Skip to main content

Lund University Publications

LUND UNIVERSITY LIBRARIES

Eco Design of Brake Pads with Recycled Friction Materials

Ma, Jijie ; Hedlund Åström, Anna ; Olofsson, Ulf ; Lyu, Yezhe LU orcid ; Leonardi, Mara and Wahlström, Jens LU orcid (2019) Eurobrake 2019
Abstract
Recycling of brake pads is a tough but promising work considering the current end of lifecycle. This study assesses the environmental performance of brake pads made up of recycled friction materials in terms of energy use, CO2 footprint and airborne particle number. Energy use and CO2 footprint are calculated with the data from CES Edupack and airborne emission particle number is measured on a pin-on-disc tribometer. The results demonstrate that recycled pads show better performance on energy consumption and CO2 footprint than virgin pads. These credits primarily come from raw material savings since recycled friction materials involve much less manufacturing processes than virgin ones. The experiment shows that the average airborne... (More)
Recycling of brake pads is a tough but promising work considering the current end of lifecycle. This study assesses the environmental performance of brake pads made up of recycled friction materials in terms of energy use, CO2 footprint and airborne particle number. Energy use and CO2 footprint are calculated with the data from CES Edupack and airborne emission particle number is measured on a pin-on-disc tribometer. The results demonstrate that recycled pads show better performance on energy consumption and CO2 footprint than virgin pads. These credits primarily come from raw material savings since recycled friction materials involve much less manufacturing processes than virgin ones. The experiment shows that the average airborne particle number of the recycled pad is greater than virgin ones, accompanied by a large scatter. Some more research works are still required to assess the airborne particle emission performance of recycled pads. (Less)
Please use this url to cite or link to this publication:
author
; ; ; ; and
publishing date
type
Chapter in Book/Report/Conference proceeding
publication status
published
subject
host publication
Eurobrake 2019
conference name
Eurobrake 2019
conference location
Dresden, Germany
conference dates
2019-05-21 - 2019-05-23
ISBN
978-0-9572076-3-9
language
English
LU publication?
no
id
bf18af5f-e36c-420f-bfe6-4925b95c98e8
alternative location
https://go.fisita.com/store/papers/EuroBrake2019/EB2019-EBS-017?search=53616c7465645f5ffcbbe748a3ad025fce19d302be0b80f8de502d206f43d287d462a4fb21b7fc6deb44b0678130cfe9b9f3035621f6cd14fe5d87c3ac8a66f3b366b1d8b12bfa2752863cbab8147d1d59b90cca0d9218868cad40e8493f09949e80a546580843c26d063187ee0b6feb22a45d3fb2ca733ed8e4bfb9c7b389fe5d076fd61daba122376f7cddb04799abddc733a9c41904b3
date added to LUP
2021-10-22 09:59:42
date last changed
2021-12-10 13:09:58
@inproceedings{bf18af5f-e36c-420f-bfe6-4925b95c98e8,
  abstract     = {{Recycling of brake pads is a tough but promising work considering the current end of lifecycle. This study assesses the environmental performance of brake pads made up of recycled friction materials in terms of energy use, CO2 footprint and airborne particle number. Energy use and CO2 footprint are calculated with the data from CES Edupack and airborne emission particle number is measured on a pin-on-disc tribometer. The results demonstrate that recycled pads show better performance on energy consumption and CO2 footprint than virgin pads. These credits primarily come from raw material savings since recycled friction materials involve much less manufacturing processes than virgin ones. The experiment shows that the average airborne particle number of the recycled pad is greater than virgin ones, accompanied by a large scatter. Some more research works are still required to assess the airborne particle emission performance of recycled pads.}},
  author       = {{Ma, Jijie and Hedlund Åström, Anna and Olofsson, Ulf and Lyu, Yezhe and Leonardi, Mara and Wahlström, Jens}},
  booktitle    = {{Eurobrake 2019}},
  isbn         = {{978-0-9572076-3-9}},
  language     = {{eng}},
  title        = {{Eco Design of Brake Pads with Recycled Friction Materials}},
  url          = {{https://go.fisita.com/store/papers/EuroBrake2019/EB2019-EBS-017?search=53616c7465645f5ffcbbe748a3ad025fce19d302be0b80f8de502d206f43d287d462a4fb21b7fc6deb44b0678130cfe9b9f3035621f6cd14fe5d87c3ac8a66f3b366b1d8b12bfa2752863cbab8147d1d59b90cca0d9218868cad40e8493f09949e80a546580843c26d063187ee0b6feb22a45d3fb2ca733ed8e4bfb9c7b389fe5d076fd61daba122376f7cddb04799abddc733a9c41904b3}},
  year         = {{2019}},
}