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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.

← Scroll the table horizontally to view its entire width →

NameCountryOwnerPurposeRiverReservoir capacity (m3x106)Construction datesDimensionsVolumeFacingsPlacementCementitious material
StartFinishHeightLengthRCCTotalUpstreamDownstreamSpillwayLayersLiftsCementPozzolan
ProjectRCCRCCProject(m)(m)(m3x103)(m3x103)SlopeTypeSlopeTypeSlopeType(m)(m)(kg/m3)(kg/m3)
BuchtarmaKazakhstanMinistry of EnergyF HIrtysh3105/5509/5710/6112/6390450587988V(10)0.80(3)0.80(3)300120013580(F)
NangankouChinaDongqiao CountyIZaoshui4- /69- /70- /71- /723285             
ShimajigawaJapanMinistry of ConstructionF I WShimaji2109/7610/7804/8003/8189240165317V
0.30
(1)
(1)
0.80(1)0.80(1)150 -
200
500
700
8436(F)
Willow CreekUSAUS Army Corps of EngineersF RWillow Creek1711/8104/8209/8204/8352543331331V(7)0.80(17)0.80(17)3003004719(F)
CopperfieldAustraliaKidston Gold Mines Ltd.WCopperfield2012/8305/8409/8409/8440340140156V(3)V
0.90
(3)
(17)
0.80(1)3003008030(F)
Middle ForkUSAExxon Company, Houston, TexasF WMiddle Fork 105/8407/8409/8411/84381254243V(1)0.80(1)*conduit 300300660(-) -
Carroll E. Ecton - formerly WinchesterUSAWinchester Municipal UtilityWUpper Howard Creek206/8408/8411/8401/85233632427V(6)V
1.00
(5)
(17)
1.00(1)3003001040(-) -
GalesvilleUSADouglas CountyF I R WCow Creek5207/8405/8508/8510/8550290161171V(1)0.80(17)0.80(17)3003005351(F)
Castilblanco de los ArroyosSpainJunta de AndaluciaWCala107/8405/8510/8512/85251241420V(1)V
0.75
(1)
(1)
0.75(1)45045072
61
116
120
(F)
KengkouChinaKengkou Reservoir Management OfficeH WYouxi 2711/8411/8504/8611/86571234362V(9)0.75(10)0.75(13)250 &
500
250 &
500
60
60
120
80
(F)
CraigbourneAustraliaRivers and Water Supply Commission of TasmaniaI WCoal1301/8604/8606/8608/86252472224V(7)1.00(17)separate 3003007060(F)
TamagawaJapanMinistry of ConstructionF H I WTama25408/8009/8307/8612/901004417721150V
0.60
(1)
(1)
0.81(1)0.81(1)150 -
200
750
1000
9139(F)
Grindstone CanyonUSAVillage of RuidosoWGrindstone209/8505/8607/8610/86424328896V(1)0.75(1)*0.75(1)300300760(-) -
MonksvilleUSANorth Jersey District Water Supply Commission and Hackensack Water CompanyWWanaque2705/8503/8608/8611/8648670219232V(1)V
0.78
(1)
(17)
0.78(1)*300300640(-) -
De Mist KraalSouth AfricaDepartment of Water & SanitationI WLittle Fish409/8405/8608/8610/87303003565V(1)0.60(1)*0.60(1)*2502505858(F)
Saco de Nova OlindaBrazilSRH (Secretaria de Recursos Hidricos)F I WGravata9707/8507/8610/8606/8756230132143V(1)0.80(3)*separate 4004005515(N)
Flag Boshielo - formerly ArabieSouth AfricaDepartment of Water & SanitationI WOlifants10409/8503/8611/8607/8736455101142V(1)0.50
0.75
(1)*
(1)*
0.75(1)3003003674(S)
ZaaihoekSouth AfricaDepartment of Water & SanitationWSlang19005/8511/8503/8709/884752797134V(1)V
0.62
(1)*0.62(1)*2502503684(S)
La ManzanillaMexicoCNA (Comisión Nacional del Agua)FIbarrilla111/8601/8705/8707/87361502030V
0.15
(5)
(5)
V
0.80
(5)
(17)
0.80(12)300300135135(F)
Lower Chase CreekUSAPhelps Dodge Morenci Inc & Sumitomo Metal MiningFLower Chase Creek103/8705/8706/8707/87201221422V(1)0.70(1)*0.70(1)*3003006440(F)
Upper StillwaterUSACentral Utah Water Conservancy DistrictI WRock Creek3712/8309/8508/8712/879181511251281V(14)0.32
0.60
(14)
(14)
0.32
0.60
(14)*
(14)*
30030079173(F)
Los MoralesSpainConfederación Hidrográfica del TajoWMorales206/8602/8710/8712/87282002226V(1)
(3)
0.75(3)*0.75(1)300 -
400
300 -
400
80
74
140
128
(F)
Les OlivettesFranceDepartement de l’HeraultFLa Peyne408/8612/8610/8703/88362558085V(1)0.75(16)0.75(1)*300300 130(R)
Elk Creek (as halted)USAUS Army Corps of EngineersFElk Creek12503/8504/8701/88- /9935365266348V(1)0.80(14)0.80(12)1506007033(F)
ManoJapanFukushima PrefectureF H WMano3612/8304/8501/8803/9069239104219V(1)0.80(1)0.80(1)1805009624(F)
Ain al KoreimaMoroccoDirection des Aménagements HydrauliquesIAkreuch106/8709/8702/8803/882612417200.20(5)*0.20
0.75
(5)
(17)
0.60(1)*35035070
140
30
60
(S)
ShiromizugawaJapanYamagata PrefectureF IShiromizu510/8410/8506/8804/9055367142314V(1)0.80(1)0.80(1)150 -
200
5009624(F)
Santa EugeniaSpainSociedad Española de Carburos Metálicos S.A.HXallas1701/8706/8706/8810/88842902252540.05(3)0.75
0.35
(3)*
(3)*
0.75(1)25025088
72
152
145
(F)
Asahi OgawaJapanToyama PrefectureF HOgawa503/8305/8606/8806/9084260268361V
0.90
(1)
(1)
0.80(1)0.80(1)1805009624(F)
StagecoachUSAUpper Yampa Water Conservancy District, Steamboat Springs, ColoradoH I R WYampa4208/8706/8807/8811/88461163439V(1)0.80(1)*0.80(1)*3003007171(F)
VadeniRomaniaRomanian Electricity Authority (RENAL) - Tirgu Jiu BranchHJiu503/8605/8810/8810/9225551417 (12) (12)ogee(12)3009001250(-) -
NunomeJapanWater Resources Development Public CorporationF WNunome1705/8601/8810/8812/8972322110330V
0.40
(1)
(1)
0.76(1)0.76(1)2507507842(F)
Los CanchalesSpainConfederación Hidrográfica del GuadianaF WLácara1505/8807/8811/8801/89322402554V(3)0.50
0.80
(3)*
(3)*
0.50(1)*25025084
70
156
145
(F)
GantangpingChinaHydropower Bureau, Lanshan CountyHYonghe9- /84- /86- /88- /9052180 220          (F)
Urugua-iArgentinaElectriciad Misiones S.A.HUrugua-i117510/8504/8804/89- /8977687590626V(6)0.80(17)0.80(1)400400600(-) -
S.W. Freese - formerly Stacy - spillway)USAColorado River Municipal Water DistrictWColorado70005/8705/8804/8901/903117389158V(13)0.831(17)ogee(12)30030012562(C)
Tirgu JiuRomaniaRomanian Electricity Authority (RENAL) - Tirgu Jiu BranchHJiu208/8606/8805/8912/9324611326 (12) (12)ogee(12)3009001250(-) -
SpitskopSouth AfricaDepartment of Water & SanitationIHarts6105/8809/8806/8911/89151001736V(1)
(15)
0.70(15)0.70(1)*2502509192(F)
RongdiChinaDepartment of Water Resources & Hydropower, Guangxi Zhuang Autonomous RegionF H IDulanghe1904/8811/8807/8906/915313661108V(7)0.75(10)0.65(1)30030090
69
140
111
(F)
Wright’s BasinAustraliaAustralian Capital Territory GovernmentFPoint Hut Creek101/8906/8908/8910/89188699V(7)1.00(16)1.00(13)30030014573(F)
Longmentan Nº1ChinaDehua County, Fujian ProvinceH I WChanxi5312/8512/8708/8909/89581507193V
0.30
(12)
(12)
0.75(10)0.75(13)30030072
54
82
86
(F)
Tongjiezi (with Niurixigou saddle dam)ChinaDepartment of Hydroelectric Power, Sichuan ProvinceF H I NDadu20001/8510/8812/8910/9488284407855V(1)0.75(10)0.75(1)300 -
500
300 -
500
79
82
79
83
(F)
TashkumyrKyrgyzstanMinistry of Power IndustryH INaryn140- /8203/8712/8912/90753201001300V(1)0.78(1)0.78(1)4004009030(N)
ShangbanChinaHWenchuanxi10- /87- /88- /89- /8947122 74           
PirikaJapanHokkaido Development BureauF H IShirobeshit-oshibetsu1810/82- /88- /8910/9140755163360V
0.80
(1)
(1)
0.80(1)0.80(1)2507508436(F)
DodairagawaJapanGunma PrefectureF WKabura503/8606/8801/9003/9270300167350V
0.40
(1)
(1)
0.75(1)0.75(1)1805009624(F)
Quail Creek South USAWashington County Water Conservancy DistrictWQuail Creek5002/9003/9005/9008/9042610130150V(1)V
0.85
(1)
(17)
conduit 3003008053(F)
Tianshenqiao Nº2ChinaChina Southern Power GridF HNanpan11601/8504/8706/9012/9261471143284V(1)V
0.40
(10)ogee(1)2502507979(F)
ConcepciónHondurasServicio Autonomo Nacional Acueductos y Acantarillados (SANAA)WConcepción3512/8812/8906/9008/90686942702900.075(2)0.80(3)*0.80(1)*4004006515(N)
WriggleswadeSouth AfricaDepartment of Water & SanitationWKubusie9407/8807/8907/9012/9034737134165V(1)V
0.62
(1)*0.62(1)*2502504466(F)
RiouFranceElectricité de FranceH I RRiou101/9006/9007/9003/91263084146V(2)0.60(14)*0.60(14)*300300 120(R)
Maroño SpainDiputación Foral de AlavaWIzoria and Idas201/8911/8908/9011/915318280910.05(3)V
0.75
(3)*
(3)*
0.75(1)*30030080
65
160
170
(F)
Caraibas - CEMIGBrazilCEMIG (Companhia Energetica de Minas Gerais)F ICaraibas1004/9007/9009/9002/912616018220.10(1)0.80(3)*0.80(1)*3003007020(N)
AsariJapanHokkaido PrefectureF WAsari907/8610/8709/9003/9374390259517V
0.30
(1)
(1)
0.80(1)0.80(1)1805009624(F)
AoulouzMoroccoDirection des Aménagements HydrauliquesF G ISouss8603/8811/8909/9011/9179476680850V(1)0.85(1)*0.85(1)500500120
90
0
0
(M)
HervásSpainJunta de ExtremaduraWHervás101/8903/9009/9010/903321024430.15(1)0.70(1)*
(5)*
0.70(1)30030080155(F)
Freeman diversionUSAUnited Water Conservancy DistrictGSanta Clara 03/9007/9009/90- /9117366101110V(1)0.80(17)0.80(17)30030012583(F)
KamuroJapanYamagata PrefectureF WKaneyama707/8607/8810/9008/9361257136307V
0.60
(1)
(1)
0.75(1)0.75(1)150 -
200
5009624(F)
Glen MelvilleSouth AfricaDepartment of Water & SanitationWEcca702/8804/8912/9004/913238066114V(1)V
0.75
(1)
(1)*
0.75(1)*3303306565(F)
ThornleaSouth AfricaUmlaas Irrigation BoardIMlazi306/9010/9012/9002/91171351617V(1)0.90(3)*0.90(1)1701703887(S)
Nickajack Auxillary SpillwayUSATennessee Valley AuthorityHTennessee31108/8907/9002/9104/921742779790.25(3)*0.60(3)*0.60(3)*30060085119(F)
GameleiraBrazilCODEVASFF I R WGameleira14507/9012/9004/9105/91291502729V(1)   (1)*4004005213(-) -
Cuchillo NegroUSACity of Truth or ConsequencesFCuchillo Negro 10/8903/9005/9107/91501867582V(7)0.90(17)separate 3003007759(F)
SakaigawaJapanToyama PrefectureF H I WSakai6003/85- /8707/9101/93115298373713V
0.80
(1)
(1)
0.78(1)0.78(1)1807508436(F)
New VictoriaAustraliaWater Authority of Western AustraliaWMunday Brook1008/9003/9108/9111/9152285121135V(14)0.325
0.80
(14)*
(14)*
0.325
0.80
(14)*
(14)*
30030079160(F)
Burguillos del CerroSpainJunta de ExtremaduraWRibera de los Montes312/9005/9109/9112/91241672533V(14)0.13
0.60
(14)*0.60(13)*30030080135(F)
Victoria replacementUSAUpper Peninsula Power Co., MichiganHWest Branch 1304/9108/9110/9106/92371003640V(12)0.80(3)*0.80(3)*3003006767(C)
La Puebla de CazallaSpainConfederación Hidrográfica del GuadalquivirICorbones7403/8808/8910/9112/9171220205220V
0.20
(3)
(3)
0.80(3)*0.80(3)*30030080130(F)
Belén-CagüelaSpainJunta de AndaluciaFBelén103/9106/9110/9110/913116024290.05(3)0.75(3)*0.75(3)*30030073109(F)
CholdocogagnaFranceSAIEPBWLessarte104/9107/9110/9112/913610019230.10(1)0.75(16)0.75(1)*300300 110(R)
Belén-GatoSpainJunta de AndaluciaFBelén107/9109/9111/9111/913415836410.05(3)0.75(3)*0.75(3)*30030073109(F)
Sabigawa (lower dam)JapanTokyo Electric Power CompanyHKosabi 1110/8603/9012/9111/921042734005900.10(1)0.80(1)0.80(1)2507509139(F)
Caballar ISpainJunta de AndaluciaFBelén109/9109/9112/9112/911698670.05(3)0.75(3)*0.75(3)*30030073109(F)
Amatisteros IIISpainJunta de AndaluciaFBelén1- /9109/9112/91- /92157545      30030073109(F)
Belén-FloresSpainJunta de AndaluciaFBelén109/9111/9101/9201/92288710120.05(3)0.75(3)*0.75(3)*30030073109(F)
YantanChinaDatang Yantan Hydropower Co. Ltd.F H NHongshui338003/8502/8903/9212/95110525626905V(1)V
0.80
(1)
(1)*
ogee(1)30030055104(F)
Alan Henry SpillwayUSABrazos River AuthorityWDouble Mountain Fork 14003/9112/9104/92- /9325842223V(13)1.10(17)ogee(1)30030011959(F)
CapandaAngolaMinistry of Energy and Oil of P. R. AngolaHKwanza479502/8710/8905/9212/0711012037571154V(6)0.70(14)
(10)
0.70(13)40040070100(M)
ShuikouChinaShuikou Hydropower PlantF H NMin234003/8710/9005/9205/951017916001710V(1)0.73(1)ogee(1)200 -
330
200 -
330
60
70
110
90
(F)
Jim Wilson - formerly Town Wash DetentionUSATown of Mesquite, NevadaFTown Wash 01/9203/9205/9206/92182644345V(14)1.50(3)1.50(3)*
(17)*
20020010771(F)
UrdalurSpainConfederación Hidrográfica del EbroWAlzania503/9008/9107/9210/9258396150240V(1)0.75(3)*0.75(3)*30030072108(F)
C.E. SiegristUSACity of Lebanon AuthorityWMill409/9104/9207/92- /93402136970V(6)0.80(17)0.80(1)3003005934(F)
TaungSouth AfricaDepartment of Water & Sanitation & the former Bophuthatswana Department of Water AffairsI WHarts6606/9008/9109/9205/9350320132153V(1)V
0.75
(1)
(1)*
0.75(1)*2502504466(F)
ArriaránSpainDiputacion Foral de GipuzkoaWArriarán310/9104/9209/9202/94582061101130.05(3)0.70(3)*0.70(3)*30030085135(F)
Zintel CanyonUSACity of Kennewick, WashingtonFZintel303/9207/9210/9212/92391585455V(7)0.85(17)0.85(17)300300740(-) -
KroombitAustraliaWater Resources Commission, QueenslandG IKroombit Creek1303/9206/9210/9212/922625084110V(1)0.70(1)0.70(1)30030082107(F)
Burton GorgeAustraliaNorth Goonyella Coal PropertiesWIsaac2007/9209/9211/9212/92262856468V
1.00
(8)
(17)
0.80
1.00
(3)*
(17)
0.80(13)*300300850(-) -
RyumonJapanMinistry of ConstructionF I WSakoma4209/8703/9011/9203/97100378521836V
0.30
(1)
(1)
0.80(1)0.80(1)150 -
200
750 -
1000
9139(F)
JoumouaMoroccoDirection des Aménagements HydrauliquesWJoumoua707/8906/9011/9212/92572501502000.20(5)0.80(1)*0.80(1)*350350105
180
45
0
(-) -
Wan’anChinaChina Guodian CorporationF H I NGan221611/8412/9012/9206/946811041561480V(1)0.80(1)ogee(1)30030065105(F)
TrigomilMexicoCNA (Comisión Nacional del Agua)F IAyuguila32412/8602/9112/9212/93107250362681V
0.24
(5)V
0.80
(5)
(17)
0.80(1)30030014847(F)
Guangzhou PSS- Lower damChinaChina Southern Power GridHLiuxihe2812/9010/9112/9210/93431533257V(1)0.70(3)*ogee
0.78
(1)
(1)
30030062108(F)
Paxton South AfricaPrivate farmerITsorwo1- /9001/9112/92- /92177033V(3)V
0.50
(3)0.50(3)15015070100(F)
HattabaraJapanMinistry of ConstructionF WAshida6008/88- /89- /9203/9885325228500V
0.20
(1)
(1)
0.75(1)0.75(1)150 -
200
7508436(F)
Petit SautFrench GuyanaElectricité de FranceHSinnamary350007/8907/9202/9305/9448740250410V(11)V
0.80
(7)
(16)
0.80(13)300300 120(R)
Elmer Thomas - replacementUSAUS Fish and Wildlife Service, Department of the InteriorRLittle Medicine Creek1002/9201/9302/9305/93341282934V(1)0.64(1)none 3003008989(F)
JinjiangChinaJinjiang Electric Co.F HJinjianghe18907/9010/9103/9307/9368229182267V(1)0.75(1)0.65(1)
(1)
30030007080(F)
Imi el KhengMoroccoDirection des Aménagements HydrauliquesG IOued Berhil2304/9209/9207/9304/9441170971090.20(5)0.80(1)*0.80(1)*300300100
110
20
20
(N)
TsugawaJapanOkayama PrefectureF H WKamo610/8910/9107/9303/9476228222342V
0.60
(1)
(1)
0.76(1)0.76(1)2507509624(F)
CenzaSpainIberdrola, S.A.HCenza4301/9203/9308/9312/9349609200225V(3)0.122
0.75
(3)*
(3)*
0.75(3)*30030070130(F)
Clifford D. Craig - formerly Spring HollowUSARoanoke CountyWoff-stream1210/9203/9308/93- /9474302222223V(6)0.80(17)none 3003005353(F)
Hudson River Nº11USABanks CountyWMountain Creek 11/9204/9308/93- /93211682628V(6)0.80(1)*0.80(1)*30030011984(F)
ShuidongChinaFujian Shuikou Power Generation GroupH NYouxi10804/9111/9210/9312/9563197126184V(7)0.75(10)0.75(1)3003005090(F)
Sierra BravaSpainConfederación Hidrográfica del GuadianaIPizarroso23212/9006/9211/9312/93548352773400.05(14)0.75(14)*0.75(14)*30030080140(F)
KodamaJapanFukushima PrefectureF WKodama1410/8905/9112/9303/97102280358570V
0.20
(1)
(1)
0.76(1)0.76(1)2507509136(S)
Villaumur (La Cantache)FranceConseil Departemental d'Ille-et-VilaineFLe Cantache707/9310/9312/9303/94161471115V(11)0.75(1)*0.75(1)*300300 90(R)
VinoramasMexicoCNA (Comisión Nacional del Agua)/Estado de SinaloaF IEl Bledal10210/9104/9312/9301/9450807117184V(5)0.80(3)*0.80(13)300300100100(M)
MiyatokoJapanMiyagi PrefectureF WMiyatoko506/8906/9012/9301/97482561722800.60(1)0.80(1)0.80(1)1805009624(F)
