4.7 Article

Modeling and simulation analysis of vehicle pollution and carbon reduction management model based on system dynamics

Journal

ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH
Volume 30, Issue 6, Pages 14745-14759

Publisher

SPRINGER HEIDELBERG
DOI: 10.1007/s11356-022-23245-9

Keywords

Peak carbon dioxide emissions; System dynamics; Pollution reduction and carbon reduction; Policy simulation; Environmental and economic performance

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Vehicle exhaust pollution and CO2 emissions are increasingly serious, requiring effective emission reduction policies. The study found that the effectiveness of carbon tax policy gradually weakens, and the emission reduction effect of new energy vehicle policy is not significant. However, science and technology policy has multiple effects and can significantly reduce vehicle pollution and carbon emissions.
The vehicle exhaust pollution has become an important source of air pollutant and CO2 emissions, with the continuous growth of the number of vehicles. Focusing on the increasingly serious problems of vehicle exhaust pollution and CO2 emissions, a management model of vehicle pollution reduction and carbon reduction was established by using system dynamics. Taking Beijing as the case study city, different emission reduction scenarios were designed. Different scenarios are analyzed, and the results reveal the following: (1) Although the carbon tax policy for motor vehicles can play a role in vehicle pollution reduction and carbon reduction to a certain extent, but as the simulation time goes on, the policy effect is gradually weakened. The emission reduction effect of new energy vehicle promotion policy is not significant, and there is a lag effect and a seesaw effect. (2) The science and technology policy has multiple effects of environmental, economic, and health. It can significantly reduce vehicle pollution and carbon emissions, and achieve the peak carbon by 2030. (3) It is not that more policies are better for CO2 emission reduction, and there is a crowding out effect in the CS. (4) From the perspectives of long term, the science and technology policy is a more effective way to achieve the co-control of CO2 and PM2.5 and achieve the carbon peaking goal compared with other emission reduction scenarios. These results can provide reference for relevant departments to formulate emission reduction policies and realize the management of motor vehicle pollution reduction and carbon reduction.

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