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China - Fourth Inland Waterways Project : environmental assessment (Vol. 5) : Guangdong component : Middle reaches of North River - environmental impact assessment (Inglês)

The Project's main objective is to improve access for poor regions of Southern China, by upgrading navigation conditions on the region's major east-west river, and other waterways feeding traffic into the Pearl River Delta region. Additionally, it is expected to harness water flows in two of these rivers, to generate environmentally clean electricity, and help meet a growing energy demand in the provinces of Guangdong and Guangxi. Notwithstanding the benefits resulting from implementation of the project, construction activities will nevertheless increase environmental adversity, such as soil erosion, sedimentation, loss of vegetation, in addition to water and air pollution. This environmental assessment comprises eight volumes, addressing each navigation complex - Naji, Lianjiang Xiniu, Guangdong, and Laolonghu - through two volumes each addressing the environmental impact assessment, and action plan respectively. Overall, mitigation measures stipulate the need for navigational safety regulations, particularly to inform when blasting instances would occur, while ships should be equipped with oil-water separator devices, and port facilities should have the capacity for treating oil spills, sewage, and/or wastes; regular water spraying on construction sites to minimize dust emissions; building sediment tanks, and septic tanks, integrated with local sewage treatment facilities to prevent water contamination; practicing vegetative propagation, both after construction, as well as during construction to prevent soil erosion and/or potential landslides; likewise, stone retaining walls, and drainage ditches should be installed to intercept contaminated effluents, or waste material; safety measures for construction workers, providing protective appliances, and periodic medical checkups/vaccines; and, practicing regular monitoring on water quality.

Detalhes

  • Autor

    Guangxi Zhuang Environmental Protection Research Institute South China Institute of Environmental Sciences Scientific Research Institute of the PearlRiver Water Resources Protection

  • Data do documento

    2003/08/31

  • TIpo de documento

    Avaliação Ambiental

  • No. do relatório

    E788

  • Nº do volume

    5

  • Total Volume(s)

    10 (Ver todos os volumes)

  • País

    China,

  • Região

    Leste Asiático e Pacífico,

  • Data de divulgação

    2010/07/01

  • Nome do documento

    Guangdong component : Middle reaches of North River - environmental impact assessment

  • Palavras-chave

    high water period;social and economic development;ambient air quality standard;air pollution prevention;sand and gravel;air environment;cargo carry capacity;limitation of noise;types of cargo;drinking water source;aquatic ecological environment;law and regulation;noise pollution;village or town;distribution of fish;types of ship;laws and regulation;development of water;environmental quality standard;pollutant from ship;supply of materials;impact of flood;air quality assessment;water quality;water environment;sample units;river section;civil works;river course;field survey;fish living;residential area;water area;seasonal fluctuation;disposal site;raw material;construction camp;vascular plant;qualitative analysis;dust emission;river regulation;surface water;daily average;fishery expert;ship lock;construction period;water control;noise standard;construction material;seasonal changes;acoustic environment;critical habitat;dominant species;Leave Bank;navigation area;water level;Flood Prevention;fish species;natural river;influencing factor;noise assessment;living organism;high noise;industrial area;aquatic insect;river sediment;air pollutant;water bodies;fish resource;heavy metal;site inspection;aquatic organism;cell count;suspended solid;water system;indirect impact;fishery resource;water pollution;local supply;main road;power supply;light industry;virgin forest;suburban roads;material need;average water;freight volume;flow control;living standard;arable land;investment rate;traffic condition;project plan;waste water;local power;transport measure;building stone;river control;concrete mixer;transport cost;river flow;downstream channel;exchange rate;uncontrolled fishing;long-term impact;local resident;Production Development;water flow;channel dredging;flood period;mountain area;channel maintenance;container yard;electrical appliance;industrial chemicals;emission control;pollutant control;sludge use;classification principles;construction phase;spawning area;geographical coverage;environment department;unsteady flow;technical expertise;construction characteristics;ancient temples;survey sample;Exchange Rates;hot spot;power industry;water conservancy;aquatic system;transportation noise;mitigation measure;machinery noise;emergency measure;construction site;petroleum product;comparative analysis;rare species;land area;fishing activity;effluent limit;water pollutant;public consultation;noise source;commercial areas;industrial enterprise;urban development;impact area;disposal area;environmental plan;transport network;economic zone;dominant group;sea transportation;transport distance;coverage rate;mountainous area;quantitative analysis;water temperature;flow water;species distribution;high biomass;river bed;main river;natural environment;forest law;conservation law;state council;individual number;aquatic ecosystem;noise environment;water plant;aquatic life;fishing zone;construction method;power station;

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