DaguangbaChinaHainan Provincial Electric Power Company (HEPCO)H I WChanghuajiang171006/9012/9112/9307/9557827485857V(1)0.75(10)
(3)
0.75(1)3003005596(F)
SahlaMoroccoDirection des Aménagements HydrauliquesI WSahla6205/9211/9212/9307/94551601301600.20(5)0.90(1)*0.80(1)*30030085
125
15
25
(N)
SuoshaiChinaGuizhou Hongfeng Hydropower PlantHSancha420- /89- /90- /93- /9475196 88           
Pelo SinalBrazilSUPLAN/RNWTaperobá7612/91- /92- /93- /94342966989 (1)    3003006416(-) -
SepFranceSyndicat Mixte pour l’Amenagement de la Haute Morge (SMAHM)ISep504/9309/9301/9403/94461454958V(11)0.72(16)0.72(3)*300300 120(R)
Pak MunThailandElectricity Generating Authority of Thailand (EGAT)HMun 04/9112/9303/9406/94263234850V
V
(13)
(15)
V
0.80
(13)
(15)
separate 30030058124(F)
HinataJapanIwate PrefectureFKasshi612/9011/9205/9403/9857290113232V(1)0.75(1)0.75(1)180 -
250
7508436(F)
ShanziChinaLianjiang Water Conservancy BureauF H I WAojiang17208/9211/9305/9406/9566274180272V(5)0.80(10)0.77(13)30030065
55
125
95
(F)
San LazaroMexicoCNA (Comisión Nacional del Agua)F G WSan Lazaro1110/8504/9406/9407/94371763553V
0.20
(5)0.80(3)*0.80(13)300300100
90
220
220
(M)
Rocky GulchUSAPhelps Dodge CorporationPRocky Gulch 05/9405/9406/9407/94185567V(1)0.80(17)none 3003001840(-) -
San RafaelMexicoCFE (Comisión Federal de Electricidad)F HSantiago2611/9305/9407/9407/944817681110V(5)0.66
0.80
(3)*separate 30030090130(N)
Lac RobertsonCanadaHydro-QuebecHHa! Ha!58710/9206/9408/9403/95401242835V(1)0.75(1)*separate 3003008585(F)
La Touche PoupardFranceCAEDSIChambon1508/9304/9408/9412/94362003446V(1)0.75(3)*0.75(1)*300300 115(R)
Lower Molonglo Bypass StorageAustraliaACT Electricity and WaterPUnnamed creek102/9406/9408/9411/94321202227V(1)0.80(1)*0.80(1)*3003009664(F)
Várzea GrandeBrazilSUPLAN/PBWPicuí2110/9310/9410/94- /95311352728 (1) (3)*  3003005614(N)
Cova da MandiocaBrazilCODEVASF (Companhia de Desenvolvimento dos Vales do Sao Francisco do ParnaibaICova da Mandioca12601/9309/9312/9412/94323607579V(1)0.75(3)*0.75(1)*4004006416(-) -
Do PrataBrazilCompanhia Pernambucana de SaceamentoWDo Prata42- /9209/9312/94- /95264056175      300300800(-) -
MiyagaseJapanMinistry of ConstructionF H WNakatsu19311/8711/9102/9503/01156400153720600.20
0.60
(1)
(1)
0.625(1)0.625(1)150 -
200
7509139(F)
YoshidaJapanKagawa PrefectureF WYoshida207/9107/9302/9503/9675218265304V(1)0.75(1)0.75(1)2507508436(F)
ChiyaJapanOkayama PrefectureF H WTakahashi2803/8909/9204/9503/9898259396670V(1)0.77(1)0.77(1)2507509139(F)
CanoasBrazilSRH/CE (Secretaria de Rewrsos Hidricos-CE)WSaõ Gonçalo6907/9308/9405/95- /965111687930.10(1)0.80(10)*0.80(1)*3003006416(N)
OhmatsugawaJapanAkita PrefectureF H WMatsu1207/9010/9206/9509/9665296141294V
0.70
(1)
(1)
0.76(1)0.76(1)2507509139(F)
Guanyinge (Kwan-in-Temple)ChinaGuanyinge Reservoir Management BureauF H I WTaizi216805/9009/9109/9510/9582104012401876V
0.10
(1)
(1)
0.70(1)0.70(1)270 -
280
7509139(F)
SatsunaigawaJapanHokkaido Development BureauF H I WSatsunai5402/8704/9110/9503/991143005367700.40(1)0.80(1)0.80(1)2507507842(S)
EnjilMoroccoDirection des Aménagements HydrauliquesI WTaghoucht1211/9303/9410/9503/96368045570.20(5)0.80(1)*0.80(1)*300300110
150
0
0
(N)
New Peterson LakeUSACity of GreeleyWTributary of Cache La Poudre305/9509/9511/9512/95217078V(1)0.80(1)*0.80(1)*30030014548(F)
ShiokawaJapanYamanashi PrefectureF I WShio1205/9308/9311/9503/99792252993880.10
0.70
(1)
(1)
0.76(1)0.76(1)2507509624(F)
UrayamaJapanWater Resources Development Public CorporationF H WUrayama5803/9012/9212/9503/9915637212941750V
0.65
(1)
(1)
0.80(1)0.80(1)250750
1000
9139(F)
ShimantanChinaDepartment of Water Resources, Henan ProvinceF I WGunhe 12007/9304/9412/9507/9641650272351V(3')0.75(3)*0.75(1)30030098
51
98
107
(F)
ShibanshuiChinaFengdu Water Resources BureauF H RLongxihe10512/9204/94- /95- /9684445335564V(3')0.65(1)0.65(13)3001000126
60
84
90
(F)
AcauãBrazilDNOCS (Departamento Nacional de Obras Contra a Seca)F I WParaíba247- /93- /93- /95- /9579674674734 (1) (3)* (1)*3003006416(N)
Juba IBrazilBrennand EnergiaHJuba - /93- /94- /95- /962123896113        6015(N)
Juba IIBrazilBrennand EnergiaHJuba - /93- /94- /95- /9621250105114        6015(N)
Passagem de TrairasBrazilSecretaria Estadual do Meio Ambiente e Recursos Hídricos do RNR WSeridó50- /93- /94- /95- /96264582728        6416(N)
NacaomeHondurasSecretaria de Recursos NaturalesWRio Grande Nacaome4206/9308/94- /95- /95543202503000.15(2)0.80(3)*0.80(12)*4004006421(N)
JordãoBrazilCOPEL (Companhia Paranense de Energia)HJordão11005/9401/9502/9609/9695550570647V(1)0.74(3)*0.74(12)4004006015(N)
PangueChileEmpresa Electrica Pangue SAHBio-Bio17501/9201/9502/9612/96113410670740V(1)0.80(3)*0.80(12)30030080100(N)
Loyalty Road flood retarding basinAustraliaUpper Parramatta River Catchment TrustFDarling Mills Creek 06/9512/9504/9608/96301112022V(7)0.80(7)0.80(7)300300800(S)
BailongtanChinaGuangxi-Guiguang Electric Power Development Co. Ltd.H I NHongshuihe34002/9310/9504/9608/97342476280V(1)0.70(10)*0.70(5)*30030073
99
110
60
(F)
ShimagawaJapanGunma PrefectureF WShima903/91- /9405/9603/9890330390516V
0.50
(1)
(1)
0.80(1)0.80(1)2507508436(F)
Jack Turner - formerly Big HaynesUSAConyers-Rockdale Big Haynes Imp. AuthorityWBig Haynes Creek 10/9402/9506/9609/96274277274V(8)0.80(10)*0.80(10)*30030042
39
42
39
(F)
HiyoshiJapanWater Resources Development Public CorporationF H WKatsura66- /8310/9407/9603/9870438440670V
0.80
(1)
(1)
0.80(1)0.80(1)250750
1000
84
77
36
33
(F)
BoqueronSpainConfederación Hidrográfica del SeguraFRambla del Boqueron1310/9402/9608/9612/97582901371450.05(3')0.73(3')0.73(3')*30030055130(F)
Grand Falls spillwayCanadaAbitibi-Price Inc.HExploits 08/9609/9609/9612/9615180711V(1)0.67(1)*0.67(1)*20020013075(F)
MantaichengChinaWangqing County Water Conservancy BureauH IGayahe1008/9201/9312/9608/973733778100V(1)0.75(10)ogee
0.70
(1)
(1)
300100060120(F)
DahekouChinaApengjiang115- /93- /94- /96- /9785              
Derivação do Rio JordãoBrazilCopel Geração e Transmissão S.A.HJordão11005/94- /95- /9612/9766              
TomisatoJapanWater Resources Development Public CorporationF I WDouzan5302/92- /9502/9703/00111250355510V(1)0.76(1)0.76(1)250750
1000
84
72
36
48
(F)
PlatanovryssiGreecePublic Power Corporation (PPC)H INestos8401/8910/9503/9706/99953054204400.10(14)0.75(14)*0.75(13)30030050225(C)
WanyaoChinaWanyao Reservoir Management BureauF H I WDahexi 22310/9301/9505/9707/9783390320458V
0.20
(1)
(1)
0.70(5)0.75(13)3003006496(F)
Queiles y ValSpainConfederación Hidrográfica del EbroFVal2501/9310/9505/9712/9882375480520V
0.33
(1)
(1)
0.80(5)0.80(1)30030080145(F)
AtanceSpainConfederación Hidrográfica del TajoISalado3507/9604/9707/9710/97451846575V(3)0.80(3)*0.80(3)*30030057133(F)
TakisatoJapanHokkaido Development BureauF H I WSorachi10810/90- /9307/9706/00504453274550.06(1)0.80(1)0.80(1)2507508436(F)
KazunogawaJapanTokyo Electric Power CompanyHTuchimuro1211/9208/9507/9711/99105264428622V
0.10
(1)
(1)
0.82(1)0.82(1)170100091
84
39
36
(F)
Qedusizi - formerly Mount PleasantSouth AfricaDepartment of Water & SanitationFKlip12804/9403/9508/9703/982849078156V(1)V
0.70
(1)
(1)*
0.70(1)*25025046108(S)
Tie HackUSACity of BuffaloWSouth Fork Clear Creek305/9610/9608/97- /97411706269V(1)0.80(1)*0.80(1)*3003008983(F)
ShuangxiChinaDepartment of Electricity, Dapu County, Guangdong ProvinceF H I WMeixihe9501/9503/9610/9712/9760221113172V(9)0.80(1)0.78(1)30030090
55
110
105
(F)
CadiangullongAustraliaCadia Holdings Pty. Lty.WCadiangullong Creek411/9605/9712/9703/9843356114123V(3')0.75(1)*
(3')*
0.75(1)*3003009090(F)
TaolinkouChinaDepartment of Water Resources, Hebei ProvinceF H I R WQinglonghe85911/9212/9412/97- /98755015851350V
0.15
(1)0.78(1)ogee
0.65
(1)
(1)
300300135
70
70
85
(F)
Rio do PeixeBrazilCPEE (Companhia Paulista de Energia Elétrica)HDo Peixe202/9612/9612/97- /98323002034V(1)0.80(1)*0.80(1)*300300120
90
0
0
(-) -
Saneago GoiâniaBrazilSaneamento de Goiás S/AW  - /86- /95- /97- /9747  129           
Pedro Moura Junior - formerly Belo JardimBrazilDNOCS (Departamento Nacional de Obras Contra a Seca)WIpojuca3705/9509/96- /97- /9856420113125 (1) (1)* (1)*3003006416(N)
BouhoudaMoroccoDirection des Arrenagements HydrauliquesI WSraa5605/9504/9605/9809/98551741651860.20(5)0.80(1)*0.80(1)*300300100
120
0
0
(N)
HayachineJapanIwate PrefectureF H I WHienuki1703/9310/9506/9803/0074333141333V
0.20
(1)
(1)
0.76(1)0.76(1)2507508436(F)
Gov. José Richa - formerly Salto CaxiasBrazilCOPEL (Companhia Paranense de Energia)HIguaçu357302/9501/9607/9812/986710839121438V(13)0.75(1)*0.75(12)3003008020(F)
Val de SerraBrazilCORSAN (Companhia Riograndense de Saneamento)WIbicui-Mirim2407/9711/9707/9811/98376756995V(13) (12)* (12)*3003009030(F)
GassanJapanMinistry of ConstructionF H I WBonji6508/8806/9410/9803/011233937311160V(1)0.80(1)0.80(1)250750
1000
9139(F)
Penn ForestUSABethlehem Authority, City of BethlehemWWild Creek208/9609/9710/9812/9849610283283V(6)0.50(15)
(7)
conduit 3003005841(F)
Yongxi Nº3ChinaYongxi Hydroelectric Co. Ltd.F H WDazhangxi6805/9610/9710/9809/9987198170255V(3')0.73(10)ogee
0.73
(1)
(1)
2803000115
80
95
90
(F)
JucazinhoBrazilDNOCS (Departamento Nacional de Obras Contra a Secas)F I R WCapiibaribe28607/9611/9610/98- /9963442472500V(12)0.75(1)*0.75(1)*3003006416(N)
RialbSpainConfederación Hidrográfica del EbroI WSegre40201/9310/9512/9801/009963098010160.15
0.35
(1)
(1)
0.40
0.65
(1)
(1)
0.65(1)33033070
65
130
130
(F)
HuatanChinaYa’an Electricity CompanyHYinghe801/9606/9612/9805/99851732402900.20(1)0.80(1)0.80(1)300 -
400
300 -
400
78
74
95
90
(F)
ChangshunChinaDepartment of Water Resources, Hubei ProvinceH WYujiang68- /9103/9712/9806/0069279170200V(3')0.74(3)0.80(1)3005000134
72
89
48
(F)
Bab LoutaMoroccoDirection des Aménagements HydrauliquesWBous Sbaa3701/9702/9802/9903/99541106377V(5)0.75(1)*0.75(13)30030065
80
15
20
(N)
Fenhe Nº2ChinaDepartment of Water Resources, Shanxi ProvinceF H WFenhe13311/9608/9803/9906/0087350362448V
0.20
(1)
(1)
0.75(5)0.75(1)3003000127
60
84
93
(F)
JiangyaChinaLishui Hydropower Development Co. Ltd.F H I N WLoushui174107/9510/9604/99- /0113136811001310V(3')0.80(3)*ogee
0.80
(13)300300087
64  46
107
96  107
(F)
BuckhornUSATown of WilsonWContentea Creek 03/98- /9804/9906/09167816469V(6)    300300890(-) -
Songyue (1st Stage)ChinaHelong Electricity CorporationF H I R WHailanhe2109/9701/9804/9909/99312714477V(1)0.73(10)conduit 300200080100(F)
TokerEritreaGovernment of EritreaWToker1411/9602/9805/9908/9973263187210V(1)0.80(1)*0.80(12)*33033011085(F)
BalambanoIndonesiaP.T. IncoHLarona3109/9604/9806/9909/9995351528534V(2)0.80(1)*0.80(12)4204208154(F)
Yangxishui Nº3ChinaShaoguang Electricity Corporation LtdHYangxishui211/9709/9806/9907/0046202100139V(1)V
0.75
(1)
(1)*
0.70(12)300300  (F)
BertarelloBrazilCORSAN (Companhia Riograndense de Saneamento)WArroio Burati6- /9808/9807/99- /002921980115V(13) (12)* (12)*3003007218(N)
ZigaBurkina FasoOner-MozWNakambe2804/9810/9808/9907/001812044 V(1)0.80(10)*0.80(12)*300300  (-) -
BaishiChinaDepartment of Water Resources and Hydropower, Liaoning ProvinceF H I WDalinghe164509/9604/9709/9912/0050513111603V
0.10
(1)
(1)
0.70(1)0.76(1)3003007258(F)
RosalBrazilEmpresas de Electricidade Vale ParanapanemaHItabapoana1704/98- /9809/99- /00372124575 (1) (3)* (1)*3003004555(S)
SuçatiTurkeyERE Electricity Co.HGüredin Creek901/9802/9910/9910/99361925560V(7)0.80(7)0.80(12)30030050100(S)
Barnard Creek Canyon Debris DamUSACity of CentervilleFBarnard Creek 08/9911/9911/9901/00184633V()0.75()*0.75()*30030010884(F)
Las BlancasMexicoCNA (Comisión Nacional del Agua)IÁlomo & Soso12408/9803/9912/9911/00322795221316V(8)V
0.75
(7)
(3)
0.75(1)300300100100(F)
Ponto NovoBrazilCERB (Companhia de Engenharia Rural da Bahia)WItapicuru-açu3905/9807/9812/9902/003226690105 (1) (3)* (1)3003007218(N)
AntacotoPeruMantaro120- /98- /98- /99- /9917             (-) -
Guilman-AmorinBrazilBelgo Mineira-SamarcoHPiracicaba12- /97- /98- /99- /004149985102      3003008020(N)
Nam Leuk spillwayLaosEDL Generation Public Co. LtdH  - /98- /98- /99- /001560             
KubusugawaJapanToyama PrefectureF H I WKubusu1003/9304/98- /9910/0295253364469V
0.40
(1)
(1)
0.78(1)0.78(1)2507508436(F)
Bullard CreekUSANatural Resources Conservation ServiceFBullard Creek110/9808/99- /99- /991611077V(3)v
0.75
(3)*0.75(3)*30030014844(F)
OhnagamiJapanSimane PrefectureF I WSutu1903/9304/9804/0003/0372334284362V
0.25
(1)
(1)
0.79(1)0.79(1)2507508436(F)
GaobazhouChinaQingjiang Hydropower Development CorporationF H NQingjiang53605/9711/9804/0001/0157440210940V(9)0.75(1)0.75(1)300300123
86
100
86
(F)
Trout CreekUSAPaul MoltzI RTrout Creek108/9904/0005/0007/003138910V(1)0.80(1)*0.80(1)*3003001630(-) -
Pickle JarUSAParadise Valley EstatesW 110/9903/0005/0008/001657331331V(1)0.80(1)*0.80(1)*300300900(-) -
Beni HarounAlgeriaANBT (Agence Nationale des Barrages et Transferts)I WEl Kebir96301/9310/9807/0012/0011871416901900V(1)0.80(1)*0.80(13)30030082143(F)
OrigawaJapanMinistry of Land, Infrastructure & TransportF NOri1502/9311/9607/0003/04114331673742V
0.60
(1)
(1)
0.77(1)0.77(1)2507509139(F)
Karkheh (Pie Pol)IranKhuzestan Province Power & Water AuthorityF HKarkeh4002/9807/9907/00- /0234350130270 (12) (12)ogee(12)3003001300(-) -
ShinmiyagawaJapanMinistry of AgricultureIMiya1003/9407/9708/0003/0369325393480V(1)0.83(1)0.83(1)2507509139(F)
Pajarito CanyonUSAUS Department of Energy (Los Alamos Lab.)/US Army Corps of EngineersFPajarito806/0007/0008/0009/00361124848V(15)1.00(17)conduit 3003001480(-) -
Porce IIColombiaEmpresas Públicas de MedellínHPorce21111/9412/9609/0003/01123425130514450.10(14)0.35
0.75
(14)*0.75(13)300300132
120
88
80
(N)
Tucuruí - 2nd PhaseBrazilEletronorte SAHTocantins 06/9806/9909/0010/05781541888800 (3) (3)*separate 3003007030(N)
InyakaSouth AfricaDepartment of Water & SanitationWMarite12301/9606/9710/0003/0253350160327V(1)0.68(1)0.68(1)25025060120(F)
Dona FranciscaBrazilDona Francisca Energértica SAHJacuí33508/9806/9910/0012/0063670485665V(1)0.75(3)*0.75(1)*3003007218(N)
TannurJordanJordan Valley Authority, Ministry of Water and IrrigationIWadi al Hasa1702/9912/9912/0009/0160270250250V
1.00
(3')0.80(3')*0.80(3')*3001200125
120
75
50
(N)
DagangouChinaGeermu9780- /96- /98- /00- /0140              
Santa Cruz do ApodiBrazilSecretaria Estadual do Meio Ambiente e Recursos Hídricos do RNF I R WApodi600- /98- /99- /00- /0158166010231120      300300800(-) -
TiúmaBrazilCompanhia Pernambucana de SaneamentoWTiúma6- /99- /0001/0105/0116290             
R'milTunisiaMinistre de l’AgricultureIR’mil4408/9910/0005/0111/011826064160V(15)0.90(16)0.90(12)*3003001000(-) -
SafadUAEMinistry of Agriculture and FisheriesG I 1- /0005/0106/01- /0119100910V(1)0.80(1)*0.80(12)300300900(-) -
North Fork Hughes RiverUSAUSDA Natural Resources Conservation ServiceF R WNorth Fork Hughes River148007/9903/0107/01- /01262006565V(8)0.80(10)0.80(1)30030059
107
59
65
(F)
