環保專案成果報告查詢系統

專案計畫編號	EPA-107-HA14-03-A046
經費年度	107
計畫經費	4,260 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	2018/02/09
專案結束日期	2018/12/31
專案主持人	王家祥
主辦單位	回收基管會
承辦人	呂春珠
執行單位	毅泰管理顧問股份有限公司
專案分類	廢棄物管理
中文關鍵字	回收處理體系目標管理背景、流向管理及回收策略、多元再利用方案推動
英文關鍵字	Recycling system target management background, Flow management and recycling strategy, Promote to multi-recycling program
協同主持人
共同主持人
計畫聯絡人	陳綺萱
計畫聯絡電話	02-29533590#616
計畫聯絡信箱	csyn.chen@gmail.com

中文摘要	本計畫為精進國內廢輪胎及廢鉛蓄電池之回收處理體系暨永續物料管理之調查分析與評估，分別針對資料收集研析及現場調查輔導執行本計畫，以提供相關精進措施作為未來政策擬定之參考，執行並完成之工作成果簡述如下：資料收集研析部分，經研析廢輪胎量能基礎數據資料，發現再利用量為影響廢輪胎回收體系的關鍵，故推動及實施廢輪胎受補貼機構申報目標量作為管理策略。然因廢鉛蓄電池回收處理體系較為穩定，故建議以前三年月平均處理量之平均，做為目標管理數據指標；另分析及比較國外廢輪胎及廢鉛電各項回收處理技術之效能和效益的優略性，藉以評估擇優引進國內之技術與提出以循環經濟之角度來拓展再利用管道方向的可行性建議；並藉由研析中國的硫化橡膠粉、路用廢胎硫化橡膠粉及橡膠瀝青膠結料等國家標準規範等，來作為國內外膠粉產品與施工相關規範之參考依據，以利擴大廢輪胎橡膠粉之再利用範圍研析評估。而現場調查輔導工作部分，為掌握市面上廢輪胎及廢鉛電之來源流向，透過調查之推估，來建立廢輪胎及廢鉛電於各縣市主要回收商與受補貼機構之間收受關係作為基礎數據資料，並作為緊急應變規劃調撥措施的參考依據；另針對國內10家再利用機構及執行日本廢輪胎再利用機構與廢鉛蓄電池回收處理機構之參訪，進行再利用流向與市場情況調查，其訪查結果作為研析再利用後端產品推廣、替代燃料使用情形及鉛冶煉作業之重要參考依據；另本年度與聯合資源再生基金會合作辦理4場次法令宣導會說明會，透過各場次說明會宣導正確法令認知與執行政策和其成效。為有效管理回收貯存清除處理市場且符合現況，針對廢輪胎及廢鉛蓄電池之回收貯存清除處理方法及設施標準提出修訂建議，如增列資源回收再利用比率規範及名詞定義等，另經評估各項處理成本效益之結果發現，膠粉及再生鉛錠皆有高資源化價值，因此具有鼓勵再生市場發展方向(如物質再利用)之誘因，因此建議可於未來拓展再利用管道中、長期策略上繼續研究和探討再生膠粉物質利用於國內公共工程之技術，以提高廢輪胎物質再利用於市場的使用量。
中文關鍵字	回收處理體系目標管理背景、流向管理及回收策略、多元再利用方案推動

中文摘要

本計畫為精進國內廢輪胎及廢鉛蓄電池之回收處理體系暨永續物料管理之調查分析與評估，分別針對資料收集研析及現場調查輔導執行本計畫，以提供相關精進措施作為未來政策擬定之參考，執行並完成之工作成果簡述如下：資料收集研析部分，經研析廢輪胎量能基礎數據資料，發現再利用量為影響廢輪胎回收體系的關鍵，故推動及實施廢輪胎受補貼機構申報目標量作為管理策略。然因廢鉛蓄電池回收處理體系較為穩定，故建議以前三年月平均處理量之平均，做為目標管理數據指標；另分析及比較國外廢輪胎及廢鉛電各項回收處理技術之效能和效益的優略性，藉以評估擇優引進國內之技術與提出以循環經濟之角度來拓展再利用管道方向的可行性建議；並藉由研析中國的硫化橡膠粉、路用廢胎硫化橡膠粉及橡膠瀝青膠結料等國家標準規範等，來作為國內外膠粉產品與施工相關規範之參考依據，以利擴大廢輪胎橡膠粉之再利用範圍研析評估。而現場調查輔導工作部分，為掌握市面上廢輪胎及廢鉛電之來源流向，透過調查之推估，來建立廢輪胎及廢鉛電於各縣市主要回收商與受補貼機構之間收受關係作為基礎數據資料，並作為緊急應變規劃調撥措施的參考依據；另針對國內10家再利用機構及執行日本廢輪胎再利用機構與廢鉛蓄電池回收處理機構之參訪，進行再利用流向與市場情況調查，其訪查結果作為研析再利用後端產品推廣、替代燃料使用情形及鉛冶煉作業之重要參考依據；另本年度與聯合資源再生基金會合作辦理4場次法令宣導會說明會，透過各場次說明會宣導正確法令認知與執行政策和其成效。為有效管理回收貯存清除處理市場且符合現況，針對廢輪胎及廢鉛蓄電池之回收貯存清除處理方法及設施標準提出修訂建議，如增列資源回收再利用比率規範及名詞定義等，另經評估各項處理成本效益之結果發現，膠粉及再生鉛錠皆有高資源化價值，因此具有鼓勵再生市場發展方向(如物質再利用)之誘因，因此建議可於未來拓展再利用管道中、長期策略上繼續研究和探討再生膠粉物質利用於國內公共工程之技術，以提高廢輪胎物質再利用於市場的使用量。

