4.7 Article

The optimal industrial carbon tax for China under carbon intensity constraints: a dynamic input-output optimization model

Journal

ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH
Volume 29, Issue 35, Pages 53191-53211

Publisher

SPRINGER HEIDELBERG
DOI: 10.1007/s11356-022-19162-6

Keywords

Input-output method; Optimal carbon tax; Tax rate model; Industry; China

Funding

  1. National Natural Science Foundation of China [41871202, 71991481, 71991480]
  2. Fundamental Research Funds for the Central Universities [3-7-6-2021-14, 35842020061]
  3. China Postdoctoral Science Foundation [2020M680435, 2021M690456]

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This paper investigates the economic and environmental effects of different industrial carbon tax rate models in China from 2021 to 2030. The results show that the dynamic tax rate model leads to larger fluctuations in GDP growth and a large quantity of capital stock is distributed across energy-intensive industries, making the existing capital investment structure path-dependent. The study suggests that the optimal industrial carbon tax should be a fixed differentiated tax rate.
To reduce carbon emissions, the Chinese government is considering introducing a differentiated industrial carbon tax on enterprises outside the carbon trading market in the future. An efficient carbon tax must consider not only how carbon taxes impact the current economy but also how the size of the tax should be adjusted across time due to external changes. To calculate the optimal industrial carbon tax for China which is subject to certain constraints, this paper investigates the economic and environmental effects of four possible industrial carbon tax rate models under carbon intensity constraints from 2021 to 2030 by a dynamic input-output optimization model. The results show that the dynamic tax rate model leads to larger fluctuations in GDP growth than the other tax models, with a low initial tax rate in the beginning and a high tax rate exceeding yen 180/t in 2030. Second, a large quantity of capital stock is distributed across the energy-intensive industries, which leads the existing capital investment structure to be path-dependent. This offsets the performance of carbon taxes. Third, indirect energy-intensive industries such as construction and transport are insensitive to the industrial carbon tax. Finally, comparing the impacts of the four tax rate models, the optimal industrial carbon tax for China is found to be a fixed differentiated tax rate, in which energy-intensive sectors are taxed yen 75/t and low-carbon sectors are taxed yen 50/t.

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