ChubetsuJapanMinistry of Land, Infrastructure and TransportF H I WChubetu9303/9409/9708/0103/04862905231007V
0.80
(1)
(1)
0.80(1)0.80(1)250750
1000
8436(F)
ShowkahUAEMinistry of Agriculture and FisheriesG I 1- /0008/0110/01- /012410518200.10(11)0.80(1)*0.80(12)300300900(-) -
DachaoshanChinaDepartment of Electricity, Yunnan ProvinceF HLancang94010/9712/9810/0107/021154607571287V
0.20
(3')0.70(10)*0.70(13)30030094
67
94
101
(N)
Cana BravaBrazilCompanhia Energética Mercosul (of the Tractebel Group)HTocantins230003/9902/0010/0110/0271510527833 (1) (3)*ogee(1)3003004050(S)
MianhuatanChinaMianhuatan Hydroelectric Development CorporationF H N WTing203504/9812/9811/0104/02111302500615V(9)0.75(10)0.70(13)300300082
59  48
100
88  88
(F)
FukuchiyamaJapanFukuoka PrefectureF N WFukuti310/98- /9912/0103/0365255115201V(1)0.78(1)0.78(1)2507508436(F)
CastanhãoBrazilDNOCS/Minas GeraisF I R WCongonhas80010/99- /0012/01- /02856688901030      300300850(-) -
Lajeado (Luis Eduardo Magalhães)BrazilInvestco (Tractebel)HTocantins498207/9806/0112/0112/02432100188210      3003003040(S)
YanwangbiziChinaChaoyang Water Conservancy BureauF H I WDalinghe217- /96- /97- /01- /023538387220        64118(F)
UenoJapanTokyo Electric Power CompanyHJinryu1903/97- /98- /0106/05120350269720V
0.30
(1)
(1)
0.84(1)0.84(1)200100077
70
33
30
(F)
UmariBrazilDNOCS (Departamento Nacional de Obras Contra a Seca)F I R Wdo Carmo293- /98- /99- /01- /01422308644658 (12)    300300700(-) -
FunilBrazilAliança Geração de Energia SAHRio Grande285- /97- /99- /0112/0250              
YushiChinaYushi Reservoir Construction Management BureauF I WBiliuhe89- /98- /99- /01- /0250267218233        7070(F)
Pedras AltasBrazilCERB (Companhia de Engenharia Rural da Bahia)F I R WItapicuru - /00- /00- /01- /01242204260      3003003441(-) -
PirapamaBrazilCAGEPE (Companhia Pernambucana de Saneamento)WPirapama61- /00- /00- /01- /012530087137 (1)    3003007218(-) -
EstreitoBrazilCesteF I R WCurimatá24- /97- /00- /0111/0226300        3003006416(N)
XiaoxiheChinaDepartment of Electricity, Feng Shun CountyH IXiaoxihe5- /99- /00- /01- /02621034766          (F)
Peñas BlancasCosta RicaICE (Instituto Costarricense de Electricidad)HPeñas Blancas204/0007/0101/0207/0248211120170V(1)0.80(1)*0.80(12)3003009035(N)
HelongChinaElectricity Corporation, YanjiH R WHailanhe3011/9808/9901/0212/02302444389V(1)0.75(10)ogee(10)*3002000113113(F)
Mae SuaiThailandRoyal Irrigation Department (RID)IMae Suai7311/9910/0001/0207/02593403003500.15(15)0.80(1)*0.80(1)*3003007080 to  100(F)
Hunting Run USASpotsylvania CountyWHunting Run205/0002/0101/0208/0236720115128V(8) (17) (17)3003007437(F)
La CañadaBoliviaPrefectura del Departamento de Santa CruzIComarapa1008/0008/0102/0206/02521547277V(3')0.22
0.75
(3')
(3')*
0.75(3')*305305140100(N)
WalaJordanJordan Valley Authority, Ministry of Water and IrrigationGWala901/9910/0004/0204/03523002402600.30(1)0.70(1)*0.70(1)*300300120
100
0
0
(-) -
CamaráBrazilEstado da Paraiba (Companhia de Aguas e Esgotus)WRiachäo2705/0009/0106/02- /0250465  V(1)0.80(1)  300300800(-) -
KutaniJapanIsikawa PrefectureF WDaishoji2512/9604/0007/0203/0676280188360V
0.80
(1)
(1)
0.80(1)0.80(1)2507508436(F)
Miel IColombiaIsagen S.A. E.S.P. - Hidromiel S.A. E.S.P.HLa Miel56512/9704/0007/0210/0218834516691730V(4')0.75
1.00
(3')0.75
1.00
(12)30030085 to  1600(-) -
Randleman Lake USAPiedmont Triad Regional Water AuthorityR WDeep8407/0104/0207/0201/03312807076V(1)0.75(1)*0.75(1)*30030089104(F)
Xiao Yangxi (and saddle dam)ChinaGuizhou Province Electric Power Co.WXia Oyangxi1505/0101/0210/0212/02451184749V(3')0.75(3')*0.75(12)3503500138
60
113
90
(F)
OlivenhainUSASan Diego County Water AuthorityWEscondido Creek3006/0102/0210/0207/039778810701140V(4')0.80(3)*0.80(1)*30030074121(F)
Yangxishui Nº1ChinaCorporation of Energy Development, Ruyuan County, Guangdong ProvinceH IYangxishui10012/0010/0111/0206/0382244241340V(1)V
0.75
(1)
(1)*
0.70(12)300300  (F)
CarnaúbaBrazilSecretaria Recursos HídricosI WQuixeré26- /0102/0211/02- /0319200        3003001000(-) -
KoyamaJapanIbaraki PrefectureF I WOhkita1711/9405/0012/0203/0565462270531V(1)0.78(1)0.78(1)2507508436(S)
ItiquiraBrazilH  - /00- /00- /02- /0215 22            
Rio São BentoBrazilCASAN (Companhia Catarinense de Águas e Saneamento)HRio São Bento58- /99- /00- /02- /0341240  V 0.80 0.80      
HengxiChinaYangxi100- /99- /00- /02- /0382              
GuaporéBrazilTangará Energia S/AHGuaporé18- /00- /01- /02- /0332152 43           
La RossillaMexicoCNA (Comisión Nacional del Agua)  - /00- /01- /02- /0335250             
XiaoyangxiChinaWXiaoyangxi15- /00- /01- /02- /0345118 49           
JauruBrazilQueiroz Galvão Energética SA (90%) and Cinco Estrelas Agropecuária e Participações Ltda (10%)HJauru20- /00- /01- /02- /0351              
MujibJordanJordan Valley Authority, Ministry of Water and IrrigationI WMujib3501/9901/0102/0311/03674906546940.10(2)0.80(1)*0.80(1)*300300850(-) -
WanmipoChinaHunan Wuling Hydroelectric Development CorporationH NYoushui37808/0111/0205/0305/0465238141376V(3')0.75(12)ogee(12)300300086
68
103
83
(F)
Ahl Souss (Ait M’Zal)MoroccoDirection des Aménagements HydrauliquesI WIzig511/0101/0305/0301/044922250270.20(1)0.80(1)*0.85(12)30030080
100
0
0
(-) -
TakizawaJapanJapan Water AgencyF N WNakatu6303/9910/0106/0303/0713942481016700.15
0.70
(1)
(1)
0.72(1)0.72(1)250100084
72
36
48
(F)
Nandoni - formerly MutotiSouth AfricaDepartment of Water & SanitationI WLuvuvhu16404/9812/9908/0304/0447392150316V(1)0.75(1)0.75(1)*25025054129(F)
El EsparragalSpainConfederación Hidrográfica del GuadalquivirEViar5- /0205/0308/0303/042138362890.30(3')*0.90(3')*0.90(3')*30030068157(F)
RalcoChileENDESA, SpainHBio-Bio120008/9901/0209/0304/0415536015961640V(3')0.80(3')0.80(12)300300133
95  116
57
50  41
(N)
TizidongChinaChongging Electricity Ltd.HApeng2508/0110/0210/0311/035619372161 (12) (12) (12)    (F)
Huilong PSS - Upper damChinaHenan Electric Power CorporationH 106/0111/0211/03- /05542087376V(3')0.75(3')none 300300  (F)
BureyaRussiaRusHydroF HBureya2100001/7601/85- /03- /091398107093538V(1)0.70(1)0.70(1)300 -
500
300 -
500
95 to  11025 to  30(N)
WangkengChinaWang Keng Power Station Co. Ltd.HTangkouxi15- /01- /02- /03- /04561593840          (F)
Serra do FacãoBrazilGEFACHSao Marcos - /0109/02- /03- /0580326610742      3003007218(N)
Rompepicos en Corral des PalmasMexicoSecretaria de Desarrollo Urbano Y Obras Publicas, Gobierno Del Estado de Nuevo LeonFSanta Catarina100- /0203/03- /03- /04109250380400V(8)V
0.85
(5)
(17)
0.85(12)3003006535(F)
Ghatghar (Upper dam)IndiaGoMWRD (Government of Maharashtra Water Resources Department)HPravara612/0105/0301/0406/04155033540V(3')0.78(3')*0.78(3')*30030088132(F)
ZhouningChinaMindong Electromechanical Development CorporationHMuyangxi47- /0204/0303/0406/0473206159199V(3')0.72(3')0.70(12)30030067
50
100
92
(F)
Hassan II - formerly Sidi SaidMoroccoDirection des Aménagements HydrauliquesF I WMoulouya40002/0103/0304/0403/05115577590690V(5)0.80(1)*0.80(1)*30030065
80
15
20
(N)
Huilong PSS - Lower damChinaHenan Electric Power CorporationH 206/01- /0206/04- /055417588105V(3')0.75(3')*0.75(12)300300  (F)
Tha DanThailandRoyal Irrigation DepartmentINakhon Nayok22411/9903/0107/0401/0595260049005400V
0.40
(14)0.80(14)*0.80(14)*30030090100(F)
PedrógãoPortugalEDIA (Empresa de Desenvolvimento e Infra-Estruturas do Alqueva)F H IGuadiana10608/0202/0408/04- /0543448172392V(3')0.80(3')*0.80(12)*30030055165(F)
Tamesna - formerly BoukerkourMoroccoDirection des Aménagements HydrauliquesF I WZamrine5605/0304/0409/0405/05662201902150.20(5)0.80(1)*0.80(1)*3003001000(N)
TongkouChinaBeichuan Bashu Tongkou River Development CorporationHTongkouhe3610/98- /02- /04- /0472198300352V(1)1.10(1)ogee(1)300300  (F)
PingbanChinaGuangxi-Guiguan Electric Power Co. Ltd.HNanpan27812/01- /02- /0407/0562396150700V(3')0.70(3')ogee(12)300300  (F)
Monte ClaroBrazilCERAN (Companhia Energética Rio das Antas)HDas Antas1104/02- /03- /0412/04332323566        75  
João LeiteBrazilSANEAGO-Saneamento de Goiás S.A.WJoão Leite12903/0101/03- /04- /0455380270290      3003008020(N)
Risoleta Neves - formerly CandongaBrazilNovelis do Brasil LtdaHDoce5405/01- /03- /0405/0553311236356      3003004050(S)
YujiankouChinaGuiyang Zhushui Water Resources Industrial Dev. Co. Ltd.HLonghe908/01- /03- /04- /0550156118147V(3')0.70(3')0.85(1)    (F)
LetanChinaGuangxi-Guiguan Electric Power Co. Ltd.,H I NXijiang950- /02- /03- /04- /056658650210           
QinglianxiChinaHMeixi20- /00- /02- /04- /0696              
PindobaçuBrazilCERB (Companhia de Engenharia Ambiental e Recursos Hidricos da Bahia)I WItapicuru-aço17- /01- /03- /04- /05462097591      3003005614(N)
Bandeira de MeloBrazilCERB (Companhia de Engenharia Ambiental e Recursos Hidricos da Bahia)I WParaguaçu122- /0109/03- /04- /05203207587 (1) (1)* (1)*3003005614(N)
Santa Clara - JordãoBrazilElejor Centrais Elétricas do Rio JordåoHJordåo43111/0212/03- /0401/0567588438504 (1) (1) (1)*3003004050(S)
Big CherryUSATown of Big Stone GapWSouth Fork, Powell River204/0409/0401/0507/05261131112      3003008282(F)
Saluda dam remediationUSASouth Carolina Electric and GasHSaluda197008/0207/0304/0507/0565243910041410 (5) (5)  3003008989(F)
AmataMexicoCFE (Comisión Federal de Electricidad)ISan Lorenzo1411/0311/0404/0506/05302184260V
1.00
(8)1.00(3)*1.00(12)3003001200(-) -
JahginIranHormozgan Province Water AuthorityF I WJahgin30012/0105/0405/0509/0778220232382V
0.30
(3')
(3')*
0.75(3')*0.75(12)300300105
160
90
90
(N)
XiheChinaHanjiang Hydropower Development Ltd.F H NHanjiang22911/0002/0005/0006/0063346194631          (F)
SuofengyingChinaGuizhou-Wujiang Hydropower Development Co. Ltd.F H I N WWu20110/0006/0308/0503/06116165421739V
0.25
(3')
(3')
0.70(3')0.70(1)30030006495(F)
KidoJapanFukushima PrefectureF I N WKido1910/0006/0308/0503/0894350291501V
0.10
(1)
(1)
0.78(1)0.78(1)250750
1000
8436(F)
Paradise - formerly Burnett RiverAustraliaBurnett WaterF IBurnett30011/0306/0409/0511/0550940400400V(8) (3)* (1)*310310630(-) -
ChalilloBelizeBelize Electricity LtdHMacal12007/0303/0410/0512/06684251802100.20(1)0.75(3')*0.75(12)30036008025(N)
Barra GrandeBrazilBAESA (JV of Alcoa, Companhia Paulista de Força e Luz (CPFL), Companhia Brasileira de Alumínio, Camargo Corrêa Cimentos and DME Energética)HPelotas50000- /01- /02- /05- /0685665100            
ChangzhouChinaHXunjiang56- /93- /02- /05- /0756              
PicadaBrazilVotorantim S.A.H 7- /02- /03- /05- /0632              
Huizhou PSS - Lower damChinaChina Southern Power GridHCaitouhe32- /02- /03- /05- /1161420235242           
Cachoeira GrandeBrazilCERB (Companhia de Engenharia Rural da Bahia)HChopin - /04- /04- /05- /051622515            
Peixe AngicalBrazilEnerpeixa S/AHTocantins274104/02- /04- /0509/0639400500582      300300700(-) -
Säo BernardoBrazilCJ Energética S/AH 2- /03- /04- /05- /0620120             
Artur Tavares de MeloBrazilUsina Olho de’ÁguaIItambé20- /03- /04- /05- /062730650       300300800(-) -
Poço do MagroBrazilCODEVASF (Companhia de Desenvolvimento dos Vales do São Francisco e do Parnaíba) 37- /03- /04- /05- /06295405868        6416(N)
XixiChinaXixi Reservoir Development Co. Ltd.F H I WDaxi85- /03- /04- /05- /0671243231244          (F)
KintaMalaysiaLembaga Air Perak/Metropolitan Utilities CorporationWKinta3001/0302/0403/0607/0690792952975V(3')0.80(3')*0.80(3')*300300100100(F)
Pine BrookUSAPine Brook Water DistrictW 101/0510/0504/06- /06261702730V(7) (17)separate 3003009559(F)
BaiseChinaGuangxi-Youjiang Hydraulic Development Co.Ltd.F H I N WYoujiang566012/0112/0204/0607/0613072019952672V(9)0.80(1)0.80(1)300300080
50
132
110
(F)
Ghatghar (Lower dam)IndiaGoMWRD (Government of Maharashtra Water Resources Department)HShahi Nallah312/0112/0405/0603/07864476386460.141(3')0.782(3')*0.782(3')*30030075150(F)
Al WehdahJordan/ SyriaJordan Valley Authority, Ministry of Water and IrrigationWYarmouk11006/0302/0507/0612/0710348514261478V
0.60
(3')0.80(3')*0.80 30030070
60
60
60
(F)
NtimbaleBotswanaDepartment of Water AffairsW 2611/0404/0609/0605/073315330            
Genesee #2USAGenesee Water and Sanitation DistrictWBear Creek106/0611/0611/0610/072916824 V     300300   
NagaiJapanMinistry of Land, Infrastructure and TransportF H N WOkitamano5103/0010/0211/0603/111263817031200V
0.50
(1)
(1)
0.73(1)0.73(1)25010009139(F)
PleikrongVietnamEVN (Electrictie de Vietnam)HPo Ko104811/0502/0512/06- /0771495326450V(1)0.80(1)0.80(1)30030080210(N)
El GuapoVenezuelaMARN (Ministerio del Ambiente y los Recursos Naturales)F I WEl Guapo14108/0504/0612/0608/07501383203420.60(1)0.85(17)1.80(1)300300750(-) -
WujiangChinaWujlang1465- /01- /03- /06- /08117              
XinjiangshankouChinaHKaidu - /97- /04- /06- /0871              
Flor do SertãoBrazilMaue GeradoraW  05/05- /05- /0610/0619245             
BaishaChinaChina Huadian CorporationF HWanshou199- /04- /05- /06- /0675172211239           
EsmeraldaBrazilH 1- /05- /05- /06- /0619 1527        6416(N)
LeidatanChinaLeidatan CorporationHYingtaoyuangou9403/03- /05- /0606/0784202240340V(3')0.70(3')0.70(1)     
ZaoshiChinaLishui Basin Hydraulic and Hydroelectric Development CorporationF H N WDieshui1439- /03- /05- /06- /0788351450930V
0.25
(3')0.80(3')0.75(1)300300053
83
99
102
(F)
El SauzMexicoCNA (Comisión Nacional del Agua)W  - /04- /05- /06- /0730              
MosquitãoBrazilConcessionária Mosquitão S/AH 19- /04- /05- /06- /07322365776           
FundãoBrazilELEJOR - Centrais Elétricas do Rio JordãoHJordao34- /04- /05- /06- /0743445200220      3003006416(N)
XiaoxiChinaYouxi Hydropower Development Corporation Ltd.HLongkouxi168- /04- /05- /06- /0747268             
ZhoubaChinaChengdu Haineng Power Co. Ltd.F HMabianhe204- /04- /05- /06- /0773163229405V(1)0.70(1)0.78(1)300300110
66
73
66
(F)
DaxiaChinaChina Guodian CorporationH IQuan20- /04- /05- /06- /0788169 205           
JupuduChinaDatang International Power Generation Co. Ltd.HLixian (Black)17411/04- /05- /06- /0795320480800V
0.20
(3)0.80(3)0.80(3)     
KhasooyehIranFars Regional Water CompanyITang Charkhi15- /03- /05- /06- /08191602228           
TukaiheChinaDatang International Power Generation Co. Ltd.H Lixian7804/0412/05- /06- /0759300255570V(3') (3') (3')300300065
93
110
113
(S)
PinalitoDominican RepublicCorporacion de Empresas de Energia Electrica (CDEEE), Unidad Ejecutora Proyecto Pinalito (UEPP)HTireo409/0411/0503/07- /085221073100V(1)0.80(1)*0.80(12)300300988(N)
Nakai, part of Nam Theun 2 HPPLaos/Nam Theun Power Corporation (NTPC)/EdF (Electricitie de France)HNam Theun353004/0402/0603/0710/0939436155200 (1) (10) (12)300300100100(F)
Akköy ITurkeyAkköy Energy A.S.HHarsit307/0510/0604/0709/0838146871010.10(1)0.80(1)0.80(12)300300100100(N)
Huizhou PSS - Upper damChinaChina Southern Power GridHXiaojinhe3210/0412/0505/07- /11561688493V(1)0.75(1)0.70(1)30030064125(F)