中文關鍵字

回收處理體系目標管理背景、流向管理及回收策略、多元再利用方案推動

類型	檔名	檔案大小	說明	最新版公開日期
期末報告	EPA-107-HA14-03-A046.pdf	44MB		2019/4/1 上午 12:00:00

摘要	This project is to investigate, analyze and evaluate the sustainable material management utilization and improvement measures for waste tire and lead-acid battery recycling. The completed work items are as the following: Analysis of basic data of waste tire, we can find that re-used amount is the key to affecting the recycling system of waste tires. Therefore, we will promote and implement "the declare target quantity" of waste tire subsidized institutions as a management strategy. However, the waste lead battery recycling system is relatively stable, so it is recommended that the average of the average processing volume in the previous three months be used as the target management data indicator. Analyze and compare the abroad of the effectiveness and benefits of various waste tire and waste lead-acid battery treatment technologies. And the feasibility of recommending the introduction of domestic technology and the proposal to expand the direction of recycling pipeline from the perspective of circular economy. By studying and analyzing China's vulcanized rubber powder, road waste tire vulcanized rubber powder and rubber asphalt cement and other national standard specifications, it is used as a reference for domestic and foreign rubber powder products and construction related specifications. Investigate the relationship between in the major recyclers and subsidized institutions of waste tires and scrap lead-acid batteryin each county and city, and grasp the flow of recycling sources on the market. At the same time, it serves as a reference for emergency scheduling measures. We conducted a re-use flow and market survey for 10 domestic reuse agencies, the results of the interview can be used as an important reference for the analysis and promotion of back-end products.We also visiting the Japanese treatment company and recovery association for knowing the background and related policies about the alternative energy of waste tires and waste lead-acid battery. We cooperated with the Joint Resource Regeneration Foundation to complete 4 decree promoting conferences for advocate correct decree awareness and enforcement policies and their effectiveness. In order to effectively manage the recycling storage and disposal market ,and meets the current situation, we propose amendments to the recycling and disposal methods and facilities standards for waste tires and lead-acid batteries, such as the addition of resource recycling rate specifications and noun definitions, etc. Assessing the cost-effectiveness of each treatment technology, we found that rubber powder and recycled lead ingots have high resource value. Therefore, it has the incentive to encourage the development direction of the renewable market (such as material reuse). In order to increase the use of waste tire materials in the market, we suggested that it can continue to research and discuss the technology of the rubber powder materials applied to domestic public works in the medium and long-term strategy of re-using pipelines in the future.
英文關鍵字	Recycling system target management background, Flow management and recycling strategy, Promote to multi-recycling program

摘要

This project is to investigate, analyze and evaluate the sustainable material management utilization and improvement measures for waste tire and lead-acid battery recycling. The completed work items are as the following: Analysis of basic data of waste tire, we can find that re-used amount is the key to affecting the recycling system of waste tires. Therefore, we will promote and implement "the declare target quantity" of waste tire subsidized institutions as a management strategy. However, the waste lead battery recycling system is relatively stable, so it is recommended that the average of the average processing volume in the previous three months be used as the target management data indicator. Analyze and compare the abroad of the effectiveness and benefits of various waste tire and waste lead-acid battery treatment technologies. And the feasibility of recommending the introduction of domestic technology and the proposal to expand the direction of recycling pipeline from the perspective of circular economy. By studying and analyzing China's vulcanized rubber powder, road waste tire vulcanized rubber powder and rubber asphalt cement and other national standard specifications, it is used as a reference for domestic and foreign rubber powder products and construction related specifications. Investigate the relationship between in the major recyclers and subsidized institutions of waste tires and scrap lead-acid batteryin each county and city, and grasp the flow of recycling sources on the market. At the same time, it serves as a reference for emergency scheduling measures. We conducted a re-use flow and market survey for 10 domestic reuse agencies, the results of the interview can be used as an important reference for the analysis and promotion of back-end products.We also visiting the Japanese treatment company and recovery association for knowing the background and related policies about the alternative energy of waste tires and waste lead-acid battery. We cooperated with the Joint Resource Regeneration Foundation to complete 4 decree promoting conferences for advocate correct decree awareness and enforcement policies and their effectiveness. In order to effectively manage the recycling storage and disposal market ,and meets the current situation, we propose amendments to the recycling and disposal methods and facilities standards for waste tires and lead-acid batteries, such as the addition of resource recycling rate specifications and noun definitions, etc. Assessing the cost-effectiveness of each treatment technology, we found that rubber powder and recycled lead ingots have high resource value. Therefore, it has the incentive to encourage the development direction of the renewable market (such as material reuse). In order to increase the use of waste tire materials in the market, we suggested that it can continue to research and discuss the technology of the rubber powder materials applied to domestic public works in the medium and long-term strategy of re-using pipelines in the future.

英文關鍵字

Recycling system target management background, Flow management and recycling strategy, Promote to multi-recycling program