Transitions in waste treatment as a driver for product life extension

Bidragets oversatte titel: Produktlivsforlængelse som resultat af omstilling af affaldshåndtering

Erik Hagelskjær Lauridsen, Michael Søgaard Jørgensen

Publikation: Bidrag til bog/antologi/rapport/konference proceedingKonferenceartikel i proceedingForskningpeer review

Resumé

Increasing amounts of energy are used for provision of resources. Recycling, refurbishment and reuse practices are recurring elements in visions of the future low carbon and resource efficient society. Visions of improved waste management practices are, however, confronted with the inherent tensions between current incineration practices and options for waste prevention, sorting at source
and recycling.
Denmark has for the past 30 years developed and continuously improved waste incineration technology, which combined with use of the energy for district heating, has become an energy efficient waste treatment process. Previously improved treatment of waste was perceived as closely linked to waste incineration technology and widely shielded from the contextualisation of demands for increased reuse, recycling and improved resource efficiency. This regime seems now gradually to
become somewhat destabilised due to increased EU demands for waste recycling, and new opportunities for pursuing strategies of increased product lifetime appear. Swapping and local repair initiatives can be seen as examples of such opportunities. These initiatives link nicely to e.g. policy visions of circular economy that emphasise prolonged product life and stresses the importance of avoiding down cycling of products and material streams. The destabilisation of the old incineration regime thus opens up for new opportunities with both new policies and potentially new social practices.
This paper describes a number of the above-mentioned refurbishment and reuse initiatives and analyses how they engage with the dominant waste treatment regimes. We investigate how these initiatives may take advantage of the ambiguities and tensions, which appear in the break-up of the old regime. In doing this we conceptualise refurbishment and swap initiatives as mediators that generate transformative change by displacing the boundaries and interdependencies within and
among the established socio-material order of waste management.
OriginalsprogEngelsk
TitelProduct Lifetimes And The Environment : Conference Proceedings
RedaktørerTim Cooper, Naomi Braithwaite, Mariale Moreno, Giuseppe Salva
Antal sider7
Udgivelses stedNottingham Trent University CADBE
ForlagNottingham Trent University
Publikationsdato15 jun. 2015
Sider187-194
ISBN (Elektronisk)978-0-9576009-9-7
StatusUdgivet - 15 jun. 2015
BegivenhedPlate Conference - Nottingham, Storbritannien
Varighed: 17 jun. 201519 jun. 2015

Konference

KonferencePlate Conference
LandStorbritannien
ByNottingham
Periode17/06/201519/06/2015

Citer dette

Lauridsen, E. H., & Jørgensen, M. S. (2015). Transitions in waste treatment as a driver for product life extension. I T. Cooper, N. Braithwaite, M. Moreno, & G. Salva (red.), Product Lifetimes And The Environment: Conference Proceedings (s. 187-194). Nottingham Trent University CADBE: Nottingham Trent University.
Lauridsen, Erik Hagelskjær ; Jørgensen, Michael Søgaard. / Transitions in waste treatment as a driver for product life extension. Product Lifetimes And The Environment: Conference Proceedings. red. / Tim Cooper ; Naomi Braithwaite ; Mariale Moreno ; Giuseppe Salva. Nottingham Trent University CADBE : Nottingham Trent University, 2015. s. 187-194
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abstract = "Increasing amounts of energy are used for provision of resources. Recycling, refurbishment and reuse practices are recurring elements in visions of the future low carbon and resource efficient society. Visions of improved waste management practices are, however, confronted with the inherent tensions between current incineration practices and options for waste prevention, sorting at sourceand recycling.Denmark has for the past 30 years developed and continuously improved waste incineration technology, which combined with use of the energy for district heating, has become an energy efficient waste treatment process. Previously improved treatment of waste was perceived as closely linked to waste incineration technology and widely shielded from the contextualisation of demands for increased reuse, recycling and improved resource efficiency. This regime seems now gradually tobecome somewhat destabilised due to increased EU demands for waste recycling, and new opportunities for pursuing strategies of increased product lifetime appear. Swapping and local repair initiatives can be seen as examples of such opportunities. These initiatives link nicely to e.g. policy visions of circular economy that emphasise prolonged product life and stresses the importance of avoiding down cycling of products and material streams. The destabilisation of the old incineration regime thus opens up for new opportunities with both new policies and potentially new social practices.This paper describes a number of the above-mentioned refurbishment and reuse initiatives and analyses how they engage with the dominant waste treatment regimes. We investigate how these initiatives may take advantage of the ambiguities and tensions, which appear in the break-up of the old regime. In doing this we conceptualise refurbishment and swap initiatives as mediators that generate transformative change by displacing the boundaries and interdependencies within andamong the established socio-material order of waste management.",
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Lauridsen, EH & Jørgensen, MS 2015, Transitions in waste treatment as a driver for product life extension. i T Cooper, N Braithwaite, M Moreno & G Salva (red), Product Lifetimes And The Environment: Conference Proceedings. Nottingham Trent University, Nottingham Trent University CADBE, s. 187-194, Nottingham, Storbritannien, 17/06/2015.

