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mohamedtkh

Microsoft Word - IWTC 2003 - Desalination.doc - IWTC2003-01-2.pdf - 10 views

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    Subjects like desalination tie into the 'Sustainable tourism' article: how to get enough fresh water to serve larger numbers of people, both tourists and workers.
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    some basic information: The Red Sea Governorate has an area of 130,000 km, weather in plains is mainly dry and hot, highlands are colder and not populated, rainfall is very low, and is not considered as a water resource at all. the total population is 220,000, some are Bedouin and the rest are located in small cities.
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    The water resources in Red Sea can be classified into: underground water, potable water transported by pipeline, and desalinated water. Also, desalination units are categorized as government-owned units (Ministry of Development) and the private sector owned units.
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    The uses of the Red Sea water: Agriculture (seasonal and the cultivated area is very small, and there is no any plans for expansion in agriculture), Domestic (the population is very low in this area, and the south of Red Sea Governorate only relies on desalination, and the rest of the cities rely on water from the Nile), Tourism (Tourism activities are supplied mainly by desalinated water), Recreational ( Recreational areas are irrigated by treated sewage water. Each resort treats its wasted water and uses it in garden irrigation).
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    Important note is that this information is mainly about the Red Sea govern-ate area...(Red Sea Coast)
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    There are two main lines (Fig. 6 and Table 1): The first is Qena-Safaga pipeline with total length of 180 km. There are three parallel lines with different diameters. They have been erected on different periods from 1967 to 2000; the diameters are 200 mm, 300 mm and 400 mm. They are supported by 13 pumping stations distributed on the distance from Qena to Safaga. The total capacity of the lines is 17,000 m3/d distributed on three cities: Hurghada, Safaga and El-Quseir as 7000 m3/d, 5000 m3/d and 5000 m3/d, respectively, Table 1. The second line is the Koraimat pipeline, which has been erected recently on 1997 with diameter 1000 mm until Ras Ghareb and 600 mm to Hurghada. The total capacity of the pipeline is 28,000 m3/d distributed on three cities: Zaafarana, Ras Ghareb and Hurghada as 5500 m3/d, 5000 m3/d and 17,500 m3/d, respectively. There are seven pumping stations on the pipeline. The total cost of this pipeline is 660 millions L.E. which was equivalent to $US 194 millions. The installation cost per m3 depreciated on 15 years is 2.15 L.E./m3 or $US 0.64. The running cost including maintenance cost is 1.5 L.E. The total cost including installation cost is 3.5 L.E. which equivalent approximately to one US$.
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    Nile Water Transported by Pipeline to Red Sea Governorate and its costs
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    Desalinated Water Most of the Red Sea region uses desalination to respond to water demand requirements. There are two categories of desalination units: first is government-owned units (Ministry of Development); second is the privatesector- owned units. Table 2 presents the government-owned desalination units and the technology used. Table 3 presents the private-sector-desalination units. The total amount of desalinated water is 34,750 m3/d or 12.68 Mm3/y. The units using Reverse Osmosis (RO) technology produce 25,250 m3/d and the vapor compression (VC) produce 4500 m3/d.
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    Credentials of Authors: Magdy Abou Rayan M.A., Faculty of Engineering, El Mansoura University, Egypt Berge Djebedjian B., Faculty of Engineering, El Mansoura University, Egypt Ibrahim Khaled I., Water Department, Sinai Development Authority, Egypt Salah El-Sarraf Water Desalination, Soma Bay, Red Sea, Egypt
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    Seventh International Water Technology Conference, IWTC 2003, Cairo, Egypt It's an old source so should be used minimally and not for updated information just general
asala1121

AUC on Water Desalination - 1 views

  • Although desalination has been used for decades in many countries, its main drawbacks are its large energy consumption and high cost of installation.
  • “Desalination uses significant amounts of energy and requires specific, expensive infrastructure,” said Ramadan.
  • “Thermal desalination also relies on the burning of fossil fuel, leading to increased carbon dioxide emissions and air pollution.
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  • Reverse osmosis is commonly used in desalination worldwide, but the structure of the membrane devised by AUC researchers is what makes it unique. Composed of novel nanomaterials known as carbon nanotubes and a polymer, the membrane allows for higher water permeation and higher salt retention, leading to lower energy consumption per cubic meter of produced water.
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    Source: AUC official website (NEWS@AUC) Date: April 1 2013
asala1121

Desalination UNESCO report - 0 views

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    desalination water
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    desalination water
mohamedtkh

Water desalination: An imperative measure for water security in Egypt - 5 views

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    January 2010 source
mohamedtkh

Economics of seawater RO desalination in the Red Sea region, Egypt. Part 1. A case study - 4 views

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    This is obviously at big concern.
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