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Name | Date | Remarks |\n| --- | --- | --- | --- |\n|  |  |  |  |\n|  |  |  |  |\n|  |  |  |  |\n|  |  |  |  |\n|  |  |  |  |\n|  |  |  |  |\n\nContent  \nList of figures and tables........................................................................................................ 5  \nForeword ............................................................................................................................... 6  \n1 Introduction .................................................................................................................... 7  \n2 Terms and definitions ..................................................................................................... 8  \n3 Scope ............................................................................................................................. 9  \n3.1 General ................................................................................................................... 9  \n3.2 Technical Scope...................................................................................................... 9  \n3.3 Chronological Scope ..............................................................................................10  \n3.4 Geographical Scope ...............................................................................................10  \n4 End of Life Treatment ....................................................................................................11  \n4.1 Description of the End of Life treatment process ....................................................11  \n4.1.1 Pre-treatment mp .............................................................................................12  \n4.1.2 Dismantling mD................................................................................................13  \n4.1.3 Shredding and post-shredding process mS......................................................13  \n4.2 Efficiency of Recycling Processes ..........................................................................14  \n4.3 Applying the Material Recovery Factor and Energy Recovery Factor to the Calculations ......................................................................................................................15  \n4.3.1 Material Recovery Factor ................................................................................15  \n4.3.2 Energy Recovery Factor..................................................................................16  \n5 Application of Recycling Calculation Method .................................................................18  \n5.1 Determining the partial Masses ..............................................................................19  \n5.2 Recyclability Rate ( R(cyc)) and Recoverability rate ( R(cov)) ......................................19  \n6 Design Recommendations to facilitate Recycling ..........................................................20  \n6.1 Pre-treatment and Dismantling ...............................................................................20  \n6.2 Material Recycling Factor MRF ..............................................................................21  \n6.3 Energy Recovery Factor ERF.................................................................................21  \n7 References ....................................................................................................................22  \nAnnexes ...............................................................................................................................24  \nAnnex A: Material information-Factors MRF and ERF.....................................................24  \nA1: Material categories ...........................................................................................","cbCaivaTj1qYiC9H","https://ap.wps.com/l/cbCaivaTj1qYiC9H","pdf",826037,31,"English","# Content\n## List of figures and tables\n## Foreword\n# 1 Introduction\n# 2 Terms and definitions\n# 3 Scope\n## 3.1 General\n## 3.2 Technical Scope\n## 3.3 Chronological Scope\n## 3.4 Geographical Scope\n# 4 End of Life Treatment\n## 4.1 Description of the End of Life treatment process\n## 4.2 Efficiency of Recycling Processes\n## 4.3 Applying the Material Recovery Factor and Energy Recovery Factor to the Calculations\n# 5 Application of Recycling Calculation Method\n## 5.1 Determining the partial Masses\n## 5.2 Recyclability Rate (R(cyc)) and Recoverability rate (R(cov))\n# 6 Design Recommendations to facilitate Recycling\n## 6.1 Pre-treatment and Dismantling\n## 6.2 Material Recycling Factor MRF\n## 6.3 Energy Recovery Factor ERF\n# 7 References\n# Annexes\n## Annex A: Material information-Factors MRF and ERF\n## Annex B: List of Qualification Criteria\n## Annex C Recycling Calculation Template\n## Annex D: Recycling process flow chart","[{\"question\":\"What does the method cover for end-of-life treatment of railway rolling stock?\",\"answer\":\"It describes end-of-life treatment steps including pre-treatment, dismantling, and shredding/post-shredding, and explains how recycling efficiency is assessed for these processes.\"},{\"question\":\"How are Material Recovery Factor (MRF) and Energy Recovery Factor (ERF) used in the calculations?\",\"answer\":\"The method applies MRF for material recycling and ERF for energy recovery to compute recyclability and recoverability rates based on the defined scope and partial masses.\"},{\"question\":\"How are recyclability rate and recoverability rate determined?\",\"answer\":\"It first determines the partial masses, then calculates recyclability rate (R(cyc)) and recoverability rate (R(cov)) using the material and energy factors defined for each end-of-life process stage.\"}]","Recyclability and Recoverability Calculation Method - Railway Rolling Stock | PDF",1791864410]