Engineering · 2020 · 464 citations · 75 references
Public HealthEnvironmental PolicyEnvironmental SciencesAir PollutionAir Pollution ControlAtmospheric ScienceAir Pollutant EmissionsAir PollutantsAir QualityIndustrial Emission ControlParticulate MatterSulfur Oxide ControlAir Emissions ReductionAir Pollution AbatementAtmospheric Chemical ReactionsAtmospheric Pollution ControlPhotochemical Air Quality ManagementSulfur Dioxide ControlSulfur Dioxide EmissionsSulfur Dioxide Pollution
China’s rapid fossil‑fuel‑driven growth has caused severe air pollution, prompting a shift toward decoupling economic expansion from emissions and toward integrated ozone and PM2.5 control strategies. Fundamental improvement of air quality in China, a key indicator of ecological civilization, requires deep decarbonization of the energy system and synergistic pathways to address air pollution and climate change simultaneously. Analysis of three decades of control shows a strategic shift from sulfur dioxide emission control, which ended acid rain in 2007, to a broader, air‑quality‑oriented strategy targeting PM2.5 and multiple precursors since 2013.
China's past economic growth has substantially relied on fossil fuels, causing serious air pollution issues. Decoupling economic growth and pollution has become the focus in developing ecological civilization in China. We have analyzed the three-decade progress of air pollution controls in China, highlighting a strategic transformation from emission control toward air quality management. Emission control of sulfur dioxide (SO2) resolved the deteriorating acid rain issue in China in 2007. Since 2013, control actions on multiple precursors and sectors have targeted the reduction of the concentration of fine particulate matter (PM2.5), marking a transition to an air-quality-oriented strategy. Increasing ozone (O3) pollution further requires O3 and PM2.5 integrated control strategies with an emphasis on their complex photochemical interactions. Fundamental improvement of air quality in China, as a key indicator for the success of ecological civilization construction, demands the deep de-carbonization of China's energy system as well as more synergistic pathways to address air pollution and global climate change simultaneously.
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