Environmental externality of coal use in China: Welfare effect and tax regulation
Zhan-Ming Chen (),
Yu Liu (),
Yumei Guo and
Xinye Zheng ()
Applied Energy, 2015, vol. 156, issue C, 16-31
This study employs a multi-regional input–output model at the provincial level to evaluate the environmental costs of coal burning in China in 2007, in terms of its damages from climate change externality. According to the results, the contributions of central-west provinces to the national economy are significantly underestimated because the hidden environmental inputs are not reflected by conventional national account. For example, if the externality of CO2 emission is monetized to be 20USD/ton (152RMB/ton), the net external cost introduced by Shanxi in 2007 amounts to nearly 8billion USD (59billion RMB), which is equivalent to over one tenth of the annual local output. Our results confirm that developed regions, such as Beijing and Guangdong, shape their low-emission profiles by transferring embodied emission flows to less developed regions. By using a Pigouvian tax to correct for the environmental externality, national consumer price index, producer price index, export price, and gross domestic product deflator will increase by 2.28%, 3.94%, 1.44%, and 1.61%, respectively. To offset the inflationary effect, a complementary measure of reducing domestic value-added tax rate is proposed and analyzed.
Keywords: Environmental emission; Externality; Input–output model; Inter-provincial trade; Pigouvian tax (search for similar items in EconPapers)
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