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Urban air quality management strategy in Asia - guidebook (Inglês)

Urban Air Quality Management Strategy (URBAIR) aims to assist in the design and implementation of policies, monitoring, and management to restore air quality in Asian metropolitan areas. This Guidebook details the steps in an air quality management system (AQMS). It is intended for use in conjunction with city-level data. Planners, economists, and engineers may refer to it as a sourcebook for technical assistance. It provides details on air quality modeling, choices of abatement measures and low cost-benefit analysis can be used to guide selection of appropriate measures. It summarizes the components of a general action plan to manage and control air pollution. The Guidebook outlines common air pollution laws and regulations and policy instruments and presents a five-step action plan for creating an AQMS specific to a city's circumstances. Abatement measures in the plan are categorized according to cost-effectiveness, as well as the time required to implement them and when they would become effective.

Detalhes

  • Autor

    Shah, Jitendra J. Nagpal, Tanvi Brandon, Carter J. [Editors] Larssen, Steinar Gronskei, Knut Erik Hanegraaf, M. C. Jansen, Huib Kuik, O. J. Oosterhuis, F.H. Olsthoorn, Xander A.

  • Data do documento

    1997/11/30

  • TIpo de documento

    Publicação

  • No. do relatório

    17370

  • Nº do volume

    1

  • Total Volume(s)

    1

  • País

    Ásia,

  • Data de divulgação

    2010/07/01

  • Nome do documento

    Urban air quality management strategy in Asia - guidebook

  • Palavras-chave

    abatement measure;air quality assessment;Air Quality Management;cost-effectiveness analysis;cost-benefit analysis;dispersion model;air pollution problem;annual average daily traffic;emission of nitrogen oxide;urban air quality management;local air pollution concentration;air quality monitoring program;environmental damage;air pollution control;air pollution concentrations;law and regulation;volatile organic compound;air quality data;implementation of policies;air pollution abatement;air quality objective;restricted activity day;cooperation and development;air pollution management;unit of production;urban air pollution;command and control;air quality modeling;damage assessment;indoor air pollution;inventory of population;work loss days;emergency room visits;air pollution emission;reduced life expectancy;medical care cost;time of day;comparison of cost;formulation of strategies;ambient air quality;air pollution source;air pollution regulation;damage to ecosystem;flow of information;number of residents;air quality resulting;air pollution exposure;emission of particulate;location of industry;pollution control actions;number of vehicles;reduction in emission;air quality goal;data processing capability;unit of emissions;liquefied petroleum gas;cost of abatement;quality control procedure;health damage;abatement option;input data;monitoring techniques;exposure data;fact sheet;urban population;abatement strategy;sulfur dioxide;meteorological data;population exposure;damage cost;pollution level;economic valuation;assessment program;suspend particulate;stack height;hot spot;large emission;dispersion calculation;residential area;emission datum;emission inventory;metropolitan area;monitoring equipment;point source;monitoring data;vehicular traffic;fuel quality;discount rate;dynamic economy;coal burn;suspended particle;respiratory symptom;raw material;city dweller;raise awareness;industrial source;population distribution;domestic heating;manpower requirement;peroxyacetyl nitrate;chemical reaction;population data;grid system;emission factor;site monitoring;stationary combustion;pollutant concentration;long-term changes;temporal resolution;automobile traffic;economic instrument;central computer;exposure condition;temporal variation;metropolitan region;sea level;monitoring authority;chronic bronchitis;modern history;wind rose;asthma attack;combustion source;pollution impact;local expert;local researcher;industrial activity;industry representatives;standard deviation;long-term monitoring;central laboratory;non-governmental organization;spatial resolution;fuel combustion;production cost;age distribution;protection agency;hospital admission;public health;premature death;toxic gas;financial resource;monetary assessment;refuse disposal;productivity loss;increased morbidity;smaller number;efficient institution;daily wage;spatial scale;electronic datum;frequency distribution;monetary term;institutional strengthening;space heating;vehicle class;analytical procedure;domestic emission;public expenditure;Clean Technology;cleaner air;tropospheric ozone;acid deposition;copyright notice;sulfur oxide;noncommercial purposes;environment pollution;Industrialized countries;industrialized country;annual expenditure;industrial nations;catalytic converter;electrostatic precipitator;excessive costs;abatement technique;polycyclic aromatic;carbon dioxide;environmental benefit;implicit assumption;data structure;rural transportation infrastructure;incremental cost;enforcing compliance;direct regulation;environmental charge;tax credit;tradable right;atmospheric dispersion;voluntary agreement;health effect;clean fuel;unleaded gasoline;Environmental Policy;political economist;classroom use;lead emission;collaborative effort;local source;water bodies;fuel use;average values;Capital Investments;continuous measure;local law;industrialized nation;emission control;temperate climate;pollutant formation;vegetation distribution;transport demand;fuel switching

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