SSOAR Logo
    • Deutsch
    • English
  • English 
    • Deutsch
    • English
  • Login
SSOAR ▼
  • Home
  • About SSOAR
  • Guidelines
  • Publishing in SSOAR
  • Cooperating with SSOAR
    • Cooperation models
    • Delivery routes and formats
    • Projects
  • Cooperation partners
    • Information about cooperation partners
  • Information
    • Possibilities of taking the Green Road
    • Grant of Licences
    • Download additional information
  • Operational concept
Browse and search Add new document OAI-PMH interface
JavaScript is disabled for your browser. Some features of this site may not work without it.

Download PDF
Download full text

(727.3Kb)

Citation Suggestion

Please use the following Persistent Identifier (PID) to cite this document:
https://nbn-resolving.org/urn:nbn:de:0168-ssoar-99544-5

Exports for your reference manager

Bibtex export
Endnote export

Display Statistics
Share
  • Share via E-Mail E-Mail
  • Share via Facebook Facebook
  • Share via Bluesky Bluesky
  • Share via Reddit reddit
  • Share via Linkedin LinkedIn
  • Share via XING XING

The twin digital and green transition: paradigm shift or tech fix?

[working paper]

Vermeulen, Ben

Corporate Editor
Universität Bremen, Forschungszentrum Nachhaltigkeit (artec)

Abstract

The concept of the twin transition promotes leveraging synergies between the digital and sustainability transitions. This paper takes an innovation economic perspective on this twin transition and examines the development of digital green technologies for and the adoption by firms in carbon-intensiv... view more

The concept of the twin transition promotes leveraging synergies between the digital and sustainability transitions. This paper takes an innovation economic perspective on this twin transition and examines the development of digital green technologies for and the adoption by firms in carbon-intensive sectors. It reveals how entrepreneurial activity and the innovation system culminated in cost-economic, organizational, and technical lock-ins in carbon-intensive systems. Moreover, it shows that, to reduce CO2 emissions, firms favor (digital) green 'tech fixes' to increase efficiency or save energy (e.g., by adding data collection and process control) over pursuing a 'paradigm shift' toward a decarbonized production system (e.g., by changing feedstock or chemical agent, electrification). Recognizing that deep decarbonization may not possible in the necessary time window, digital green tech plays an indispensable, transitory role. Consequently, innovation (system) policy thus has to promote both entrepreneurship for digital green tech in anticipation of the transition and governance of a sector-transcending, transformative innovation system for deep decarbonization.... view less

Keywords
digitalization; sustainability; environmental protection; climate protection; entrepreneurship; innovation policy; new technology

Classification
Ecology, Environment
Management Science

Free Keywords
sustainability transition; Industry 4.0; innovation system

Document language
English

Publication Year
2024

City
Bremen

Page/Pages
18 p.

Series
artec-paper, 231

ISSN
1613-4907

Status
Published Version; reviewed

Licence
Deposit Licence - No Redistribution, No Modifications


GESIS LogoDFG LogoOpen Access Logo
Home  |  Legal notices  |  Operational concept  |  Privacy policy
© 2007 - 2025 Social Science Open Access Repository (SSOAR).
Based on DSpace, Copyright (c) 2002-2022, DuraSpace. All rights reserved.
 

 


GESIS LogoDFG LogoOpen Access Logo
Home  |  Legal notices  |  Operational concept  |  Privacy policy
© 2007 - 2025 Social Science Open Access Repository (SSOAR).
Based on DSpace, Copyright (c) 2002-2022, DuraSpace. All rights reserved.