Hickory Log CreekUSAMarietta (Georgia) Water AuthorityWHickory Log Creek110/0512/0606/0710/0755290165 V(8)0.80(3')*0.80(1)30030089
80  74
89
98  104
(F)
R’Mel (Tanger-Med)MoroccoDirection des Aménagements HydrauliquesF WR’Mel2505/0506/0606/0710/0779250230243V(11)0.75(1)0.75(1)3003000100
90
0
0
(-) -
TaishirMongoliaMinistry of EnergyH I WZabkhan93002/0505/0606/0712/0760200210250V(2)0.72(1)*0.72(12)*333333750(-) -
Yacoub El Mansour - OuirganeMoroccoDirection des Aménagements HydrauliquesWN’Fis7007/0510/0607/0703/0871233202216V(11)0.75(1)*0.75(1)*30030001000(-) -
Elkwater ForkUSANatural Resources Conservation ServiceWTygart Tributory3- /0604/0708/07- /0739204106113V(8)0.80(3)*0.80(1)*3003005989(F)
MeanderAustraliaRivers and Water Supply Commission, TasmaniaI WMeander4301/0601/0708/0712/07471808585V(4)0.70(10)0.70(10)300300700(-) -
North ParaAustraliaGawler River Flood Plain Management AuthorityFNorth Para 11/0606/0709/07- /07332065050V(3') (3')* (3')*30030060160(F)
A VuongVietnamEVN (Electrictie de Vietnam)HVugia Thubon 34008/0301/0610/0711/0883240260350V(1)0.80(1)1.00(1)30030090150(N)
Dinh BinhVietnamMinistry of Agriculture and Rural Development (MARD)F H I WKon22605/0208/0512/0712/0855571183430V(11)0.75(3')ogee(12)30090070
126
175
141
(F)
FengmanChinaNortheast China Electric PowerHSonghuajian10377- /00- /03- /07- /10951068 2700           
HongkouChinaFujian Hongkou Hydropower Co. Ltd.H WHuotong450- /03- /05- /07- /08130341681830           
Serra PretaBrazilEMBASA (Empresa Baiana de Aguas e Saneamento S/A)W 4- /05- /05- /07- /08341724451V 0.80 0.80   8020(N)
ShitiChinaWujiang Power CompanyHYoushui163- /05- /06- /07- /0754214 260           
Castro AlvesBrazilCERAN (Companhia Energética Rio das Antas)HDas Antas92- /05- /06- /0702/0845350240322V 1.30 1.30   6015(N)
Quatorze (14) de JulhoBrazilCERAN (Companhia Energética Rio das Antas)HDas Antas55- /05- /06- /0710/083728175212V 1.30 1.30   7515(N)
Duas SerrasBrazilCompanhia Pernambucana de SaneamentoFDuas Serras2- /05- /06- /07- /08191136       300300   
Baxiang Nº3ChinaDepartment of Electricity, Feng Shun CountyHBaxianghe8- /05- /06- /07- /08442076383           
TiechengChinaHDatong1- /05- /06- /07- /0844143             
ShihuChinaZhouluo County GovernmentF I WLituohe58- /05- /06- /07- /0856193162354           
YumenChinaDepartment of WaterResources, Henan ProvinceF H NLuohe28- /05- /06- /07- /0862244133234           
YouchouChinaHYoushui152- /05- /06- /07- /0863194             
YoushuiChinaChongqing Youshui River Hydropower Development Co. Ltd.HYoushui152- /05- /06- /07- /0863194             
MenghekouChinaDepartment of Water Resources, Henan ProvinceF I R WMenghe11- /05- /06- /07- /0878215160249           
CotiporãBrazilH  - /07- /07- /07- /07161962141           
Plano AltoBrazilCPFL RenovaveisH 2- /06- /07- /0702/08381734278V 0.75 0.75   7219(N)
JararacaBrazilVeneto Energética S/AHdas Antas8- /06- /07- /0704/08252203161        7218(N)
NanshaChinaRed River Hydropower Development Co. Ltd.HHonghe21202/06- /07- /0707/0885              
Lur BerriaFranceAgglomeration Sud Pays BasqueFNivelle4- /06- /07- /07- /0822168 190           
Linha EmiliaBrazilLinha Emília Energética S/AHCarreiro12- /06- /07- /07- /08302053554           
SilinChinaWujiang Hydropower Development CorporationF H I NWujiang159311/0511/0603/08- /091173108251100V(1)0.70(1)0.70(1)  66
89
100
109
(F)
LongtanChinaLongtan Hydropower Development Co. Ltd.F H N WHongshui2992007/0110/0404/0812/0921783249527458V
0.25
(3')0.70(3')0.68(12)30030099
86
121
109
(F)
GuangzhaoChinaGuizhou Qianyuan Power Co. Ltd.HBeipan324510/0402/0605/08- /0920141224202870V
0.25
(9)0.75(1)0.75(1)30030061
71
91
87
(F)
Sidi Yahya - formerly Ain KwachiaMoroccoDirection des Aménagements HydrauliquesI WKhellata1101/0705/0707/0811/083021360780.20(5)0.80(1)*0.80(1)*3003001050(-) -
GelantanChinaDatang International Hydropower Generation Co. Ltd.HLixian40901/0309/0608/08- /091134669031200V
0.20
(3')0.75(3')0.75(1)  77
93
77
93
(S)
La Breña IISpainAcuasurIGuadiato82306/0502/0710/0812/08119685144116000.05
0.30
(3')
(3')
0.75(3')*0.75(3')*30030069115 &
46
(F)
ToppuJapanHokkaido PrefectureF I WToppu3607/0206/0510/0803/1478309440530V
0.80
(1)
(1)
0.80(1)0.80(1)25010008436(F)
BoussiabaAlgeriaANBT (Agence Nationale des Barrages et Transferts)WBoussiaba12012/0605/0811/0808/0951310160190V(2) (1) (1)30030011228(F)
Mangla Emergency Spillway Control WeirPakistanWater and Power Development Authority (WAPDA)H IJhelum650008/0412/0711/0801/09173705479V
0.30
(3')
(3')*
V
0.70
(3')
(3')*
0.70(3')*30030060120(S)
YeywaMyanmarDepartment of Hydroelectric Power - Ministry of Electric PowerHMyitnge260010/0102/0612/0812/1013768024732843V(3')0.80(3')*0.80(12)30030075145(N)
Jing HongChinaHuaneng Lancang River Hydropower Co. Ltd.F H RLancang1139- /04- /05- /08- /091077058481140V(3)0.80(3) (1)300 64
93
93
93
(S)
Se San 4VietnamEVN (Electrictie de Vietnam)HPoko89312/0403/05- /08- /09748347531300V(1)0.80(1)0.80(1)30030080160(N)
Santa LauraBrazilSanta Laura S/AHChapecozinho19- /06- /06- /08- /0827 2442           
Santa Rosa IIBrazilSanta Rosa S/AHGrande7- /06- /06- /08- /0831              
ChibkaMoroccoIChbika2- /04- /06- /08- /0924              
El HandakMoroccoIEl Handak1- /05- /06- /08- /0927              
PengshuiChinaDatang International Power Generation Co. Ltd.H IChangxi1444- /05- /06- /08- /091173266081330V(3')0.70(3')0.70(1)  64
81
96
121
(F)
LiujiadongChinaHGui26- /06- /07- /08- /0861166 127           
MaojiaheChinaChina Power Investment CorporationHBeipan13- /06- /07- /08- /0875              
CachoeirãoBrazilHidrelétrica Cachoeirão SAHManhuaçu - /07- /07- /08- /082390             
São SimãoBrazilSão Simão Energia S/AHItapemirim11- /06- /07- /0802/095618792115           
Angelina (formerly Portobello - Corredeira do Encano)BrazilLumbrás Energética S.A.HGarcia - /07- /07- /0803/0945178             
Engenheiro Henrique KotzianBrazilBME Energia SAHIvaí9- /06- /07- /0804/09402275876           
Pedra do GarrafãoBrazilHItabapoana - /07- /07- /0805/0915110             
Goiandira BrazilGoiás Sul Geração de Energia S.A.HVerissimo7608/07- /07- /0805/0944341  V 0.75 0.75      
Sidi el MahjoubMoroccoIfrane1- /06- /07- /08- /0922 1518V(5)1.00(1)*1.00(1)*     
Binh DienVietnamBinh Dien Electricity Joint Stock CompanyHHuu Trach424- /06- /07- /08- /0955571189423      30030070105(F)
ShuheChinaHHanjiang176- /06- /07- /08- /0972              
NonglingChinaDehong Longjiang Hydropower Development Co. Ltd.HLong233- /06- /07- /08- /0991280 486           
ShankouChinaXinjiang Yili River Basin Development AuthorityHTakasi12104/06- /07- /08- /0950496             
Rodeio BonitoBrazilVelcan Energy Development Ltda.HIrani9- /06- /07- /0801/1032223 59V 0.85 0.85      
PicachosMexicoCNA (Comisión Nacional del Agua)I WPresidio32202/0709/07- /08- /098525685 V
0.15
(12)
(12)
0.85(12)0.85(12)30030005045(S)
Ernesto Jorge DreherBrazilBME EnergiaHIvaí4- /07- /08- /0804/09232202935        6817(N)
Las TruchasMexicoDesarrollos Mineros San Luis, S.A. de C.V.HLa Lobor o Las Truchas - /07- /08- /08- /093523024       300300   
Wadi DayqahOmanMinistry of Regional Municipalities and Water ResourcesWWadi Dayqah10008/0601/0804/0911/0975410590650V(3')0.75(3')*0.75(3')*3001200126
112
54
48
(M)
CapillucasPeruCementos Lima S.A.HCanete501/0710/0804/0910/09346075750.375(3')0.75(3')*  3003006590(N)
Bear CreekUSATennessee Valley AuthorityF WBear Creek4701/0810/0805/0906/09272926069V(1)0.80(1)*  3003007777(F)
El Malleh AmontMoroccoDirection des Aménagements HydrauliquesFEl Malleh3501/0709/0706/0910/09491741001400.20(5)0.60(5)0.60(5)3003001200(-) -
KasegawaJapanMinistry of Land, Infrastructure, Transport and TourismF H I WKase7102/0510/0706/0903/1299456830948V
0.60
(1)
(1)
0.75(1)0.75(1)25010008436(F)
VacaBelizeBelize Electric Company Ltd (BECOL) and A. Fortis Company, CanadaHMarcal1202/0702/0810/0912/11702452002200.20(1)0.75(3')*0.75(12)30036009431(F)
Deep Creek Nº5DUSAYadkin County and NRCSF WDeep Creek1512/0804/0912/0907/10222263945V(3')0.80(3')*0.80(1)*3003008989(F)
SaltoBrazilH  - /07- /07- /09- /0942              
WuduChinaSichuan Wudu Water Conservancy and Hydropower Group Ltd.F H I WFu57210/04- /07- /09- /1012163111511580V(3')0.75(3')0.80(3')    (F)
CristalandiaBrazilEMBASA (Empresa Baiana de Aguas e Saneamento S/A)I Wde Contas17- /05- /07- /09- /1018337             
São PedroBrazilSäo Pedro Energia S/AHJacu Braço Norte2- /06- /07- /09- /10301402235           
Sông Côn 2VietnamH 30- /06- /07- /09- /1048              
BaishiyaChinaH I WXijiang26- /04- /07- /09- /1274190230240  0.75        
CriúvaBrazilCriúva Energética S/AHLajeado Grange7- /08- /08- /0912/09232468095        7218(N)
Chonghu’erChinaXinjiang-Xinhua-Chonghuer Hydropower Development Co. Ltd.HBuerjin8010/06- /08- /09- /0971545 480           
XiaotianlongChinaWTuochang1- /07- /08- /09- /0958168 125           
Areia BrancaBrazilHidrelétrica Areia Branca S.A. (Tractebel Energia)HManhuaçu - /08- /08- /09- /0928257             
PalanquinhoBrazilSerrana Energética S/AHLajeado Grande6- /07- /08- /0901/103213789103        7218(N)
Mulungu do MorroBrazilEMBASA (Empresa Baiana de Aguas e Saneamento S/A)I WTijuco2- /07- /08- /0903/1023156             
Poço do MarruaBrazilCOMDEPI WParnaiba293- /07- /08- /09- /1048806506630           
Barra dos CoqueirosBrazilGerdau SAH WClaro 08/07- /08- /0907/1015              
São JoséBrazilCompanhia Energetica de Sao PauloHCarreiro - /07- /08- /09- /1030              
Passo de MeioBrazilEnergética Campos de Cima da Serra LtdaHdas Antas27- /07- /08- /09- /1031110             
CaçuBrazilGerdau SAHClaro - /07- /08- /09- /1040              
Santa ClaraBrazilCentrais Elétricas do Rio Jordão S/AHMucuri151- /07- /08- /09- /1072242520600      300300 0 
Sehb el MergaMoroccoDirection des Aménagements HydrauliquesF I WSehb el Merga706/07- /08- /09- /10374808595V(5)0.80(1)*0.80(1)*3003006525(N)
GeliqiaoChinaWujiang Hydropower Development CorporationHQingshui7701/0704/08- /09- /10124104 500           
ArvoredoBrazilCPFL RenovaveisHIrani2- /08- /09- /0904/10392505381V 0.75 0.75   8020(N)
Feke IITurkeyAkkur Energy Production Trade and Industry Co. Inc.HGöksu6312/0712/0802/1008/10702561942270.07(6)0.80(3')*separate 30030060
60
60
50
(F)
Çine (Adnan Mendres) TurkeyDSI - State Hydraulic WorksF H I WÇine35012/9511/0404/1010/11137300156016500.10
0.20
(7')0.85(7')0.85(7')30030085
75
105
95
(F)
Batu HamparMalaysiaJabatan Bekalan Air Negeri SembilanWBatu Hampar311/0710/0904/1005/1075236200203 (3') (10) (10)30030065120(F)
BengohMalaysiaPublic Works DepartmentWSungai Bengoh14406/0706/0905/10- /1263267130172V(3')0.80(3')*0.80(3')*300300060120(F)
PirrisCosta RicaICE (Instituto Costarricence de Electricidad)HPirris3612/0603/0906/1007/111132586957550.33(3')*0.50(3')*0.50(12)30030088132(N)
Braamhoek South AfricaESKOMHBraamhoekspruit2704/0806/0906/1002/11373309098V(3')0.67(3')*0.67(3')*30012007095(F)
ZirdanIranSistan & Balouchestan Ministry of WaterI WKajoo20711/0208/0708/1011/1065350265437 (5) (3)  3003009842(N)
Son LaVietnamEVN (Electricté de Vietnam)F HSong Da (Black river)926004/0401/0808/1012/1213896226774800V(3')0.73(3')*separate 30030060160(F)
ŞirnakTurkeyDSI - State Hydraulic WorksHOrtasui18- /0811/0908/1009/10671981572310.10(1)0.80(1)0.80(12)3006001250(-) -
Abou Al Abbas Sebti - formerly TaskourtMoroccoDirection des Aménagements HydrauliquesI WAl Mal2501/0804/0909/1004/1175408415490V(5)0.80(1)*0.80(1)*3003001050(N)
SaladilloArgentinaProvincia de San LuisWQuinto 02/0909/0909/1001/1175215210249 (5) (5)       
Ban VeVietnamEVN (Electrictie de Vietnam)HCa150008/0402/0710/1012/1113648015201750v
0.30
(3')0.85(3')*0.80(12)30030080120(N)
WyaralongAustraliaQueensland Water Infrastructure Pty. Ltd.WTeviot Brook109/0904/1012/1006/1148464173  (1) (1) (1)3003008585(F)
Dong Nai 3VietnamEVN (Electrictie de Vietnam)F HDong Nai169012/0405/0812/1010/1110859411381235V(1)0.75(1)*0.75(1)300300750(-) -
WuyiChinaDina99- /05- /07- /10- /12103              
YongdingqiaoChinaLiushahe17- /05- /07- /10- /12123              
Jin’anqiaoChinaHanergy, Yunnan Jinsha River Hydropower Co. Ltd. and Yunnan Investment and Development Co. Ltd.H N RJinsha91312/0305/07- /10- /1116064024003920V(3)0.75(3)0.75(1)  72
96
108
117
(F)
GasparinoBrazilAndrade Galvão Engenharia Ltda.W  - /07- /08- /1010/10281000 130           
Rondon IIBrazilEletrogoes S/A.H 478- /07- /08- /10- /1119              
ImboulouRepublic of CongoDélégation Générale des Grands TravauxHLéfini58409/03- /08- /1005/1133310             
QianchangChinaPudu22- /07- /08- /10- /1181              
ShidiChina  - /06- /08- /10- /1230              
FigueirópolisBrazilCPFL RenovabeisHJauru34- /08- /09- /1012/1028170  V 0.43 0.75      
PipocaBrazilHidrolétrica Pipoca S/AHSanto Antonio8- /08- /09- /10- /1126              
LonghuakouChinaLonghua30- /08- /09- /10- /1063353 414           
IbiramaBrazilIbirama Energética SAH  - /09- /09- /10- /1015              
Ninho da ÁguiaBrazilCPFL RenovaveisHSanto Antônio1- /09- /09- /10- /101594 14V 0.75 0.75      
CajuBrazilEnergisa Geracao Rio Grande S/AHRio Grande10- /09- /09- /1003/11382206682           
ManghekouChinaBaimang11- /07- /09- /10- /1175215 249           
LavrinhaBrazilBMEHParaiba do Sul 12/07- /09- /10- /1128 85            
Ingazeira - formerly San AntonioBrazilDNOCS (Departamento Nacional de Obras Contra a Seca)WPajeú49- /08- /09- /10- /11265666492           
São Gonçalo - formerly Santa BárbaraBrazilSPE São Gonçalo Energia S.A.HSanta Bárbara6- /08- /09- /10- /11281541426V 0.75 0.75   6817(N)
SfeissifMoroccoSafsaf20- /08- /09- /10- /1128   V(5)0.85(1)*0.85(1)*3003001200(-) -
SimplicioBrazilFurnas Centrais Elétricas S/A.H  - /08- /09- /10- /1130260 94           
LechangxiaChinaDepartment of Water Resources, Guandong ProvinceH I NBei374- /08- /09- /10- /1185256             
Francisco J. Múgica - formerly Nueva ItaliaMexicoGobierno del Estado de MichoacánIEl Marqués10003/08- /09- /10- /1190375367451V
0.30
 1.00 1.00 300300650(-) -
Corrente GrandeBrazilCPFL RenovaveisHCorrente Grande12- /10- /10- /10- /1030115  V 0.75 0.75      
Marco BalboBrazilH  - /10- /10- /10- /1030 4273           
Ait Moulay AhmedMoroccoDirection des Aménagements HydrauliquesI WAin Leuh210/09- /1001/1110/11291361820V(5)0.75(1)*0.75(1)*3003007030(N)
El Puente de SantoleaSpainAcua EbroIGuadalope18- /0904/1002/1103/113520365700.20(3')*0.60(3')*0.60(3')*30030065153(F)
MauáBrazilConsorcio Energético Cruzeiro do Sul (Copel and Electrosul Centrais Eléctricas SA)HTibagi84- /0901/1005/11- /1285745633753V(2)0.80(10)  30024006015(N)
YunishigawaJapanMinistry of Land, Infrastructure, Transport and TourismF I WYunishi7508/0809/0905/1109/121193209671053V
0.60
(1)0.78(1)0.78(1)25010009139(F)
Dong Nai 4VietnamEVN (Electrictie de Vietnam)HDong Nai33712/0403/0906/11- /1212848113051370V(1)0.80(1)0.80(1)30030085115(N)
