The Twin Digital and Green Transition: Paradigm Shift or Tech Fix?

The concept of the twin transition promotes leveraging synergies between the digital and sustainability transitions.This introduction to the special issue takes an innovation economic perspective to examine the development of digital green technologies for, and the adoption by, carbon-intensive sectors.It reveals how entrepreneurial activity and the innovation system evolution have led to cost-economic, organizational, and technical lock-ins.Moreover, it shows that to reduce CO 2 emissions, firms favor (digital) green 'tech fixes' to increase efficiency or save energy (e.g., by adding data collection and smart process control) over pursuing a 'paradigm shift' toward a decarbonized production system (e.g., by electrification, or changing feedstock or chemical agent).Recognizing that deep decarbonization may not be possible within 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 and governance of a 1.

Authors

Publication Details

Journal
Journal of Innovation Economics & Management
Published
2024-10-04
DOI
https://doi.org/10.3917/e.jie.045.0001
Citations
3
Primary Topic
University-Industry-Government Innovation Models
Type
article
Field-Weighted Citation Impact
2.19

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article

The Twin Digital and Green Transition: Paradigm Shift or Tech Fix?

Andreas Pyka, Ben Vermeulen
3 citations
Journal of Innovation Economics & Management
University-Industry-Government Innovation Models
2.19
article

The Twin Digital and Green Transition: Paradigm Shift or Tech Fix?

Andreas Pyka, Ben Vermeulen
article en
3 citations

Abstract

The concept of the twin transition promotes leveraging synergies between the digital and sustainability transitions.This introduction to the special issue takes an innovation economic perspective to examine the development of digital green technologies for, and the adoption by, carbon-intensive sectors.It reveals how entrepreneurial activity and the innovation system evolution have led to cost-economic, organizational, and technical lock-ins.Moreover, it shows that to reduce CO 2 emissions, firms favor (digital) green 'tech fixes' to increase efficiency or save energy (e.g., by adding data collection and smart process control) over pursuing a 'paradigm shift' toward a decarbonized production system (e.g., by electrification, or changing feedstock or chemical agent).Recognizing that deep decarbonization may not be possible within 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 and governance of a 1.

Journal of Innovation Economics & ManagementVol. N° 45(3)
Bundesministerium für Bildung und Forschung
Openalex Percentile: Top 10%
University-Industry-Government Innovation Models
2.19
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