Transition to clean technologies and the impact of industrial non-compliant behavior

Abstract In this paper, we adopt an evolutionary model to describe the coevolution of technological transition and pollution in a country, where the choice of technology does not only give firms access to cleaner (but more expensive) or dirtier (cheaper and illegal) forms of production, but also access to social groups and information. Firms’ activity may be harmful to the environment and, due to the existence of ambient pollution charges, economic activity is affected by the level of pollution in the country. Our analysis describes how the evolution of the transition to clean technology and pollution generates a rich set of possible equilibria, which include stable pure strategies (where all firms choose the same technology) and inner equilibria (where both technologies could be adopted in the long run). We also observe more complex behavior and coexistence of different attractors as well as highlight the importance of initial conditions and uncover how the regulator may face possible pollution traps.

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Publication Details

Journal
Macroeconomic Dynamics
Published
2025-01-01
DOI
https://doi.org/10.1017/s1365100525100308
Primary Topic
Experimental Behavioral Economics Studies
Type
article
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article

Transition to clean technologies and the impact of industrial non-compliant behavior

Anastasiia Panchuk, Fabio Lamantia, Mario Pezzino, Yuan Wang
Macroeconomic Dynamics
Experimental Behavioral Economics Studies
article

Transition to clean technologies and the impact of industrial non-compliant behavior

Anastasiia Panchuk, Fabio Lamantia, Mario Pezzino, Yuan Wang
article en

Abstract

Abstract In this paper, we adopt an evolutionary model to describe the coevolution of technological transition and pollution in a country, where the choice of technology does not only give firms access to cleaner (but more expensive) or dirtier (cheaper and illegal) forms of production, but also access to social groups and information. Firms’ activity may be harmful to the environment and, due to the existence of ambient pollution charges, economic activity is affected by the level of pollution in the country. Our analysis describes how the evolution of the transition to clean technology and pollution generates a rich set of possible equilibria, which include stable pure strategies (where all firms choose the same technology) and inner equilibria (where both technologies could be adopted in the long run). We also observe more complex behavior and coexistence of different attractors as well as highlight the importance of initial conditions and uncover how the regulator may face possible pollution traps.

Macroeconomic DynamicsVol. 29
National Academy of Sciences of Ukraine (UA), University of Manchester (GB), University of Catania (IT), Sheffield Hallam University (GB)
Industry, innovation and infrastructure
Openalex Percentile: Top 80%
Experimental Behavioral Economics Studies
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