El RealitoMexicoCNA (Comisión Nacional del Agua)Santa Maria57- /0807/0906/11- /1185270420 V(1)0.85 0.85 30030033 to  6627 to  54(S)
GüllübagTurkeySenerji EnerjiHÇoruh2105/0902/1106/1102/127297160175V(3)0.50
0.70
(3)0.70(12)3003007070(F)
Dak Mi 4Vietnam(IDICO) Urban and Industrial Development Zone Investment CompanyHVu Gia31304/0701/0808/1104/1290472720800V(3')0.48
0.80
(3')*
(3')*
0.80(1)30030095125(N)
Song Tranh 2VietnamEVN (Electrictie de Vietnam)HSong Tranh73303/0504/0808/1112/129664010321315V(3')0.80(1)0.75(1)30030070110(N)
Yubari SyuparoJapanMinistry of Land, Infrastructure and TransportF H I WYubari42711/0310/0909/1103/15111390584940V
0.80
(1)
(1)
0.82(1)0.82(1)250750 &
1000
9139(F)
Thornton Gap (Tollway)USAMWRDGC (Metropolitan Water Reclamation District of Greater Chicago)F-102/1006/1109/1111/1135692525V(3') (3')* (3')*3003004879(F)
MengeTurkeyEnerjisa En. Ut. A.S.HGöksu5105/0908/1010/1112/11683043493840.25(1)0.80(3)0.80(12)3003008040(F)
Nam Gnouang (Theun Hinboun Expansion)LaosTheun Hinboun Power CompanyHNam Gnouang226210/0803/1012/11- /1270470383 V(1)0.80(1)1.00(12)30030090100(F)
ShiyaziChinaGuizhou Zhongshui Energy Co. Ltd.HHongjiadu321- /0704/0812/1112/11135              
GongguoqiaoChinaHuaneng Lancang River Hydropower Co. Ltd.HLancang316- /08- /09- /1103/12105356 1067           
KamchayCambodiaElectricity of Cambodia (44-year BOT to Sinohydro Corporation)HKamchay718- /07- /09- /11- /12112568  V
0.30
 0.75        
A LuoiVietnamCentral Hydropower Joint Stock CompanyHA Sap 06/0704/09- /11- /1250208138            
SefaköyTurkeyPüre Energy Üretim Tic. A.S.HAras21- /08- /10- /1110/1155148120  (3) (3)       
AntaBrazilFurnasHParaiba do Sul114- /09- /10- /1112/11302704455           
MoínhoBrazilStatkraftHBernado Jose1- /09- /10- /11- /1122 925        6817(N)
NabiChinaBaise WaCun Hydropower Development Co.HXiyang57- /09- /10- /11- /1169247 289           
LianhuataiChinaHDan9502/09- /10- /11- /1170221 221           
AutódromoBrazilAutódromo Energética S/ACarreiro4- /10- /10- /11- /11232002147        6717(N)
Boa FéBrazilBoa Fé EnergéticaHCarrero - /10- /10- /11- /11261983258           
LusixiChinaLusi Reservoir Management OfficeWLusixi33- /09- /10- /11- /1239140             
SilopiTurkeyDSI - State Hydraulic WorksH WHezil2908/08- /10- /1102/12893567187520.10(7)0.70(3)0.70(3)3003008139(-) -
Santo Antonio BrazilEnergisa Geracao Rio Grande S/AHRio Grande17- /09- /10- /1102/124428581105           
MadushanChinaHonghe Guangyuan Hydropwer and Madushan Development Co. Ltd.H N WHonghe552- /08- /09- /11- /12108353 987           
A’haiChinaYunnan Jinsha River Hydropower Co. Ltd.H IJinsha882- /08- /10- /11- /12130482 2707           
Ahl LafouimMoroccoW 3- /09- /10- /11- /1215 20240.20(5)0.80(1)*0.80(1)*     
LaananatMoroccoW 1- /09- /10- /11- /1215 18200.20(5)0.80(1)*0.80(1)*     
KraymaMoroccoWTiyoughza3- /09- /10- /11- /1232 45530.20(5)0.80(1)*0.80(1)*     
São Sebastião do AltoBrazilEnergisa Geracao Rio Grande S/AHRio Grande44- /09- /10- /11- /12402005175           
BalkusanTurkeyKaren EnergyHBalkusan15- /09- /10- /11- /12481896076V(1)0.75(1)*0.75(12)30012007550 
QingyanggouChinaHSule - /09- /10- /11- /1264147             
DengkeChinaYunnan Baoshan Electric Co. Ltd.HLongchuan53- /09- /10- /11- /1276239             
RizzaneseFranceElectricité de FranceH IRizzanese1- /0904/1102/12- /12411406472V
1.00
(6)
(10)
V
0.80
 0.80 300300800(-) -
Middle VaitarnaIndiaMunicipal Corporation of Greater MumbaiWVaitarna20210/0805/1004/12- /12102565120215000.15(3')0.75(3')*0.75(12)30030075145(F)
KöprüTurkeyEnerjisa En. Ut. A.S.HGöksu9807/0912/1004/12- /131094139751050V
0.60
(1)0.80(1)0.80(12)3003008545(F)
Dong Nai 2VietnamTrung Nam Power Jointstock CompanyHDong Nai28104/0912/1005/1203/13804297861025      30030080
90
120
110
(N)
BuiGhanaBPA (Bui Power Authority)H IBui1257010/0702/0905/1211/14108493830900V(3')0.75(3')0.75(12)300300045
61
85
91
(F)
GökkayaTurkeyMEM EnergyHGoksu1802/1007/1005/1207/1269118961220.067(3)0.80(3)0.80(11)3003005555(F)
Dry Comal CreekUSAComal County, TexasFDry Comal Creek410/1103/1208/1212/12264576267V()0.80()*0.80()30030060100(C)
Ban ChatVietnamEVN (Electrictie de Vietnam)HNam Mu213801/0608/0908/1212/1313042516002V(3')0.80(3')*separate 30030060160(F)
San Vicente Dam RaiseUSASan Diego County Water Authority and City of San DiegoWSan Diego29906/0908/1109/1209/14103474459465V(4')0.78(3')*0.78(3')*30030086127(F)
DevecikonagiTurkeyMCK Elektrik Uretim A.S.H IEmet605/1003/1109/1201/13393131802100.10(2)0.75(3)0.80(12)3003008040(F)
Akköy II (Aladereçam)TurkeyAkköy Energy A.S.HKaraovacik14- /0705/1109/12- /1360260226306V(1)0.80(1)0.80(12)3003008585(N)
Enlarged CotterAustraliaIcon Water (formerly ACTEW Corp.)WCotter7810/0908/1112/1208/1387350369400V(3')0.75(3')0.75(3')*300
400
300
400
75120(F)
Nuoc TrongVietnamMARD (Ministry of Agriculture and Rural Development)H ITra Kluc290- /0807/0912/12- /1369454450600V(3')    300300125
80
218
230
(N)
Dak DrinhVietnamPetro VietnamHDak Drinh24901/0909/1112/1212/13100466788  (3') (3')* (12)30030080115(N)
Boa SorteBrazilBoa Sorte Energética S/AHTijucas18- /07- /07- /12- /1226              
LongkaikouChinaYunnan Jinsha River Hydropower Co. Ltd.F H N R WJinsha55808/0709/08- /12- /1311676828403853V(3)0.75(3)  300300096
60
96
90
(F)
OuroBrazilH  - /10- /10- /12- /1216              
Grand PoubaraGabonMinistries of Mining, Energy, Oil and Water ResourcesHOgooué 11/08- /10- /1208/1337300             
ShatuoChinaWujiang Hydroelectric Development CorporationF H NWu91005/06- /10- /12- /1310163115101980V
0.15
(3')0.75(3')0.75(3)3003000   
MilanheChinaMilanhe41- /09- /10- /12- /1383              
Kavsak BendiTurkeyEnerjisa En.Ür. A.S.HSeyhan - /09- /10- /12- /1388   0.20(1)0.80(1)       
GuandiChinaYalong River Hydropower Development Co. Ltd.HYalong783- /09- /10- /12- /1316851629704710V
0.30
   0.70     (F)
XunyangChinaHanjiang - /08- /10- /12- /1458              
TongzilinChinaHYalongjiang1- /08- /10- /12- /1471              
Victor Baptista Adami (formerly Passos Maia)BrazilPasso Maia Energética S.A. (Adami, Desenvix, Statkraft)HChapecó14- /10- /11- /1209/1234 66         7218(N)
MarrecasBrazilSAMAEWMarrecas3303/10- /11- /1212/1235430             
ZhongqiaoChinaZunyi Water Conservancy BureauRen99- /10- /11- /12- /1260              
Água LimpaBrazilÁgua Limpa Energia S/AHPalmeiras10- /11- /11- /12- /127967442            
RetiroBrazilCTG BrasilSapucai18- /10- /11- /1207/1315482             
GaribaldiBrazilCTG Brasil (previously Triunfo Engergia)HCanoas - /10- /11- /1209/1340490264382           
ÇetintepeTurkeyDSI - State Hydraulic WorksHRobozik1209/08- /11- /12- /133917360640.10(3)0.80(3)0.80(12)3001200950(-) -
MamoeiroBrazilEstado do CearáW 21- /10- /11- /12- /1315              
Ivan Botelho I (Ponte)BrazilCentrais Hidrelétricas Grapon S/AHPomba17- /10- /11- /12- /1332              
Huong DienVietnamFPT CorporationHBo821- /10- /11- /12- /1383 260400        90100(N)
PezziBrazilPezzi Energética S.A.Hdas Antas24- /11- /12- /12- /1342 4480        7619(N)
Serra dos Cavalinhos IIBrazilSerra dos Cavalinhos II Energética S.A.Hdas Antas24- /11- /12- /12- /1342 3380        7218(N)
Spring GroveSouth AfricaTCTA (Trans Caledon Tunnel Authority)WMooi14003/1106/1205/1305/143930096114 (3') (3')  30030050110(F)
MurumMalaysiaSEB (Sarawak Energy Bhd)HMurum1204310/0805/1007/13- /1514644015201660V
0.20
(3')
(3')
0.70
0.80
(3)0.70
0.80
 300300088
65
88
72
(F)
De HoopSouth AfricaDepartment of Water & SanitationWSteelpoort34707/0707/0911/1303/148510157691012V(3') (3')* (3')*300120062145(F)
Upper Paung LaungMyanmarDepartment of Hydroelectric Power - Ministry of Electric PowerHPaung Laung130001/0601/1112/13- /141035309361100V(3')0.80(3')*0.80(12)30030090140(N)
KalashukeChinaDepartment of Water Resources, Xinjiang ProvinceF H WE’erqisi2419- /07- /10- /13- /14122148925202890  0.75 0.75 3003000  (F)
Mamaya Nº1ChinaGuizhou Qianyuan Power CompanyHBeipan137- /08- /10- /13- /14109250 591           
WacunChinaYou536- /08- /10- /13- /15105365             
Rastro de AutoBrazilH  - /11- /11- /13- /1323              
ChuanjiangChinaChuanjiang98- /10- /11- /13- /1483              
ZhaiziheChinaHouhe119- /10- /11- /13- /1493              
Huhehaote (Hohhot) PSS - Downstream lower damChinaNei Mongol (Inner Mongolia) Electricity CorporationHHalasxinegou7- /05- /11- /13- /1565308205305           
Huhehaote (Hohhot) PSS - Upstream lower damChinaNei Mongol (Inner Mongolia) Electricity CorporationHHalasxinegou7- /05- /11- /13- /1569242185330           
João BorgesBrazilEletrosul Centrais Elétricas SAHCaneiras - /12- /12- /1311/1324273             
Los PanalesMexicoCNA (Comisión Nacional del Agua)WTecolotán10001/11- /12- /13- /13784404965610.20
V
(5)0.80(3)0.80(3)3003001100(N)
ShaqianChinaHydroChina Co.F HFurong5710/11- /12- /13- /1359              
Barra de Rio ChapéuBrazilEletrosul Centrais Elétricas S/AH WBraço do Norte21- /12- /12- /13- /1321              
Kula BebekliTurkeyDSI - State Hydraulic WorksI 1- /12- /12- /13- /1331 100            
TamelastMorocco 1- /11- /12- /13- /1419 27 V(5)1.00(1)*1.00(1)*     
ShuangfengsiChinaHLuanhe137- /11- /12- /13- /1450535 550           
Lower Russei ChrumCambodiaMinistry of Mines and EnergyHRussei Chrum62- /11- /12- /13- /1468              
FuzikouChinaGuilin Dayu Water Infrastructure Development Investment Co. Ltd.F HLijiang18811/11- /12- /13- /1477239 304           
NarasTurkeyDSI - State Hydraulic WorksF IManavgat104- /1012/1201/1405/14784486206770.15(3)0.80(3)*0.80(12)30030011090(N)
AstandagTurkeyDSI - State Hydraulic WorksH I WBembo1109/0811/1102/1411/1469210162202V(1)0.80(1)*0.80(12)3001200950(-) -
Song Bung 4VietnamEVN (Electrictie de Vietnam)HVu Gia511- /1006/1204/1410/14114345852963V
0.40
 0.80   30030080
60
120
140
(N) &
(F)
Cheshmeh AsheghIranFars Regional Water CompanyF I WCheshmeh Ashegh6206/1010/1105/1403/1760375130250 (1) (1) (12)300600 -
900
12080(N)
HantangangSouth KoreaKwater (Korean Water Resources CorporationF I WHantan27002/0907/1007/1412/1484690650709V(1) (1) (1)2507509139(F)
TsugaruJapanMinistry of Land, Infrastructure, Transport and TourismF H IIwaki14110/0805/1008/1403/1697342500717V
1.00
(1)
(1)
0.74(1)0.74(1)25010009139(F)
BonyicPanamaHidroécología Teribe (HET) S.A.HBonyic1- /11- /1308/14- /1537165 88           
MetolongLesothoGovernment of the Kingdom of Lesotho/Metolong AuthorityWSouth Phuthiatsana6409/1108/1311/1404/1583278280314 (3') (3') (3')30030060145(F)
LudilaChinaYunnan Huadian Hydropower Co. Ltd.HJingsha171801/07- /11- /14- /15140622 1920V
0.20
 0.75        
YalnızardıçTurkey 109- /09- /11- /14- /15113 490            
TiouineMoroccoDirection des Aménagements HydrauliquesF I WIriri27005/10- /11- /14- /1584202 380V(1)0.80(1)*0.80(1)*  1000(-) -
KayabeyiTurkey 148- /10- /12- /14- /15151 637            
MamakTurkeyDSI - State Hydraulic Works 1- /13- /13- /14- /1431 30            
ManduriacuEcuadorCELEC (Corporatión Eléctrica del Ecuador)HMauduriacu1012/11- /13- /1403/1561245114 0.25 0.75 0.75     (N)
GölgeliyamaçTurkeyDSI - State Hydraulic WorksHGuzeldere309/08- /13- /14- /15521508599V(3)0.80(3)0.80(12)3001200950(-) -
OguzlarTurkeyDSI - State Hydraulic WorksHOrtasu2009/08- /13- /14- /15534313924600.10(1)0.80(1)*0.80(12)3006001000(-) -
MusatepeTurkeyDSI - State Hydraulic WorksHRobozik1309/08- /13- /14- /15661651311380.10(3)0.80(3)0.80(12)3001200950(-) -
KatendeDR CongoH  08/11- /13- /14- /1516              
Songyue Dam RaiseChinaHelong Electricity CorporationF H I R WHailanhe21- /12- /13- /14- /1541271 77V(1)0.73(10)conduit 300200080100(F)
KarakuzTurkeyDerin Enerji Uretim San. Ve Tic. A.S.H 5- /12- /13- /14- /1545 400 V 0.80        
Adigüzel IITurkeyH 15- /12- /13- /14- /1561 150            
Serro AzulBrazilW 303- /12- /13- /14- /15661015             
KaheChinaW 20- /12- /13- /14- /1572              
AyvaliTurkeyOzdogan EnerjiHOltu30804/1102/1302/1510/1517740516501900V(3')0.75(3')*0.75(12)30030050
100
110
120
(F)
Lai ChauVietnamEVN (Electrictie de Vietnam)HSong Da (Black River)121506/1003/1305/1507/1713162018842500V(3')0.75(3')*0.75(12)30030060160(F)
Teesta low dam (Stage IV)IndiaNHPC Ltd.HTeesta3705/0601/1305/1508/16451961671700.40(3')*0.80(3')*separate 30030085135(F)
Cerro del ÁguilaPeruIC PowerHMantaro3711/1208/1406/15- /16892702504500.10(1)0.75(1)*0.75(12)30060011523 
GokayamaJapanFukuoka PrefectureF N WNaka4006/1206/1407/1503/18103556634935V
1.00
(1)
(1)
0.76(1)0.76(1)250100010426(F)
Xekaman 1LaosXekaman Power Ltd.HXe Kaman312003/1205/1307/1512/161203358701065V(3')* (3')* (12)30030070130(F)
Duck RiverUSACullman Utilities BoardWDuck101/14- /1509/15- /1641901211280.10 1.00 1.00 30030010755(F)
Ulu Jelai/SusuMalaysiaTenaga Nasional BerhadHBertam, Telom and Lemoi1803/1103/1409/1507/1690513731747V(4')0.80(3')*0.80(1)*4002400100
95
0
0
(-) -
Gibe IIIEthiopiaEthiopian Electric Power (EEP)HOmo1469004/0812/1110/15- /16246630620064000.25(3')1.00(3')*1.00(3')*40040070 to  12045 to  60(S)
GuanyinyanChinaHuarui Investment Group Ltd.F H N RJinsha2072- /08- /11- /15- /16159125064739364V
0.10
(3')0.75(3')0.75(1)300    
TuobaChinaHLangcang1215- /10- /12- /15- /16158508 3600           
BurçTurkeyAkkur Energy Production Trade and Industry Co. Inc.HGöksu6301/0701/08- /10- /11702352322600.07(8)0.80(3)separate 3003006050 to  60(F)
Teles PiresBrazilANEEL (Agência Nacional de Energia Elétrica)HTeles Pires107/11- /13- /1509/16803605001020           
El BolsónArgentinaI WAlbigasta38- /09- /13- /15- /1664380 279           
DatengxiaChinaHQianjiang18- /11- /13- /15- /1662              
Shah wa ArüsAfghanistanF H I WShakardara - /12- /13- /15- /1681  330           
GuoduoChinaHZaqu80- /12- /13- /15- /1683236 550           
KasimlerTurkey 43- /12- /13- /15- /1690 330            
Sarıveliler GöktepeTurkeyDSI - State Hydraulic WorksI 1- /13- /14- /15- /1529 69         600 
Güneysinir AlanözüTurkeyDSI - State Hydraulic WorksI 3- /13- /14- /15- /1538 71            
IgarapebaBrazilSecretária de Desenvolvimento EconômicoWUna69- /13- /14- /15- /1661              
Bergama ÇamavluTurkeyDSI - State Hydraulic WorksI 1- /14- /14- /15- /1540 69            
Lom PangarCameroonEDCF HLom6000- /12- /14- /15- /1646              
BogovinaSerbiaBogovina (Public Co.)F H I WCmi Timok48- /12- /14- /15- /1654396175305           
San BartoloPanamaCorporacion de Energia del Istmo Ltd. S.A.HSan Pablo39- /13- /14- /15- /164137177 V(3')0.85(3')*0.85(12)300300900(-) -
XinchangheChinaXinchanghe14- /13- /14- /15- /1657145             
El PurgatorioMexicoCNA (Comisión Nacional del Agua)FVerde3506/13- /14- /15- /1638200400 0.25 1.00 1.00      
Jubinha IBrazilItamarati Norte S.A.HJubinha480- /15- /15- /15- /15211540             
Juba IVBrazilItamarati Norte S.A.HJuba7- /15- /15- /15- /1526570             
Neelum-JhelumPakistanNeelum Jhelum Hydropower CompanyHNeelum8- /08- /1408/1611/1747125 156           
