Dam Search Results
Please note: only dams ≥ 15m which have been completed, are under construction, or due to begin RCC placement in the current year are included in the table below.
Results are sorted in the following order: Finish of RCC, Start of RCC, Finish of Project, Start of Project, Height and alphabetical by Dam Name.
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Name | Country | Owner | Purpose | River | Reservoir capacity (m3x106) | Construction dates | Dimensions | Volume | Facings | Placement | Cementitious material | |||||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Start | Finish | Height | Length | RCC | Total | Upstream | Downstream | Spillway | Layers | Lifts | Cement | Pozzolan | ||||||||||||
Project | RCC | RCC | Project | (m) | (m) | (m3x103) | (m3x103) | Slope | Type | Slope | Type | Slope | Type | (m) | (m) | (kg/m3) | (kg/m3) | |||||||
De Mist Kraal | South Africa | I W | Little Fish | 4 | 09/84 | 05/86 | 08/86 | 10/87 | 30 | 300 | 35 | 65 | V | (1) | 0.60 | (1)* | 0.60 | (1)* | 250 | 250 | 58 | 58 | (F) | |
Dodairagawa | Japan | F W | Kabura | 5 | 03/86 | 06/88 | 01/90 | 03/92 | 70 | 300 | 167 | 350 | V 0.40 | (1) (1) | 0.75 | (1) | 0.75 | (1) | 180 | 500 | 96 | 24 | (F) | |
Satsunaigawa | Japan | F H I W | Satsunai | 54 | 02/87 | 04/91 | 10/95 | 03/99 | 114 | 300 | 536 | 770 | 0.40 | (1) | 0.80 | (1) | 0.80 | (1) | 250 | 750 | 78 | 42 | (S) | |
Rio do Peixe II | Brazil | H | Do Peixe | 2 | 02/96 | 12/96 | 12/97 | - /98 | 32 | 300 | 20 | 34 | V | (1) | 0.80 | (1)* | 0.80 | (1)* | 300 | 300 | 120 90 | 0 0 | (-) - | |
Pirapama | Brazil | W | Pirapama | 61 | - /00 | - /00 | - /01 | - /01 | 25 | 300 | 87 | 137 | (1) | 300 | 300 | 72 | 18 | (-) - | ||||||
Estreito | Brazil | F I R W | Curimatá | 24 | - /97 | - /00 | - /01 | 11/02 | 26 | 300 | 12 | 14 | 300 | 300 | 64 | 16 | (N) | |||||||
Wala | Jordan | G | Wala | 9 | 01/99 | 10/00 | 04/02 | 04/03 | 52 | 300 | 240 | 260 | 0.30 | (1) | 0.70 | (1)* | 0.70 | (1)* | 300 | 300 | 120 100 | 0 0 | (-) - | |
Tukaihe | China | H | Lixian | 78 | 04/04 | 12/05 | - /06 | - /07 | 59 | 300 | 255 | 570 | V | (3') | (3') | (3') | 300 | 3000 | 65 93 | 110 113 | (S) | |||
Adnan Mendres (formerly Çine) | Turkey | F H I W | Çine | 350 | 12/95 | 11/04 | 04/10 | 10/11 | 137 | 300 | 1560 | 1650 | 0.10 0.20 | (7') | 0.85 | (7') | 0.85 | (7') | 300 | 300 | 85 75 | 105 95 | (F) | |
Grand Poubara | Gabon | H | Ogooué | 11/08 | - /10 | - /12 | 08/13 | 37 | 300 | 105 96 | 70 64 | (F) | ||||||||||||
Spring Grove | South Africa | W | Mooi | 140 | 03/11 | 06/12 | 05/13 | 05/14 | 39 | 300 | 96 | 114 | (3') | (3') | 300 | 300 | 50 | 110 | (F) | |||||
Yalnızardıç | Turkey | H | Göksu | 109 | - /09 | - /11 | - /14 | - /15 | 113 | 300 | 490 | |||||||||||||
Dayakou [A] | China | H | Nanting | 170 | - /13 | - /14 | - /15 | - /16 | 99 | 300 | 210 | |||||||||||||
Wala Dam Raise | Jordan | G | Wala | 26 | 09/17 | 06/19 | 10/19 | 07/20 | 67 | 300 | 80 | 82 | 0.30 | (1) | 0.70 | (1)* | 0.70 | (1)* | 300 | 300 | 98 | 52 | (N) | |
Hirase | Japan | F H W | Nishiki | 30 | - /10 | - /16 | - /20 | - /22 | 73 | 300 | 340 |
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Please note: only dams ≥ 15m which have been completed, are under construction, or due to begin RCC placement in the current year are included in the list below.
Results are sorted in the following order: Finish of RCC, Start of RCC, Finish of Project, Start of Project, Height and alphabetical by Dam Name.
