率檢討及調整，提高單色及雜色玻璃差別補貼費率。 (3)完成36件附著含水率及附著雜質率之採樣檢測，由101~112年採樣檢測數據，觀察其變化趨勢，除廢PET醬油容器係於本年度首度檢測，其餘項目之檢測結果均在變化範圍內。 (4)針對容器之綠色費率方案以1.產品添加再生料、2.產品使用綠色設計提出建議，除可增加再生料去化管道外，亦能增加再生料純度與減少廢棄物，並辦理「應回收容器綠色費率規劃內容」研商會議及「填充食品之塑膠容器使用再生料綠色費率查核實務」專家學者與業者座談會以蒐集各界意見。 (5)蒐集國內外產品標章/標示管理法令，提出海洋廢棄物循環產品標章推動作業要點修正建議，並辦理1場海洋廢棄物循環利用座談會，完成輔導2家企業取得海廢產品標章。另研擬受補貼機構產品分級管理及配套措施計畫。 (6)完成國內外供食品及非食品容器包裝製造使用PET再製酯粒再利用資訊。研析PET容器包裝處理廠產製各類別再生料之再利用情形，包括各再利用機構再利用量與佔比，及各類別再生料之再利用產品類型，並研提再利用建議措施。 (7)已媒合廢玻璃容器受補貼機構將約3,300公噸廢玻璃研磨成4mm以下玻璃砂後，交由景觀建築材料公司再利用，製成高壓地磚或景觀建材等產品，可符合後端施工單位及購買者之需求；並辦理1場次「玻璃容器玻璃(砂)再生粒料應用示範作業交流分享會」。

中文關鍵字

資源回收物、海洋廢棄物、海洋廢棄物循環產品標章

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	ETI_112年_資源回收物成果報告(公開版)-ALL.pdf	43MB	成果報告	2024/4/1 上午 12:00:00

摘要	To improve the resource recycling management system and improve resource recycling, the recycling and processing system is strengthened by investigating information related to price changes of resource recycling and using management and economic tools. The other aspect involves keeping track of marine waste recycling, labelling application information areas, connecting the industrial chain, creating regulations for plastic container usage that align with international trends, establishing hierarchical management and inspection mechanisms, and finally making plans to handle waste glass containers (glass and sand). Through this project, mixed and decomposed recycled pellets are used to promote resource management and recycling, improve recycling efficiency, and promote resource recycling. Relevant achievements of this project include: 1.Compile the information submitted by the executive agencies of each county and city and compare it with other information, including recycling and processing industry operation statistical reports, environmental protection bureau inspection and visit price information, etc., through the recycling industry in the North, Central, South and East Districts and The accuracy and completeness of the average purchase price of self-employed individuals and the monthly collection and compilation of flows to sales objects are analyzed to analyze the flow ecological chain and review market operations. 2.Analyze the flow distribution and recycling rate of waste containers, waste paper and scrap iron, as well as the collection and analysis of waste container purchase price information, and observe the changes in recycling and removal costs. The plastic container project has fallen due to the decline in international petrochemical raw material prices, and chemical materials such as: ethylene, propylene is still in oversupply, resulting in a drop in raw material prices, and the price of recycled materials from waste plastic containers is also affected by this. The recycled materials after processing of non-plastic container projects (except iron and aluminum cans) cannot maintain the quality of new materials, and their resource value is not Therefore, most processing companies maintain the minimum purchase price from legal processing companies to recycling companies. 3.Completed the sampling and testing of 36 pieces of attached moisture content and attached impurity rate. Based on the sampling and testing data from 101 to 112 years, the changing trends were observed. The scrapped PET soy sauce containers were tested for the first time this year. The test results of the other items are all in Within the range of change. 4.Recommendations for enhancing the sustainability of the eco-friendly pricing scheme for containers include: Incorporating recycled materials into the manufacturing process and implementing environmentally conscious design principles in product development. Moreover, besides establishing pipelines for the removal of recycled materials, there is an opportunity to enhance the purity of recycled materials and minimize waste. A collaborative discussion session was organized to explore the "Green Rate Planning Content for Recyclable Containers," featuring a symposium that brought together experts, scholars, and industry professionals. The focus of the symposium was on the "Green Rate Verification Service for the Utilization of Recycled Materials in Plastic Containers Intended for Food Storage," aimed at gathering diverse perspectives from various sectors. 5.We have collected international environmental protection labels, relevant verification of recycled products, and analysis and comparison of domestic and foreign marine waste labels, and put forward suggestions for revision of key points in promoting Recycled Marine Debris Product Label; By holding a symposium on marine waste recycling, we will promote and increase the willingness of industry operators to apply for the label. Two companies have completed the acquisition of marine waste labeled products. The information area of the " Recycled Marine Debris Product Label Information Zone" has been continuously updated, and a plan for product classification management and supporting measures for subsidized organizations has been developed. 6.Compile information on the reuse of PET reconstituted ester pellets for manufacturing food and non-food container packaging domestically and internationally. Evaluate the reuse status of different recycled materials produced by PET container packaging and processing plants, which involves analyzing the quantities and percentages of reuse by each recycling facility and the types of reused products for each recycled material category. Propose recommendations and measures for furthering the reuse of PET materials. 7.Through matchmaking, a subsidy organization has been engaged to grind approximately 3,300 metric tons of waste glass containers into glass sand with a particle size of 4mm or less. The reclaimed glass sand is then given to a company that specializes in landscaping and construction materials to make high-pressure floor tiles, landscape materials, and other products that meet the demands of both construction entities and buyers. Additionally, we organized an event titled "Demonstration and Exchange Seminar on the Application of Recycled Glass (Sand) in Glass Container Production" to facilitate the sharing of experiences and operational demonstrations.
英文關鍵字	recyclable waste, marine debris, ecycled Marine Debris Product Label