Trung SonVietnamEVN (Electrictie de Vietnam)F HMa34911/1204/1408/1602/17884987701140V
0.35
(3')
(3')*
0.65(3')*0.65(12)30030060
70
140
150
(N)
Yukari (Upper) KaleköyTurkeyKalehan Energy Üretim ve Ticaret A.S.HMurat78406/1206/1409/1604/18150516222424140.25(7)0.80(1)  3003001300(M)
AkçakocaTurkeyDSI - State Hydraulic WorksI WSarma201/1305/1510/16- /1766148851300.10(3)0.80(3)0.80(12)300    
ArdilTurkeyDSI - State Hydraulic WorksIArdil1103/1305/1412/1602/1754246108158V(3)0.80(3)0.80(12)3006007550 
KargiTurkeyLimak EnergyHSakarya50- /11- /1512/1606/1795270535 0.10 0.80        
BoqaataLebanonMinistry of Energy and WaterWBoqaata607/1204/1512/16- /1972222200255V
0.80
(12)0.80(3')*0.80(3')*300300900(-) -
UludereTurkeyDSI - State Hydraulic WorksH 17- /08- /12- /16- /1877  887           
Dong Nai 5VietnamVinacominHDong Nai - /10- /12- /16- /1872471             
KirazlıköprüTurkeyDSI - State Hydraulic WorksH I 66- /99- /13- /16- /1773 330            
BeyyurduTurkeyDSI - State Hydraulic WorksHBembo809/08- /13- /16- /17781761862090.10(3)0.80(3)0.80(12)3001200950(-) -
TingzikouChinaJialing River Tingzikou Water Resources and Hydropower Development Co. Ltd.F H I N WJialing406711/09- /13- /16- /17116995             
XiaorongjiangChinaGuilin Dayu Water Conservancy, Infrastructure, Construction and Investment Co. Ltd.HXiaorong163- /10- /13- /16- /1790255             
TiddasMoroccoDirection des Aménagements HydrauliquesF I W 327- /12- /13- /16- /17106345  V(5)0.80(1)*0.80(1)*300300   
Cacimba NovaBrazilProjeto Transposição das Águas do Rio São FranciscoI W 3- /13- /14- /16- /161819652            
LianhuaChinaHLianhuaxi33- /10- /14- /16- /1730333             
HechuanChinaHJialingjiang11- /12- /14- /16- /1751              
KelebekTurkeyDSI - State Hydraulic WorksI WKelebek23- /14- /16- /18- /196219374970.10(3)0.80(3)0.80(12)300    
LushiChinaHNujiang1288- /12- /14- /16- /18165              
Belo MonteBrazilNorte Energia S.A.HXingu5- /11- /14- /16- /2074680632208V 1.20 separate      
ChucasCosta RicaH 450- /11- /14- /16- /17481301802000.20 0.75 0.75 30025009696(N)
Nazilli İsabeyliTurkeyDSI - State Hydraulic WorksI 1- /14- /15- /16- /1642 70            
KarareisTurkeyDSI - State Hydraulic WorksH I WCamibogazi10- /14- /16- /18- /19452981421730.05(3)0.80(3)0.80(12)300    
Zongo IIDR CongoSNELH  05/12- /15- /16- /1720              
RkizaMoroccoF I W 17- /13- /15- /16- /17265005560V(5)0.85(1)*0.85(1)*     
Oltu SivridereTurkeyDSI - State Hydraulic WorksI 1- /14- /15- /16- /1746 269            
Güdül KırkkavakTurkeyDSI - State Hydraulic WorksI 1- /14- /15- /16- /1749 114            
Karaburun KarareisTurkeyDSI - State Hydraulic WorksW 10- /14- /15- /15- /1650 170            
GuanchangChinaH I WQiduxi24- /14- /15- /16- /1754246             
YunheChinaHDangjiahe14- /14- /15- /16- /1768176             
HaokouChinaHFurong (Pangu)90- /14- /15- /16- /1785211             
Patuca 3HondurasEmpresa Nacional de Energía Eléctrica(ENEE)HPatuca208- /12- /1602/17- /19541601201600.20(1)0.75(1)0.75(12)30030008181(N)
LaúcaAngolaMinistry of Energy and Water/GAMEKHKwanza548207/1209/1403/1706/18132107526462766V
0.10
(1)0.85(1)0.85(12)300300900(-) -
Ibn HammadJordanJordan Valley Authority, Ministry of Water and IrrigationG WIbn Hammad4- /1512/1607/17- /18561601601600.30(1)0.70(1)*0.70(1)*30030090
100
0
0
(-) -
EncisoSpainConfederación Hidrográfica del Ebro, Ministerio de Agricultura Alimentación y Medio AmbienteI WCidacos47- /0808/1407/1709/18103376695765V(1)0.80(1)*0.80(1)*30030060140(F)
OkshtuniAlbaniaDiteko Sh.p.kF HOkshtuni708/1503/1710/1702/1865253141194V
0.15
(12)0.90(12)*0.90(12)*3003001150(-) -
MoragahakandaSri LankaMinistry of Irrigation and Water Resources ManagementIAmban Ganga52101/07- /13- /1707/1865              
Dyraaba (part of Uma Oya Project)Sri LankaMinistry of Irrigation and Water Resources ManagementH IMathatilla Oya1- /11- /13- /17- /18501654050V(1) (1) (12)3003009595(F)
Ouldjet MellegueAlgeriaANBT (Agence Nationale des Barrages et Transfert)I WMellegue15510/11- /13- /17- /1851900245320V(11)0.90(10)0.90(12)3003001100(-) -
Minas San FranciscoEcuadorCelec Ererjubones CpHJubones - /12- /14- /1708/1878121        300300   
WunonglongChinaHLancang (Mekong)27206/10- /15- /17- /18138247             
Los PilaresMexicoCNA (Comisión Nacional del Agua)F I WMayo47802/14- /15- /17- /1865230        300300   
Kagong ChinaHLancang81- /13- /15- /17- /1997237             
KalaChinaHYalong234- /13- /15- /17- /19128  2560           
BallikayaTurkeyDSI - State Hydraulic WorksHMudurnu609/0806/15- /17- /1898188991130.10(3)0.80(3)0.80(12)3001200   
ÜniversiteTurkeyDSI - State Hydraulic WorksW 1- /15- /16- /17- /1736 20            
Çamoluk AlısızTurkeyDSI - State Hydraulic WorksI 1- /16- /16- /17- /1723 14            
IncirTurkeyEnerji S.A.HBuyuk Cay - /13- /16- /17- /18150              
ErganiTurkeyDSI - State Hydraulic WorksIGolkum15- /14- /16- /17- /18542291271610.10(3)0.80(3)0.80(12)300    
XimiheChinaH I WXimihe17- /14- /16- /17- /1888147             
Piedra PuntudaNicaraguaHidroelectlea Piedra Puntuda and Energia Tropical Sostearble Cerro Frio S.A.HRío Mico - /15- /16- /17- /1823   0.70
1.00
(5)
(5)
0.70
1.00
(1)*
(1)*
0.70(1)*     
FendouChinaF H I WMulenghe191- /15- /16- /17- /1846406             
XiahushanChinaF H I WDashahe196- /15- /16- /17- /1874296             
IraharaJapanFukuoka PrefectureF WHarai2907/1407/1503/1803/1981295372419V
0.60
(1)
(1)
0.77(1)0.77(1)25010008436(F)
HuangdengChinaYunnan Huaneng Lancang River Hydropower Co.,Ltd.H I RLancang (Mekong)161301/1004/1504/1806/1920346427533678 (3') (3') (12)30030082
67
100
100
(F)
Nam Ngiep ILaosNam Ngiep 1 Power CompanyHNam Ngiep119209/1404/1604/1808/191675402288 V(3') (3')* (12)3002400 -
3600
80
60
120
70
(F)
NeckartalNamibiaMinistry of Agriculture, Water and ForestryIFish85709/1311/1505/1804/198352083610430.20(3')0.70(3')*0.70(12)30030065
65
120
45
(F)
Muskrat Falls North DamCanadaNALCORHChurchill 08/1507/1709/1807/1939450208243V(1)0.80(1)0.80(1)3003000 &
1500
80140(F)
DahuaqiaoChinaHLancang (Mekong)262- /10- /13- /18- /19107226 112           
Puhulpola (part of Uma Oya Project)Sri LankaMinistry of Irrigation and Water Resources ManagementH IDalgolia Oya1- /11- /13- /18- /19351743040V(1) (1) (12)3003009595(F)
LidiChinaHLancang75- /10- /14- /18- /1975346 1100           
ShangcunChinaWShangcunxi123- /11- /14- /18- /1989338             
BalliTurkeyDSI - State Hydraulic WorksH 6- /08- /14- /18- /2051 144            
KavsaktepeTurkeyDSI - State Hydraulic WorksIRobozik1609/08- /14- /18- /20762685185400.15(3')0.70(3')*0.70(3)3003008139(N)
YesilkavakTurkeyDSI - State Hydraulic WorksIKisik30- /14- /16- /18- /1988452727809V(3)1.00(3)1.00(12)300    
Tuy IVVenezuelaHidrocapitalWCuira - /14- /16- /18- /19135 17001950           
Kusan 3IndonesiaHKusan - /15- /16- /18- /19120563             
São RoqueBrazilSão Roque Energética S.A.HCanoas - /12- /17- /18- /1968151100583V 0.75 0.75      
Taşköprü HasanlıTurkeyDSI - State Hydraulic WorksI W 5- /14- /17- /18- /1943 46            
ZhuangliChinaF H I WShizhe133- /15- /17- /18- /194449             
Ain KsobMoroccoDaliya17- /15- /17- /18- /1947              
Cudi-CircipTurkeyDSI - State Hydraulic WorksICircip2- /16- /17- /18- /19302134859V(1)0.80(1)0.80(12)3001200   
Yeşil Vadi (Beyler Deresi) TurkeyDSI - State Hydraulic WorksI 5- /16- /17- /18- /1939 170            
NarliTurkeyAkkur Energy Production Trade and Industry Co. Inc.HGöksu27- /16- /17- /18- /19471534968 (14) (14)  3003006550(F)
GaoshengChinaHHongduhe100- /16- /17- /18- /19121              
ItaocaraBrazilCemig Geração e Transmissão SA and Itaocara Energia LtdaHParaiba do Sul170001/16- /17- /18- /1950              
MelenTurkeyDSI - State Hydraulic WorksH I WMelen693- /1306/1503/1905/19124944187120960.15(3)0.70(3)*0.70(3)3003009060(F)
Karamürsel IhsaniyeTurkeyDSI - State Hydraulic WorksI W 903/1603/1704/1912/1969 130185        7545(F)
YambaJapanMinistry of Land, Infrastructure, Transport and TourismF H I N WAzuma10808/1405/1705/1910/19116291 9110.15(1)0.80(1)0.08(1)25010008436(F)
Panelas IIBrazilSecretária de Desenvolvimento EconômicoW 23- /16- /1706/19- /2055              
Xe-Pian Xe-NamnoyLaosXe-Pian Xe Namnoy Power CompanyHXepian104310/1804/1910/19- /1956430170200V   none 300300  (F)
Wala Dam RaiseJordanJordan Valley Authority, Ministry of Water and IrrigationGWala2609/1706/1910/1907/2067 80820.30(1)0.70(1)*0.70(1)*3003009852(N)
Kafue Gorge Lower (KGL)ZambiaKafue Gorge Lower Power Development Co. Ltd.HKafue8309/1506/1812/19- /20140397130015300.20(3')0.75(3')0.75(12)30030060112(F)
TaquarembóBrazilW  05/08- /10- /19- /2033330             
Grand Ethiopian Renaissance Dam Project (GERDP)EthiopiaEthiopian Electric Power (EEP)HBlue Nile7400012/1005/13- /19- /20160179010100105000.22(3')1.00(3')*1.00(3')*40040067 to  10523 to  35(N)
GhadrooniIranKerman Regional Water CompanyG I WGharanghou44- /08- /14- /19- /2144197 147           
Shahri-koorIranSistan-Baluchestan Water CompanyBarisan (nahang)103- /12- /15- /19- /2160326 330           
PingzhaiChinaHSanchahe1089- /13- /15- /19- /21163              
Capulin-San PabloCosta RicaHidrotárcolesHTárcoles - /15- /16- /19- /2049              
MandianChina  - /15- /16- /19- /2078231             
ToudghaMoroccoF I W 33- /15- /17- /20- /2168              
Copalar BajoNicaraguaHGrande de Matagalpa - /15- /17- /19- /2070   0.70
1.00
(5)
(5)
0.70
1.00
(1)*
(1)*
0.70(1)*     
BobokéNicaraguaHTuma - /15- /17- /19- /2072   0.70
1.00
(5)
(5)
0.70
1.00
(1)*
(1)*
0.70(1)*     
MangshanChinaF H I WChanglehe133- /15- /17- /19- /20101355             
Nam Kong 3LaosChaleun Sekong Energy Co Ltd (CSE)HNam Kong47111/17- /18- /1905/2065500379            
El TornillitoHondurasHidrovolcanHUlua - /18- /18- /1910/2083440             
San JulianMexicoPeñolesWFuerte - /16- /18- /19- /2044              
NegreirosBrazilFUNCATE-Fundação de Ciência,Aplicações e Tecnologia EspaciaisW 495- /17- /18- /19- /203524956            
ZungeruNigeriaFederal Ministry of Power, NigeriaF HKaduna1140009/1301/1808/2010/21101109019202400V(3')0.75(3')*0.75(12)30030059
69  94
76
69  76
(F)
AgdzMoroccoDirection des Aménagements HydrauliquesF I WDraa24705/1603/1909/2006/21110317833993           
Site CCanadaBC HydroHPeace - /1607/1710/20- /21718001740 V 0.80 0.80 30030060
60
90
120
(F)
Chame ShirIranIran Water & Power Resources Development Compay (IWPC)F H I WZohreh2300- /11- /14- /20- /221516801100 V 0.70   3003001600(-) -
Sharab GarodIranKohgiloye-Boyerahmad Water CompanyISharab Garod1- /12- /14- /20- /221575 12           
Asagi (Lower) KaleköyTurkeyKalehan Energy Üretim ve Ticaret A.S.HMurat55603/13- /15- /2004/21125346119213420.25(7)0.80(1)  3003001300(M)
BallikayaTurkeyDSI - State Hydraulic WorksW 143- /13- /15- /20- /2398 800            
ShafaroudIranGilan Province Water AuthorityH I WShafaroud9803/1203/16- /2003/2213737295011800.10
0.50
(3')0.80(3')*0.80(12)300300   
DereçatiTurkeyDSI - State Hydraulic WorksI 2- /16- /18- /20- /2151 110            
KaddoussaMoroccoDirection des Aménagements HydrauliquesF I WGuir220- /16- /18- /20- /21622711802100.20(5)0.80(1)*0.80(1)*300300   
WangjiazhouChinaTuoxi - /16- /18- /20- /2162310             
Tam MyVietnamH I WCai - /16- /18- /20- /2167              
SouapitiGuineaMinistry of Energy and HydraulicsHKonkouré6300- /16- /18- /20- /211161200 3           
DaguChinaHYaluzangbu - /16- /18- /20- /21118              
VeracruzPeruEndesa, ChileHMarañon3000- /16- /18- /20- /2118944016902120V
0.40
 0.80 0.80      
Las CrucesMexicoCFE (Comisión Federal de Electricidad)F H I RSan Pedro Mazquital2485- /17- /18- /20- /2118581522400V
0.10
(1)
(1)
0.80(1)0.80 300300   
MiguillasBrazil  - /17- /19- /20- /2135              
Centre Hill Auxiliary Backup DamUSAUS Army Corps of Engineers - Nashville District  - /17- /19- /20- /2142293110       300 9393(F)
Salto Y-YNicaraguaHRío Y-Y - /18- /19- /20- /2120   0.70
1.00
(5)
(5)
0.70
1.00
(1)*
(1)*
0.70(1)*     
BouhdidAlgeriaDirection de l’Hydralique de la Wilaya de AnnabaFOued Bouhdid1- /18- /19- /20- /2130260 600.10 0.90        
Nam Theun 1LaosNam Theun 1 Power CompanyHNam Kading, aka Nam Theun300908/1501/1906/2107/2217777239804180      3003000100
120
80
130
(F)
El ZapotilloMexicoCNA (Comisión Nacional del Agua)WVerde910- /0911/11- /21- /2213227111001200V(3')0.83(3)*0.83(3)*30030060 to  8050 to  70(S)
DivreshIranGilan Province Water AuthorityI WKharshak3- /13- /15- /21- /2345195 137           
Dashte PalangIranF I WDashte Palang151- /13- /18- /21- /2263              
BaghanIranBushehr Water CompanyF I WBaghan32- /14- /18- /21- /2256311 220           
Koyisha (Gibe IV)EthiopiaEthiopian Electric Power (EEP)HOmo6540- /16- /18- /21- /22170              
Monti Nieddu (Sa Stria)ItalyConsorzio di Bonifica della Sardegna MeridionaleI WMonti Nieddu3501/9801/18- /21- /22883603334490.05(1)0.75(1)*0.75(1)3003009055(F)
Gwayi-ShanganiZimbabweWGwayi63409/04- /19- /21- /2270305 300        60140(F)
Upper Yeywa (Kyaukme)MyanmarDepartment of Hydroelectric Power - Ministry of Electric PowerHMyitnge - /15- /19- /21- /2288247450500           
La TrongVietnamH I  - /16- /19- /21- /2276              
FaskMoroccoF I W  - /17- /19- /21- /2277              
Wawa PSP - Upper damPhilippinesOlympia Violago Water & Power Inc. (OVPI)H  - /17- /19- /21- /2284              
Davarlı TurkeyDSI - State Hydraulic WorksI 1- /16- /19- /21- /2339 34            
Gürün ÇamlıcaTurkeyDSI - State Hydraulic WorksI 1- /17- /19- /21- /2328 28            
NoaphaMyanmarDepartment of Hydroelectric Power - Ministry of Electric PowerHThanlwin - /17- /19- /21- /2385              
Middle YeywaMyanmarSN PowerHMyitnge45317/00- /19- /21- /231602441700            
Mashkid 2IranSistan and Balouchestan Water AuthorityF I WSimish & Mashkid11510/1710/19- /21- /22361450650850           
KapiçayTurkeyDSI - State Hydraulic WorksH IBasgöz5- /14- /18- /22- /2450 126            
ErgenliTurkeyDSI - State Hydraulic WorksIIlica39- /14- /18- /22- /24102540124913400.20(3)0.70(3)0.70(12)300    
KağızmanTurkeyDSI - State Hydraulic WorksI W 22- /16- /19- /22- /2469 180            
BastoraIraqIraqi Ministry of Water ResourcesI WBastora206- /1303/19- /22- /238557711601223V 0.80 0.80      
BahçecikTurkeyDSI - State Hydraulic WorksI  - /15- /18- /23- /2470 614            
GölecikTurkeyDSI - State Hydraulic WorksI WGölecik36- /16- /18- /23- /2492450 890V(3')0.80(3')*0.80(12)300300   
Göle DurançamTurkeyDSI - State Hydraulic WorksI 37- /16- /19- /23- /2422 20            
Akçali-2TurkeyDSI - State Hydraulic WorksISagin - /16- /19- /23- /2440148 720.10(3')0.70(3')*0.70(12)300300   
Akçali-1TurkeyDSI - State Hydraulic WorksI 3- /16- /19- /23- /2443 120            
GündüzlerTurkeyDSI - State Hydraulic WorksI 8- /16- /19- /23- /2465 280            
BahçecikTurkeyDSI - State Hydraulic WorksW 3- /16- /19- /23- /2469 204            