Details
Country: South Africa
Owner: -
Type: Gravity
Purpose(s): Irrigation / Water Supply
River: Little Fish
Reservoir capacity: 4 m3x106
Construction Dates
Start of Project: 09/84
Start of RCC: 09/84
End of RCC: 08/86
End of Project: 10/87
Specifications
Height: 30 metres
Length: 300 metres
Volume of RCC: 35 m3x103
Total volume: 65 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Vertical | Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
0.60 | Traditional concrete against formwork [stepped face] |
Spillway
Slope | Type |
---|---|
0.60 | Traditional concrete against formwork [stepped face] |
Placement
Layers (mm) | Lifts (mm) |
---|---|
250 | 250 |
Cementitious material
Cement (kg/m3) |
---|
58 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
58 | Low-lime flyash (ASTM Class F) |
Details
Country: Japan
Owner: -
Type: Gravity
Purpose(s): Flood Control / Water Supply
River: Kabura
Reservoir capacity: 5 m3x106
Construction Dates
Start of Project: 03/86
Start of RCC: 03/86
End of RCC: 01/90
End of Project: 03/92
Specifications
Height: 70 metres
Length: 300 metres
Volume of RCC: 167 m3x103
Total volume: 350 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Vertical | Traditional concrete against formwork |
0.40 | Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
0.75 | Traditional concrete against formwork |
Spillway
Slope | Type |
---|---|
0.75 | Traditional concrete against formwork |
Placement
Layers (mm) | Lifts (mm) |
---|---|
180 | 500 |
Cementitious material
Cement (kg/m3) |
---|
96 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
24 | Low-lime flyash (ASTM Class F) |
Details
Country: Japan
Owner: -
Type: Gravity
Purpose(s): Flood Control / Hydropower / Irrigation / Water Supply
River: Satsunai
Reservoir capacity: 54 m3x106
Construction Dates
Start of Project: 02/87
Start of RCC: 02/87
End of RCC: 10/95
End of Project: 03/99
Specifications
Height: 114 metres
Length: 300 metres
Volume of RCC: 536 m3x103
Total volume: 770 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
0.40 | Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
0.80 | Traditional concrete against formwork |
Spillway
Slope | Type |
---|---|
0.80 | Traditional concrete against formwork |
Placement
Layers (mm) | Lifts (mm) |
---|---|
250 | 750 |
Cementitious material
Cement (kg/m3) |
---|
78 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
42 | Ground-granulated blast-furnace slag |
Details
Country: Brazil
Owner: -
Type: Gravity
Purpose(s): Hydropower
River: Do Peixe
Reservoir capacity: 2 m3x106
Construction Dates
Start of Project: 02/96
Start of RCC: 02/96
End of RCC: 12/97
End of Project: -/98
Specifications
Height: 32 metres
Length: 300 metres
Volume of RCC: 20 m3x103
Total volume: 34 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Vertical | Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
0.80 | Traditional concrete against formwork [stepped face] |
Spillway
Slope | Type |
---|---|
0.80 | Traditional concrete against formwork [stepped face] |
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
120 |
90 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
0 | No pozzolan used - |
0 |
Details
Country: Brazil
Owner: -
Type: Gravity
Purpose(s): Water Supply
River: Pirapama
Reservoir capacity: 61 m3x106
Construction Dates
Start of Project: -/00
Start of RCC: -/00
End of RCC: -/01
End of Project: -/01
Specifications
Height: 25 metres
Length: 300 metres
Volume of RCC: 87 m3x103
Total volume: 137 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
72 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
18 | No pozzolan used - |
Details
Country: Brazil
Owner: -
Type: Gravity
Purpose(s): Flood Control / Irrigation / Recreation / Water Supply
River: Curimatá
Reservoir capacity: 24 m3x106
Construction Dates
Start of Project: -/97
Start of RCC: -/97
End of RCC: -/01
End of Project: 11/02
Specifications
Height: 26 metres
Length: 300 metres
Volume of RCC: 12 m3x103
Total volume: 14 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Downstream
Slope | Type |
---|---|
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
64 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
16 | Natural pozzolan (ASTM Class N) |
Details
Country: Jordan
Owner: -
Type: Gravity
Purpose(s): Groundwater Recharge
River: Wala
Reservoir capacity: 9 m3x106
Construction Dates
Start of Project: 01/99
Start of RCC: 01/99
End of RCC: 04/02
End of Project: 04/03
Specifications
Height: 52 metres
Length: 300 metres
Volume of RCC: 240 m3x103
Total volume: 260 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
0.30 | Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
0.70 | Traditional concrete against formwork [stepped face] |
Spillway
Slope | Type |
---|---|
0.70 | Traditional concrete against formwork [stepped face] |
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
120 |
100 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
0 | No pozzolan used - |
0 |
Details
Country: China
Owner: -
Type: Gravity
Purpose(s): Hydropower
River: Lixian
Reservoir capacity: 78 m3x106
Construction Dates
Start of Project: 04/04
Start of RCC: 04/04
End of RCC: -/06
End of Project: -/07
