Integrated Air Pollution Management in China : Developing Particulate Matter Control

World Bank

Integrated Air Pollution Management in China : Developing Particulate Matter Control

2012

World Bank

This study is a joint effort of the Ministry of Environmental Protection (MEP), Chinese experts, and the World Bank to inform the policy-making process in line with the government of China s medium- and long-term objectives. Specifically the study aims to assist MEP, provincial governments, and municipalities by: (1) Proposing a national PM10 compliance plan to help non-compliant cities attain grade II - preferably by 2015 or in certain cases by 2020 at the latest - and already compliant cities to further reduce PM concentrations. The plan would include (a) policies and regulations and associated physical interventions/measures; (b) geographical scope; (c) sequencing of interventions; and (d) feasible environmental investments likely to have high benefit/cost ratios. (2) recommending a PM2.5 monitoring system and related data applications.

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acid rain acids aerosols agricultural production air air pollution air quality aluminum ammonia ammonium ammonium nitrate arsenic atmosphere atmospheric pollution balance biomass boiler boilers briquettes calcium cancer carbon carbon monoxide cement chemical composition climate climate change co coagulation coal combustion condensation copper crop residues diffusion emission emission reduction energy consumption energy efficiency environmental protection environmental sciences eutrophication fisheries forest fires forestry fuels gas gross domestic product haze heat heavy metals human health hydrocarbons industrial pollution inspection iron metals natural gas nitrate nitrates nitric acid nitrogen nitrogen dioxide nitrogen oxides noise nox organic matter ozone particulate matter particulates pollutant emission pollution prevention population density potassium power power generation power plants production costs public health reflectance roads silicon sulfates sulfur sulfur dioxide sulfuric acid sulphur sulphur dioxide sustainable development traffic transport turbulence urban areas urban development vanadium zinc

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Washington, DC

Otras materias

Volatile organic compounds; Sulphate; Motor vehicles; Air quality management; Monitoring equipment; Vehicle emissions; Abatement options; Carriers; Radiative forcing; Energy structure; Pollution problems; Incineration; Heat generation; Air quality control; Coal combustion; Elevated levels; Policy instruments; Particulate; Process heat; Particles; Pollution charges; Urban air; Automobiles; Ambient air quality; Noise pollution; Power sources; Nh3; Cost effectiveness analysis; Power sector; Source of pollution; Voc; Motor vehicle emissions; Natural gas use; Fine particulates; Health problems; Nitrogen oxide; Cogeneration; Production processes; Air pollution reduction; Air pollutant concentrations; Pollution control policies; Public transport; Organic chemicals; Coal consumption; Cost effectiveness; Thermal plants; Emission standards; Forest; Power plant; Tracers; Motor vehicle; Climates; Air pollution control; Pollutant concentrations; Meteorological conditions; No2; Desulfurization; Vehicle; Price subsidies; Environmental information; Pm10; Spatial patterns; Urban air quality management; Fossil fuel; Ghg; Air quality improvements; District heating; Photochemical reaction; Fine particles; Industrial boilers; Energy efficiency investments; Air pollution concentrations; Photochemical reactions; Air pollution abatement; Emissions; Gaseous pollutants; Green house gas; Biomass burning; Environmental; Acid; Generation; Pollutant; Organic compound; Cement production; Atmospheric pollutants; Urban air pollution; Clean energy; Environmental benefits; Monitoring technology; Air movements; Ambient concentration; Environmental protection agency; Air pollutants; Particulate pollution; Flue gas; Organic pollutants; Emission reductions; Emissions from production; So2; Air pollution management; Ambient air; Pollution reduction; Smoke; Emission control; Road; Clean coal; Urban air quality; Air pollutant; Emission characteristics; Low-sulfur; Flue gas desulfurization; Concentration data; Public security; Ambient air pollution; Air quality guidelines; Heavy industry; Cleaner technology; Cost-benefit analysis; Combustion temperatures; Reducing emissions; Pollution levels; Energy usage; Esp; Emission standard; Visual environments; Vehicle population; Electrostatic precipitator; Approach; Concentrations of pollutants; Ambient air quality standards; Cleaner technologies; Catalytic reduction; Ambient concentrations; Public transportation; Colors; Black carbon; Ammonium sulfate; Climatic conditions; Vegetative cover; Existing source; Suspended dust

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CC BY 3.0 IGO, http://creativecommons.org/licenses/by/3.0/igo/, World Bank

En AGRIS desde: 2024-10-18

Fecha de modificación: 2025-10-25

Formato: Dublin Core

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DOI http://documents.worldbank.org/curated/en/2012/06/16628789/china-integrated-air-pollution-management-china-developing-particulate-matter-control https://hdl.handle.net/10986/11913

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Integrated Air Pollution Management in China : Developing Particulate Matter Control

2012

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