摘要

To improve the resource recycling management system and improve resource recycling, the recycling and processing system is strengthened by investigating information related to price changes of resource recycling and using management and economic tools. The other aspect involves keeping track of marine waste recycling, labelling application information areas, connecting the industrial chain, creating regulations for plastic container usage that align with international trends, establishing hierarchical management and inspection mechanisms, and finally making plans to handle waste glass containers (glass and sand). Through this project, mixed and decomposed recycled pellets are used to promote resource management and recycling, improve recycling efficiency, and promote resource recycling. Relevant achievements of this project include: 1.Compile the information submitted by the executive agencies of each county and city and compare it with other information, including recycling and processing industry operation statistical reports, environmental protection bureau inspection and visit price information, etc., through the recycling industry in the North, Central, South and East Districts and The accuracy and completeness of the average purchase price of self-employed individuals and the monthly collection and compilation of flows to sales objects are analyzed to analyze the flow ecological chain and review market operations. 2.Analyze the flow distribution and recycling rate of waste containers, waste paper and scrap iron, as well as the collection and analysis of waste container purchase price information, and observe the changes in recycling and removal costs. The plastic container project has fallen due to the decline in international petrochemical raw material prices, and chemical materials such as: ethylene, propylene is still in oversupply, resulting in a drop in raw material prices, and the price of recycled materials from waste plastic containers is also affected by this. The recycled materials after processing of non-plastic container projects (except iron and aluminum cans) cannot maintain the quality of new materials, and their resource value is not Therefore, most processing companies maintain the minimum purchase price from legal processing companies to recycling companies. 3.Completed the sampling and testing of 36 pieces of attached moisture content and attached impurity rate. Based on the sampling and testing data from 101 to 112 years, the changing trends were observed. The scrapped PET soy sauce containers were tested for the first time this year. The test results of the other items are all in Within the range of change. 4.Recommendations for enhancing the sustainability of the eco-friendly pricing scheme for containers include: Incorporating recycled materials into the manufacturing process and implementing environmentally conscious design principles in product development. Moreover, besides establishing pipelines for the removal of recycled materials, there is an opportunity to enhance the purity of recycled materials and minimize waste. A collaborative discussion session was organized to explore the "Green Rate Planning Content for Recyclable Containers," featuring a symposium that brought together experts, scholars, and industry professionals. The focus of the symposium was on the "Green Rate Verification Service for the Utilization of Recycled Materials in Plastic Containers Intended for Food Storage," aimed at gathering diverse perspectives from various sectors. 5.We have collected international environmental protection labels, relevant verification of recycled products, and analysis and comparison of domestic and foreign marine waste labels, and put forward suggestions for revision of key points in promoting Recycled Marine Debris Product Label; By holding a symposium on marine waste recycling, we will promote and increase the willingness of industry operators to apply for the label. Two companies have completed the acquisition of marine waste labeled products. The information area of the " Recycled Marine Debris Product Label Information Zone" has been continuously updated, and a plan for product classification management and supporting measures for subsidized organizations has been developed. 6.Compile information on the reuse of PET reconstituted ester pellets for manufacturing food and non-food container packaging domestically and internationally. Evaluate the reuse status of different recycled materials produced by PET container packaging and processing plants, which involves analyzing the quantities and percentages of reuse by each recycling facility and the types of reused products for each recycled material category. Propose recommendations and measures for furthering the reuse of PET materials. 7.Through matchmaking, a subsidy organization has been engaged to grind approximately 3,300 metric tons of waste glass containers into glass sand with a particle size of 4mm or less. The reclaimed glass sand is then given to a company that specializes in landscaping and construction materials to make high-pressure floor tiles, landscape materials, and other products that meet the demands of both construction entities and buyers. Additionally, we organized an event titled "Demonstration and Exchange Seminar on the Application of Recycled Glass (Sand) in Glass Container Production" to facilitate the sharing of experiences and operational demonstrations.

英文關鍵字

recyclable waste, marine debris, ecycled Marine Debris Product Label