Transitions in waste treatment as a driver for product life extension. / Lauridsen, Erik Hagelskjær; Jørgensen, Michael Søgaard.

Product Lifetimes And The Environment: Conference Proceedings. red. / Tim Cooper; Naomi Braithwaite; Mariale Moreno; Giuseppe Salva. Nottingham Trent University CADBE : Nottingham Trent University, 2015. s. 187-194.

Publikation: Bidrag til bog/antologi/rapport/konference proceedingKonferenceartikel i proceedingForskningpeer review

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AU - Lauridsen, Erik Hagelskjær

AU - Jørgensen, Michael Søgaard

PY - 2015/6/15

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N2 - Increasing amounts of energy are used for provision of resources. Recycling, refurbishment and reuse practices are recurring elements in visions of the future low carbon and resource efficient society. Visions of improved waste management practices are, however, confronted with the inherent tensions between current incineration practices and options for waste prevention, sorting at sourceand recycling.Denmark has for the past 30 years developed and continuously improved waste incineration technology, which combined with use of the energy for district heating, has become an energy efficient waste treatment process. Previously improved treatment of waste was perceived as closely linked to waste incineration technology and widely shielded from the contextualisation of demands for increased reuse, recycling and improved resource efficiency. This regime seems now gradually tobecome somewhat destabilised due to increased EU demands for waste recycling, and new opportunities for pursuing strategies of increased product lifetime appear. Swapping and local repair initiatives can be seen as examples of such opportunities. These initiatives link nicely to e.g. policy visions of circular economy that emphasise prolonged product life and stresses the importance of avoiding down cycling of products and material streams. The destabilisation of the old incineration regime thus opens up for new opportunities with both new policies and potentially new social practices.This paper describes a number of the above-mentioned refurbishment and reuse initiatives and analyses how they engage with the dominant waste treatment regimes. We investigate how these initiatives may take advantage of the ambiguities and tensions, which appear in the break-up of the old regime. In doing this we conceptualise refurbishment and swap initiatives as mediators that generate transformative change by displacing the boundaries and interdependencies within andamong the established socio-material order of waste management.

AB - Increasing amounts of energy are used for provision of resources. Recycling, refurbishment and reuse practices are recurring elements in visions of the future low carbon and resource efficient society. Visions of improved waste management practices are, however, confronted with the inherent tensions between current incineration practices and options for waste prevention, sorting at sourceand recycling.Denmark has for the past 30 years developed and continuously improved waste incineration technology, which combined with use of the energy for district heating, has become an energy efficient waste treatment process. Previously improved treatment of waste was perceived as closely linked to waste incineration technology and widely shielded from the contextualisation of demands for increased reuse, recycling and improved resource efficiency. This regime seems now gradually tobecome somewhat destabilised due to increased EU demands for waste recycling, and new opportunities for pursuing strategies of increased product lifetime appear. Swapping and local repair initiatives can be seen as examples of such opportunities. These initiatives link nicely to e.g. policy visions of circular economy that emphasise prolonged product life and stresses the importance of avoiding down cycling of products and material streams. The destabilisation of the old incineration regime thus opens up for new opportunities with both new policies and potentially new social practices.This paper describes a number of the above-mentioned refurbishment and reuse initiatives and analyses how they engage with the dominant waste treatment regimes. We investigate how these initiatives may take advantage of the ambiguities and tensions, which appear in the break-up of the old regime. In doing this we conceptualise refurbishment and swap initiatives as mediators that generate transformative change by displacing the boundaries and interdependencies within andamong the established socio-material order of waste management.

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M3 - Article in proceeding

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EP - 194

BT - Product Lifetimes And The Environment

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A2 - Braithwaite, Naomi

A2 - Moreno, Mariale

A2 - Salva, Giuseppe

PB - Nottingham Trent University

CY - Nottingham Trent University CADBE

ER -

Lauridsen EH, Jørgensen MS. Transitions in waste treatment as a driver for product life extension. I Cooper T, Braithwaite N, Moreno M, Salva G, red., Product Lifetimes And The Environment: Conference Proceedings. Nottingham Trent University CADBE: Nottingham Trent University. 2015. s. 187-194