Do teleworking arrangements reduce CO2eq emissions? Effects on commuting, housing space and ICT use

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Authors: Jana Z'Rotz, Timo Ohnmacht, Patrick Rérat
Cited by: 1
References: 47

Abstract

Teleworking is increasingly popular, but its contribution to sustainability is still a matter of debate. A body of work highlights the need for an integrative view including commuting, housing space and ICT use. This paper develops such an integrative approach to analyze how the intensity of teleworking affects the carbon dioxide (CO 2 ) emissions of these three domains. A quantitative survey was carried out for Swiss teleworkers (n = 1033). The CO 2 equivalent emissions (CO 2 eq) were calculated for each domain and in total. The average annual CO 2 eq emissions per teleworker amount to a total of 1322 kg. Teleworkers’ commuting accounts for 532 kg, work-related housing space for 486 kg and ICT use for 286 kg. Our results show that more frequently teleworking reduces commuting and thereby lowers CO 2 eq emissions compared to low-frequency teleworkers. However, these savings are offset by additional CO 2 eq emissions from housing space and ICT use. The factors of teleworkers influencing total CO 2 eq emissions include the number of days working at a regular workplace and whether teleworkers have a home office room. The choice of residential location and of the mode of transport for commutes have significant effects in both the commuting and total models. Female gender, higher education and higher monthly household incomes show significant effects in the housing space and ICT models. The results are interpreted in light of the study’s methodological limitations, foremost the teleworker-only sample and the simplifying assumptions underlying the CO 2 eq emission calculations. However, the results suggest that the environmental benefits of teleworking depend on how it is implemented and practiced, as well as the layout and equipment of the workspaces at different workplaces. Thus, the paper provides an initial indication of teleworking arrangements and related CO 2 eq emissions in three domains and can serve as a starting point for future research on how teleworking arrangements should be organized in a more sustainable way.

Fields of Study & Subjects

Work-Family Balance Challenges Facilities and Workplace Management Building Energy and Comfort Optimization

Publication details

Journal / source
PLOS Climate
Publisher
Public Library of Science (PLoS)
Volume
5
Issue
7
Pages
e0000979–e0000979
Publication date
15 July 2026
Language
EN