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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.

Full Dam Information

Details

Country: Kazakhstan

Owner: Ministry of Energy

Type: Gravity

Purpose(s): Flood Control / Hydropower

River: Irtysh

Reservoir capacity: 31 m3x106

Construction Dates

Start of Project: 05/55

Start of RCC: 05/55

End of RCC: 10/61

End of Project: 12/63

Specifications

Height: 90 metres

Length: 450 metres

Volume of RCC: 587 m3x103

Total volume: 988 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete blocks
Downstream
SlopeType
0.80RCC against formwork
Spillway
SlopeType
0.80RCC against formwork

Placement

Layers (mm)Lifts (mm)
3001200

Cementitious material

Cement (kg/m3)
135
Pozzolan (kg/m3)Pozzolan Type
80Low-lime flyash (ASTM Class F)
  
Buchtarma on Google Earth
Buchtarma on Google Earth

Full Dam Information

Details

Country: China

Owner: Dongqiao County

Type: Gravity

Purpose(s): Irrigation

River: Zaoshui

Reservoir capacity: 4 m3x106

Construction Dates

Start of Project: -/69

Start of RCC: -/69

End of RCC: -/71

End of Project: -/72

Specifications

Height: 32 metres

Length: 85 metres

Volume of RCC: -

Total volume: -

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
  
  
Photo coming soon

Full Dam Information

Details

Country: Japan

Owner: Ministry of Construction

Type: Gravity

Purpose(s): Flood Control / Irrigation / Water Supply

River: Shimaji

Reservoir capacity: 21 m3x106

Construction Dates

Start of Project: 09/76

Start of RCC: 09/76

End of RCC: 04/80

End of Project: 03/81

Specifications

Height: 89 metres

Length: 240 metres

Volume of RCC: 165 m3x103

Total volume: 317 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.30Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -500
200700

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Shimajigawa completed
Shimajigawa completed

Full Dam Information

Details

Country: USA

Owner: US Army Corps of Engineers

Type: Gravity

Purpose(s): Flood Control / Recreation

River: Willow Creek

Reservoir capacity: 17 m3x106

Construction Dates

Start of Project: 11/81

Start of RCC: 11/81

End of RCC: 09/82

End of Project: 04/83

Specifications

Height: 52 metres

Length: 543 metres

Volume of RCC: 331 m3x103

Total volume: 331 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
0.80Unformed face of RCC

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
47
Pozzolan (kg/m3)Pozzolan Type
19Low-lime flyash (ASTM Class F)
  
Willow Creek completed
Willow Creek completed

Full Dam Information

Details

Country: Australia

Owner: Kidston Gold Mines Ltd.