Specifications
Height: 59 metres
Length: 300 metres
Volume of RCC: 255 m3x103
Total volume: 570 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Vertical | RCC against formwork (GEVR/GE-RCC) |
Downstream
Slope | Type |
---|---|
RCC against formwork (GEVR/GE-RCC) |
Spillway
Slope | Type |
---|---|
RCC against formwork (GEVR/GE-RCC) |
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 3000 |
Cementitious material
Cement (kg/m3) |
---|
65 |
93 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
110 | Ground-granulated blast-furnace slag |
113 |
Details
Country: Turkey
Owner: -
Type: Gravity
Purpose(s): Flood Control / Hydropower / Irrigation / Water Supply
River: Çine
Reservoir capacity: 350 m3x106
Construction Dates
Start of Project: 12/95
Start of RCC: 12/95
End of RCC: 04/10
End of Project: 10/11
Specifications
Height: 137 metres
Length: 300 metres
Volume of RCC: 1560 m3x103
Total volume: 1650 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
0.10 | RCC against precast concrete panels (GEVR/GE-RCC) |
0.20 |
Downstream
Slope | Type |
---|---|
0.85 | RCC against precast concrete panels (GEVR/GE-RCC) |
Spillway
Slope | Type |
---|---|
0.85 | RCC against precast concrete panels (GEVR/GE-RCC) |
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
85 |
75 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
105 | Low-lime flyash (ASTM Class F) |
95 |
Details
Country: Gabon
Owner: -
Type: Gravity
Purpose(s): Hydropower
River: Ogooué
Reservoir capacity: -
Construction Dates
Start of Project: 11/08
Start of RCC: 11/08
End of RCC: -/12
End of Project: 08/13
Specifications
Height: 37 metres
Length: 300 metres
Volume of RCC: -
Total volume: -
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Downstream
Slope | Type |
---|---|
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
Cementitious material
Cement (kg/m3) |
---|
105 |
96 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
70 | Low-lime flyash (ASTM Class F) |
64 |
Details
Country: South Africa
Owner: -
Type: Gravity
Purpose(s): Water Supply
River: Mooi
Reservoir capacity: 140 m3x106
Construction Dates
Start of Project: 03/11
Start of RCC: 03/11
End of RCC: 05/13
End of Project: 05/14
Specifications
Height: 39 metres
Length: 300 metres
Volume of RCC: 96 m3x103
Total volume: 114 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
RCC against formwork (GEVR/GE-RCC) |
Downstream
Slope | Type |
---|---|
RCC against formwork (GEVR/GE-RCC) |
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
50 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
110 | Low-lime flyash (ASTM Class F) |
Details
Country: Turkey
Owner: -
Type: Gravity
Purpose(s): Hydropower
River: Göksu
Reservoir capacity: 109 m3x106
Construction Dates
Start of Project: -/09
Start of RCC: -/09
End of RCC: -/14
End of Project: -/15
Specifications
Height: 113 metres
Length: 300 metres
Volume of RCC: 490 m3x103
Total volume: -
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Downstream
Slope | Type |
---|---|
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
Cementitious material
Cement (kg/m3) |
---|
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
Details
Country: China
Owner: -
Type: Thin Arch
Purpose(s): Hydropower
River: Nanting
Reservoir capacity: 170 m3x106
Construction Dates
Start of Project: -/13
Start of RCC: -/13
End of RCC: -/15
End of Project: -/16
Specifications
Height: 99 metres
Length: 300 metres
Volume of RCC: -
Total volume: 210 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Downstream
Slope | Type |
---|---|
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
Cementitious material
Cement (kg/m3) |
---|
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
Details
Country: Jordan
Owner: -
Type: Gravity
Purpose(s): Groundwater Recharge
River: Wala
Reservoir capacity: 26 m3x106
Construction Dates
Start of Project: 09/17
Start of RCC: 09/17
End of RCC: 10/19
End of Project: 07/20
Specifications
Height: 67 metres
Length: 300 metres
Volume of RCC: 80 m3x103
Total volume: 82 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
0.30 | Traditional concrete against formwork |
Downstream
Slope | Type |
---|---|
0.70 | Traditional concrete against formwork [stepped face] |
Spillway
Slope | Type |
---|---|
0.70 | Traditional concrete against formwork [stepped face] |
Placement
Layers (mm) | Lifts (mm) |
---|---|
300 | 300 |
Cementitious material
Cement (kg/m3) |
---|
98 |
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
52 | Natural pozzolan (ASTM Class N) |
Details
Country: Japan
Owner: -
Type: Gravity
Purpose(s): Flood Control / Hydropower / Water Supply
River: Nishiki
Reservoir capacity: 30 m3x106
Construction Dates
Start of Project: -/10
Start of RCC: -/10
End of RCC: -/20
End of Project: -/22
Specifications
Height: 73 metres
Length: 300 metres
Volume of RCC: -
Total volume: 340 m3x103
Construction Methods
Facings
Upstream
Slope | Type |
---|---|
Downstream
Slope | Type |
---|---|
Spillway
Slope | Type |
---|---|
Placement
Layers (mm) | Lifts (mm) |
---|---|
Cementitious material
Cement (kg/m3) |
---|
Pozzolan (kg/m3) | Pozzolan Type |
---|---|
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