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China - Liaoning Urban Transport Project : environmental assessment (Vol. 6) (English)

The Liaoning Urban Transport Project (LUTP) will consist of public transportation, transportation management, infrastructure development, road maintenance, and institutional strengthening in Shenyang, Anshan, and Fushun. The report looks at the following environmental impacts and mitigation: air quality, noise & vibration, surface water pollution, sunshine obstruction, soil & vegetation, social-economic impacts, and resettlement. Major mitigation measures to be undertaken include: construction of sound barriers, and sound absorption pavement; installation of double glazed windows and air conditioners; promotion of public transportation, clean fuels, vehicle inspection, and maintenance programs; installation of street crossing signals, zebra lines, and designated non-motor vehicle lanes; re-plantation and landscaping programs; interception of surface runoff; and establishment of environmental emergency teams to minimize impacts of motor vehicle accidents involving hazardous materials. Remaining noticeable impacts include an increase in noise; loss of agricultural land; temporary traffic obstruction and detouring; and accidental hazardous material release.

Details

  • Author

    Post Buckley International, Inc.

  • Document Date

    1998/09/30

  • Document Type

    Environmental Assessment

  • Report Number

    E244

  • Volume No

    6

  • Total Volume(s)

    7

  • Country

    China,

  • Region

    East Asia and Pacific,

  • Disclosure Date

    2010/07/01

  • Doc Name

    China - Liaoning Urban Transport Project : environmental assessment

  • Keywords

    motor vehicle emission control strategy;Traffic;arterial road;quality of urban life;distribution of traffic volume;daily average;mitigation measure;construction and operation;central urban area;main road section;road maintenance;air pollutant concentration;road maintenance activity;motor vehicle fleet;motor vehicle speed;law and regulation;day care center;distribution of water;traffic control system;traffic management measure;public transport service;summer season;annual average temperature;environmental issue;signal control;noise level;local counterpart;project road;residential building;land use;wind speed;vehicle flow;residential area;urban traffic;construction phase;project construction;monitoring program;land acquisition;engineering analysis;traffic problem;resettlement compensation;heating season;traffic prediction;positive impact;vehicle maintenance;comparative analysis;flood period;farm land;emission analysis;urban roads;traffic development;bus transport;vehicle operation;average speed;international training;good traffic;measured value;pollution source;population distribution;water environment;flood season;road condition;cross sections;railway station;air temperature;atmospheric pressure;sampling method;average height;equipment purchase;baseline data;traffic model;continuous sampling;mountainous area;alluvial plain;meteorological parameters;wind direction;industrial area;public vehicle;public bus;accurate assessment;municipal economy;resettlement preparation;infrastructure upgrading;Urban Planning;industrial zone;road traffic;vehicle repair;inversion layer;daily maximum;construction schedule;atmospheric condition;assessment area;remedial measure;environmental problem;engineering design;research institute;impact area;noise impact;environmental concern;pile driving;project selection;financial resource;traffic system;loan application;public complaint;project operation;impact prediction;social economy;air conditioner;glazed windows;cash compensation;environmental consequence;noise mitigation;project impact;work schedule;transport route;environmental monitoring;environmental mitigation;environmental awareness;water quality;socio-economic development;River basin;water intake;rain water;chemical hazard;iron smelting;acoustic environment;hydrological system;domestic train;Traffic Accident;urban construction;living condition;traffic condition;commercial activity;flood event;flood level;vegetation distribution;community distribution;emission coefficient;oil content;river water;Traffic Safety;employment structure;resettlement plan;crop land;monitoring plan;annual monitoring;river level;emission technologies;routine monitoring;bus lane;computer system;field survey;public building;mitigation actions;municipal road;environmental experts;infrastructure component;process plant;

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Citation

Post Buckley International, Inc.

China - Liaoning Urban Transport Project : environmental assessment (Vol. 6) (English). Washington, D.C. : World Bank Group. http://documents.worldbank.org/curated/en/165551468769177096/China-Liaoning-Urban-Transport-Project-environmental-assessment