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Sector:
Water supply |
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Present Population |
Population (2020) |
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Sub-Sector / Technically
Autonomous Unit: Jabal Amel |
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282,000 |
328,000 |
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Component |
Present Situation |
Target Situation |
Projects |
Characteristics |
Priority |
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Technical Constraints |
Cost |
Impact |
Uncertainty |
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| Sector |
Sub-sector |
Geographic area |
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Sp |
St |
∆S |
Remarks |
Description |
Min. delay to
start (Year) |
Min. constr.
Period (Year) |
Investment Mil
US$ |
Land value /
expro. (a') % |
Yearly
maintenance cost (b) % |
Major
rehab/replac. cost (c ) % |
Span for
rehab./replc. (d) |
Yearly operation
cost (e) % |
Uncertainty |
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Physical Stock |
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Number and capacity of treatment
plants (m3/day) |
Station of Taybeh, 7000m3 |
Extension of Taybeh Treatment
Plant capacity, 25000m3 |
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On-going |
This project
depends on C800 |
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Increase the
potable water quantity in the region (18,000 m3/day) |
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| Water |
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South Leb. |
Number and capacity of
reservoirs(m3) |
89 reservoirs, 21850 |
65,000 |
2200m3 of
reservoirs for rehabilitation (System 16-E03-Touline region); and 700m3 at
system 16-E08 (Chibaa region) |
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1 |
1 |
0,07 |
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1 |
10 |
10 |
10 |
30% |
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Low |
2 |
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South Leb. |
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12600m3
of reservoirs for construction |
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1 |
15 |
3,2 |
3 |
1 |
10 |
10 |
10 |
40% |
Increase
capacity of storage |
Low |
3 |
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| Water |
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South Leb. |
Length of network
(Transmission+Distribution)(km) |
807 Km Distribution, 330 Km
Transmission |
807 Km Distribution, 350 Km
Transmission |
330
km of transmission networks for renovation |
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1 |
15 |
82,5 |
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1 |
10 |
10 |
10 |
30% |
Reduce
leakage |
Low |
3 |
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| Water |
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South Leb. |
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107
km of distribution networks for renovation (Old Distribution network is
mainly located at: Aiita El Jabal, Bir Assalasel, Hasbaya, Kawkaba, El-meri,
Kfarchouba, Chouaya, Abou Qamha, Ain Qinya, El-Fardis, El-Majidiyé) |
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1 |
6 |
6.4 |
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10 |
10 |
10 |
50% |
Reduce
leakage |
Low |
2 |
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Institutional Setup |
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Subscription number |
24,000 |
82,000 |
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Number of Staff |
58 |
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| Water |
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South Leb. |
Number of water meters |
0 |
82,000 |
20,500 water
meters for implementation |
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2 |
5 |
5.1 |
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1 |
20 |
10 |
10 |
30% |
Encourage
conservation of water, control the input and output of water systems |
Low |
3 |
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| Water |
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South Leb. |
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41,000 water
meters for implementation |
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7 |
10 |
10.2 |
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1 |
20 |
10 |
10 |
50% |
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Low |
x |
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| Water |
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South Leb. |
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20,500 water
meters for implementation |
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17 |
5 |
5.1 |
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1 |
20 |
35 |
10 |
50% |
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Low |
x |
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South Leb. |
Management Software |
No |
Yes |
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Economic values: |
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Investment (Mil$) (a) |
54 |
257 |
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Land value / expropriation (a')
(mil$) |
7 |
15 |
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Yearly maintenance cost (b) |
0.7% |
1% |
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Major rehab/replac. cost (c ) |
2% |
10% |
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Span for rehab/replc (d) |
10 |
40 |
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Yearly operation cost (e) |
2% |
12 |
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Performance Indicators: |
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Results |
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Actual quantity of water demand
(m3/day)(2006)/Actuel quantity of exploited resources(m3/day) |
56,400/40,000 |
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Future quantity of water demand
(m3/day)(horizon 2020)/Actuel quantity of exploited resources(m3/day) |
82,000/40,000 |
Equal or less than 1 |
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Number of supply hours/day |
NA |
24 |
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Quality of water vs.
international norms |
Good |
Good |
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% of network ages more than 35
years |
13 % (Distribution), 100 %
(Transmission) |
0 |
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Percentage of unaccounted for
water (%) |
(20 % leakage, 10 % illegal
connections and 30 % Unaccounted for water) |
20% |
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Means |
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Number of staff per 1000
connections |
2.41 |
2 |
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Percentage of water metering
coverage per water authority (%) |
0 |
100% |
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Collection ratio of fees (%) |
53% |
90% |
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Revenues of water
authority(Billions LL)-expenditures of water authority (Billions LL) |
2003: 2.87 -2.65 |
Equal or more than 0 |
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P1 |
0 |
P0 |
0 |
Px |
15.3 |
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