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Egypt - Helwan South Power Project : environmental assessment (Vol. 2) : Environmental and social impact assessment : Helwan South 3x650MWe Gas-Fired Steam Power Project (Inglês)

The development objective of the Helwan South Power Project for Egypt is to increase electricity generation capacity and thus help improve reliability and security of electricity supply in the country. Negative impacts include: air quality, aquatic environment, noise and vibration, flora and fauna, traffic problems, and solid waste management. Mitigation measures include: roads will be compacted and graveled if necessary; disposal of dredged sediments to an agreed site; development of site drainage plan which reduces flow velocity and sediment load; enforcement of vehicle speed limits; limited noisy construction activities at night; use of protective hearing equipment for workers; good site management practices will be observed to ensure that disturbance of habitats off-site are minimized; disposal of waste materials unsuitable for reuse on-site, (e.g. for landscaping) at appropriately licensed sites; scheduling of traffic to avoid peak hours on local roads; and collection and segregation of wastes and safe storage.


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    10 (Ver todos os volumes)

  • País

    Egito, República Árabe do

  • Região

    Oriente Médio e Norte da África,

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    Environmental and social impact assessment : Helwan South 3x650MWe Gas-Fired Steam Power Project

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    Environmental and Social Impact;construction and operation;regional and local development;Environmental and Social Safeguard;sulfur content of fuel;ambient air quality standard;thermal power plant;heavy fuel oil;land use planning;physical cultural resources;power plant site;concentration of pollutant;road and bridges;flow of water;standard and guideline;land use zoning;thermal power station;discharge of water;European Economic Area;local environmental condition;power generation facility;power generation sector;hydro power plant;light fuel oil;water treatment facility;emission control measure;supply of electricity;Solid Waste Management;ambient noise level;electricity generating capacity;power supply system;fuel supply;Thermal Power Generation;industrial pollution management;main road network;effluent discharge requirements;wastewater treatment facility;water treatment system;water supply system;demand for water;provision of finance;good environmental management;poor air quality;international good practice;public consultation process;high sulfur content;emission of carbon;loss of livelihood;loss of asset;access to asset;service and infrastructure;loss of income;liquid effluent;potable water;cooling water;Environmental Assessment;steam power;stack height;abstracted water;cooling system;residential area;environmental principle;Gas Pipeline;process water;local condition;transmission line;emission level;sulfur dioxide;emission concentration;Environmental Policy;atmospheric emission;secondary legislation;national environmental;liquid waste;oil refinery;primary fuel;water bodies;land take;endangered species;water abstraction;dissolved solid;high energy;nitrogen oxide;ground water;access road;conversion efficiency;carbon monoxide;environmental standard;emission rate;heavy oil;meteorological condition;electrical transmission;administrative authority;electricity network;treated water;thermal input;impact analysis;total emissions;project sponsor;kv line;fuel storage;irrigation system;two-way communication;oil waste;flue gas;industrial zone;land zone;residential property;housing program;ambient levels;combustion process;pollutant concentration;air mixture;fuel burn;worker health;emission limit;flow conditions;pollution control;fuel quality;dry gas;utility service;plant characteristics;atmospheric water;urban discharge;cultural features;agricultural area;monitoring plan;baseline study;local area;noise emission;cultural impact;administrative framework;national requirement;ground level;suspended solid;social practice;environmental agreement;legal compliance;regional coverage;lending activities;storm water;river water;seasonal variation;environmental consequence;aquatic species;total water;water consumption;potential candidate;waste water;social dimension;gender analysis;institutional analysis;stakeholder participation;fair compensation;Land Fill;Indigenous Peoples;large dam;natural habitat;domestic consumption;heating system;pesticide application;consultation activity;financing institution;commercial funding;environmental risk;global environment;land acquisition;social studies;aquatic ecosystem;environmental law;safeguard policy;discharge standard;air emission;social study;environmental procedures;maximum emission;environmental requirement;cleaner fuel;operational performance;Safeguard Policies;gas network;storage tank;boiler system;electrical efficiency;elevated temperature;evaporative cooling;operational management;desert area;political events;physiographic zones;strategic approach;desert land;flat land;net output;irrigation pump;alternative technology;water vapor;aquatic ecology;landscape character;public health;baseline monitoring;risk assessment;environmental regulation;regulatory authority;power output;legal standard;holding company;central administration;Communications Network;industry sector;environmental permit;long-term viability;mitigation measure;public concern;environmental matters;local law;project finance;heat output;



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