Type: Gravity

Purpose(s): Water Supply

River: Copperfield

Reservoir capacity: 20 m3x106

Construction Dates

Start of Project: 12/83

Start of RCC: 12/83

End of RCC: 09/84

End of Project: 09/84

Specifications

Height: 40 metres

Length: 340 metres

Volume of RCC: 140 m3x103

Total volume: 156 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork
Downstream
SlopeType
VerticalRCC against formwork
0.90Unformed face of RCC
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
30Low-lime flyash (ASTM Class F)
  
Copperfield completed
Copperfield completed

Full Dam Information

Details

Country: USA

Owner: Exxon Company, Houston, Texas

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Middle Fork

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 05/84

Start of RCC: 05/84

End of RCC: 09/84

End of Project: 11/84

Specifications

Height: 38 metres

Length: 125 metres

Volume of RCC: 42 m3x103

Total volume: 43 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
conduit 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
66
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Middle Fork completed
Middle Fork completed

Full Dam Information

Details

Country: USA

Owner: Winchester Municipal Utility

Type: Gravity

Purpose(s): Water Supply

River: Upper Howard Creek

Reservoir capacity: 2 m3x106

Construction Dates

Start of Project: 06/84

Start of RCC: 06/84

End of RCC: 11/84

End of Project: 01/85

Specifications

Height: 23 metres

Length: 363 metres

Volume of RCC: 24 m3x103

Total volume: 27 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels with geomembrane
Downstream
SlopeType
VerticalTraditional concrete against precast concrete panels
1.00Unformed face of RCC
Spillway
SlopeType
1.00Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
104
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Carroll E. Ecton - formerly Winchester completed
Carroll E. Ecton - formerly Winchester completed

Full Dam Information

Details

Country: USA

Owner: Douglas County

Type: Gravity

Purpose(s): Flood Control / Irrigation / Recreation / Water Supply

River: Cow Creek

Reservoir capacity: 52 m3x106

Construction Dates

Start of Project: 07/84

Start of RCC: 07/84

End of RCC: 08/85

End of Project: 10/85

Specifications

Height: 50 metres

Length: 290 metres

Volume of RCC: 161 m3x103

Total volume: 171 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
0.80Unformed face of RCC

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
53
Pozzolan (kg/m3)Pozzolan Type
51Low-lime flyash (ASTM Class F)
  
Galesville completed
Galesville completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Andalucia

Type: Gravity

Purpose(s): Water Supply

River: Cala

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 07/84

Start of RCC: 07/84

End of RCC: 10/85

End of Project: 12/85

Specifications

Height: 25 metres

Length: 124 metres

Volume of RCC: 14 m3x103

Total volume: 20 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork
0.75Traditional concrete against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
450450

Cementitious material

Cement (kg/m3)
72
61
Pozzolan (kg/m3)Pozzolan Type
116Low-lime flyash (ASTM Class F)
120 
Castilblanco de los Arroyos completed
Castilblanco de los Arroyos completed

Full Dam Information

Details

Country: China

Owner: Kengkou Reservoir Management Office

Type: Gravity

Purpose(s): Hydropower / Water Supply

River: Youxi

Reservoir capacity: 27 m3x106

Construction Dates

Start of Project: 11/84

Start of RCC: 11/84

End of RCC: 04/86

End of Project: 11/86

Specifications

Height: 57 metres

Length: 123 metres

Volume of RCC: 43 m3x103

Total volume: 62 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels with hot poured membrane
Downstream
SlopeType
0.75RCC against precast concrete blocks
Spillway
SlopeType
0.75Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
250  &250  &
500500

Cementitious material

Cement (kg/m3)
60
60
Pozzolan (kg/m3)Pozzolan Type
120Low-lime flyash (ASTM Class F)
80 
Kengkou completed
Kengkou completed

Full Dam Information

Details

Country: Australia

Owner: Rivers and Water Supply Commission of Tasmania

Type: Gravity

Purpose(s): Irrigation / Water Supply

River: Coal

Reservoir capacity: 13 m3x106

Construction Dates

Start of Project: 01/86

Start of RCC: 01/86

End of RCC: 06/86

End of Project: 08/86

Specifications

Height: 25 metres

Length: 247 metres

Volume of RCC: 22 m3x103

Total volume: 24 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
1.00Unformed face of RCC
Spillway
SlopeType
separate 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
60Low-lime flyash (ASTM Class F)
  
Craigbourne completed
Craigbourne completed

Full Dam Information

Details

Country: Japan

Owner: Ministry of Construction

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation / Water Supply

River: Tama

Reservoir capacity: 254 m3x106

Construction Dates

Start of Project: 08/80

Start of RCC: 08/80

End of RCC: 07/86

End of Project: 12/90

Specifications

Height: 100 metres

Length: 441 metres

Volume of RCC: 772 m3x103

Total volume: 1150 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.60Traditional concrete against formwork
Downstream
SlopeType
0.81Traditional concrete against formwork
Spillway
SlopeType
0.81Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -750
2001000

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Tamagawa completed
Tamagawa completed

Full Dam Information

Details

Country: USA

Owner: Village of Ruidoso

Type: Gravity

Purpose(s): Water Supply

River: Grindstone

Reservoir capacity: 2 m3x106

Construction Dates

Start of Project: 09/85

Start of RCC: 09/85

End of RCC: 07/86

End of Project: 10/86

Specifications

Height: 42 metres

Length: 432 metres

Volume of RCC: 88 m3x103

Total volume: 96 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
76
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Grindstone Canyon completed
Grindstone Canyon completed

Full Dam Information

Details

Country: USA

Owner: North Jersey District Water Supply Commission and Hackensack Water Company

Type: Gravity

Purpose(s): Water Supply

River: Wanaque

Reservoir capacity: 27 m3x106

Construction Dates

Start of Project: 05/85

Start of RCC: 05/85

End of RCC: 08/86

End of Project: 11/86

Specifications

Height: 48 metres

Length: 670 metres

Volume of RCC: 219 m3x103

Total volume: 232 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork
0.78Unformed face of RCC
Spillway
SlopeType
0.78Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Monksville completed
Monksville completed

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation

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
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.60Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.60Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
58
Pozzolan (kg/m3)Pozzolan Type
58Low-lime flyash (ASTM Class F)
  
De Mist Kraal completed
De Mist Kraal completed

Full Dam Information

Details

Country: Brazil

Owner: SRH (Secretaria de Recursos Hidricos)

Type: Gravity

Purpose(s): Flood Control / Irrigation / Water Supply

River: Gravata

Reservoir capacity: 97 m3x106

Construction Dates

Start of Project: 07/85

Start of RCC: 07/85

End of RCC: 10/86

End of Project: 06/87

Specifications

Height: 56 metres

Length: 230 metres

Volume of RCC: 132 m3x103

Total volume: 143 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
separate 

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
55
Pozzolan (kg/m3)Pozzolan Type
15Natural pozzolan (ASTM Class N)
  
Saco de Nova Olinda on Google Earth
Saco de Nova Olinda on Google Earth

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation

Type: Gravity

Purpose(s): Irrigation / Water Supply

River: Olifants

Reservoir capacity: 104 m3x106

Construction Dates

Start of Project: 09/85

Start of RCC: 09/85

End of RCC: 11/86

End of Project: 07/87

Specifications

Height: 36 metres

Length: 455 metres

Volume of RCC: 101 m3x103

Total volume: 142 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.50Traditional concrete against formwork  [stepped face]
0.75Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
36
Pozzolan (kg/m3)Pozzolan Type
74Ground-granulated blast-furnace slag
  
Flag Boshielo - formerly Arabie completed
Flag Boshielo - formerly Arabie completed

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation

Type: Gravity

Purpose(s): Water Supply

River: Slang

Reservoir capacity: 190 m3x106

Construction Dates

Start of Project: 05/85

Start of RCC: 05/85

End of RCC: 03/87

End of Project: 09/88

Specifications

Height: 47 metres

Length: 527 metres

Volume of RCC: 97 m3x103

Total volume: 134 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork  [stepped face]
0.62 
Spillway
SlopeType
0.62Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
36
Pozzolan (kg/m3)Pozzolan Type
84Ground-granulated blast-furnace slag
  
Zaaihoek completed
Zaaihoek completed

Full Dam Information

Details

Country: Mexico

Owner: CNA (Comisión Nacional del Agua)

Type: Gravity

Purpose(s): Flood Control

River: Ibarrilla

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 11/86

Start of RCC: 11/86

End of RCC: 05/87

End of Project: 07/87

Specifications

Height: 36 metres

Length: 150 metres

Volume of RCC: 20 m3x103

Total volume: 30 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels
0.15Traditional concrete against precast concrete panels
Downstream
SlopeType
VerticalTraditional concrete against precast concrete panels
0.80Unformed face of RCC
Spillway
SlopeType
0.80Reinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
135
Pozzolan (kg/m3)Pozzolan Type
135Low-lime flyash (ASTM Class F)
  
La Manzanilla completed
La Manzanilla completed

Full Dam Information

Details

Country: USA

Owner: Phelps Dodge Morenci Inc & Sumitomo Metal Mining

Type: Gravity

Purpose(s): Flood Control

River: Lower Chase Creek

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 03/87

Start of RCC: 03/87

End of RCC: 06/87

End of Project: 07/87

Specifications

Height: 20 metres

Length: 122 metres

Volume of RCC: 14 m3x103

Total volume: 22 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.70Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.70Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
40Low-lime flyash (ASTM Class F)
  
Lower Chase Creek completed
Lower Chase Creek completed

Full Dam Information

Details

Country: USA

Owner: Central Utah Water Conservancy District

Type: Gravity

Purpose(s): Irrigation / Water Supply

River: Rock Creek

Reservoir capacity: 37 m3x106

Construction Dates

Start of Project: 12/83

Start of RCC: 12/83

End of RCC: 08/87

End of Project: 12/87

Specifications

Height: 91 metres

Length: 815 metres

Volume of RCC: 1125 m3x103

Total volume: 1281 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalSlip-formed/extruded facing elements
Downstream
SlopeType
0.32Slip-formed/extruded facing elements
0.60Slip-formed/extruded facing elements
Spillway
SlopeType
0.32Slip-formed/extruded facing elements  [stepped face]
0.60Slip-formed/extruded facing elements  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
79
Pozzolan (kg/m3)Pozzolan Type
173Low-lime flyash (ASTM Class F)
  
Upper Stillwater completed
Upper Stillwater completed

Full Dam Information

Details

Country: Spain

Owner: Confederación Hidrográfica del Tajo

Type: Gravity

Purpose(s): Water Supply

River: Morales

Reservoir capacity: 2 m3x106

Construction Dates

Start of Project: 06/86

Start of RCC: 06/86

End of RCC: 10/87

End of Project: 12/87

Specifications

Height: 28 metres

Length: 200 metres

Volume of RCC: 22 m3x103

Total volume: 26 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
 RCC against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300  -300  -
400400

Cementitious material

Cement (kg/m3)
80
74
Pozzolan (kg/m3)Pozzolan Type
140Low-lime flyash (ASTM Class F)
128 
Los Morales completed
Los Morales completed

Full Dam Information

Details

Country: France

Owner: Departement de l’Herault

Type: Gravity

Purpose(s): Flood Control

River: La Peyne

Reservoir capacity: 4 m3x106

Construction Dates

Start of Project: 08/86

Start of RCC: 08/86

End of RCC: 10/87

End of Project: 03/88

Specifications

Height: 36 metres

Length: 255 metres

Volume of RCC: 80 m3x103

Total volume: 85 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75Mechanically compacted unformed face of RCC
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
130ROLAC (mixture of flyash and slag with or without limestone fines)
  
Les Olivettes completed
Les Olivettes completed

Full Dam Information

Details

Country: USA

Owner: US Army Corps of Engineers

Type: Gravity

Purpose(s): Flood Control

River: Elk Creek

Reservoir capacity: 125 m3x106

Construction Dates

Start of Project: 03/85

Start of RCC: 03/85

End of RCC: 01/88

End of Project: -/99

Specifications

Height: 35 metres

Length: 365 metres

Volume of RCC: 266 m3x103

Total volume: 348 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Slip-formed/extruded facing elements
Spillway
SlopeType
0.80Reinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
150600

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
33Low-lime flyash (ASTM Class F)
  
Elk Creek (as halted) completed
Elk Creek (as halted) completed

Full Dam Information

Details

Country: Japan

Owner: Fukushima Prefecture

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Mano

Reservoir capacity: 36 m3x106

Construction Dates

Start of Project: 12/83

Start of RCC: 12/83

End of RCC: 01/88

End of Project: 03/90

Specifications

Height: 69 metres

Length: 239 metres

Volume of RCC: 104 m3x103

Total volume: 219 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180500

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Mano completed
Mano completed

Full Dam Information

Details

Country: Morocco

Owner: Direction des Aménagements Hydrauliques

Type: Gravity

Purpose(s): Irrigation

River: Akreuch

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 06/87

Start of RCC: 06/87

End of RCC: 02/88

End of Project: 03/88

Specifications

Height: 26 metres

Length: 124 metres

Volume of RCC: 17 m3x103

Total volume: 20 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.20Traditional concrete against precast concrete panels  [stepped face]
Downstream
SlopeType
0.20Traditional concrete against precast concrete panels
0.75Unformed face of RCC
Spillway
SlopeType
0.60Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
350350

Cementitious material

Cement (kg/m3)
70
140
Pozzolan (kg/m3)Pozzolan Type
30Ground-granulated blast-furnace slag
60 
Ain al Koreima completed
Ain al Koreima completed

Full Dam Information

Details

Country: Japan

Owner: Yamagata Prefecture

Type: Gravity

Purpose(s): Flood Control / Irrigation

River: Shiromizu

Reservoir capacity: 5 m3x106

Construction Dates

Start of Project: 10/84

Start of RCC: 10/84

End of RCC: 06/88

End of Project: 04/90

Specifications

Height: 55 metres

Length: 367 metres

Volume of RCC: 142 m3x103

Total volume: 314 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -500
200 

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Shiromizugawa completed
Shiromizugawa completed

Full Dam Information

Details

Country: Spain

Owner: Sociedad Española de Carburos Metálicos S.A.

Type: Gravity

Purpose(s): Hydropower

River: Xallas

Reservoir capacity: 17 m3x106

Construction Dates

Start of Project: 01/87

Start of RCC: 01/87

End of RCC: 06/88

End of Project: 10/88

Specifications

Height: 84 metres

Length: 290 metres

Volume of RCC: 225 m3x103

Total volume: 254 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
0.35RCC against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
88
72
Pozzolan (kg/m3)Pozzolan Type
152Low-lime flyash (ASTM Class F)
145 
Santa Eugenia completed
Santa Eugenia completed

Full Dam Information

Details

Country: Japan

Owner: Toyama Prefecture

Type: Gravity

Purpose(s): Flood Control / Hydropower

River: Ogawa

Reservoir capacity: 5 m3x106

Construction Dates

Start of Project: 03/83

Start of RCC: 03/83

End of RCC: 06/88

End of Project: 06/90

Specifications

Height: 84 metres

Length: 260 metres

Volume of RCC: 268 m3x103

Total volume: 361 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.90Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180500

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Asahi Ogawa completed
Asahi Ogawa completed

Full Dam Information

Details

Country: USA

Owner: Upper Yampa Water Conservancy District, Steamboat Springs, Colorado

Type: Gravity

Purpose(s): Hydropower / Irrigation / Recreation / Water Supply

River: Yampa

Reservoir capacity: 42 m3x106

Construction Dates

Start of Project: 08/87

Start of RCC: 08/87

End of RCC: 07/88

End of Project: 11/88

Specifications

Height: 46 metres

Length: 116 metres

Volume of RCC: 34 m3x103

Total volume: 39 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
71
Pozzolan (kg/m3)Pozzolan Type
71Low-lime flyash (ASTM Class F)
  
Stagecoach completed
Stagecoach completed

Full Dam Information

Details

Country: Romania

Owner: Romanian Electricity Authority (RENAL) - Tirgu Jiu Branch

Type: Gravity

Purpose(s): Hydropower

River: Jiu

Reservoir capacity: 5 m3x106

Construction Dates

Start of Project: 03/86

Start of RCC: 03/86

End of RCC: 10/88

End of Project: 10/92

Specifications

Height: 25 metres

Length: 55 metres

Volume of RCC: 14 m3x103

Total volume: 17 m3x103

Construction Methods

Facings

Upstream
SlopeType
 Reinforced conventional concrete cast after RCC placement
Downstream
SlopeType
 Reinforced conventional concrete cast after RCC placement
Spillway
SlopeType
ogeeReinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
300900

Cementitious material

Cement (kg/m3)
125
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Vadeni completed
Vadeni completed

Full Dam Information

Details

Country: Japan

Owner: Water Resources Development Public Corporation

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Nunome

Reservoir capacity: 17 m3x106

Construction Dates

Start of Project: 05/86

Start of RCC: 05/86

End of RCC: 10/88

End of Project: 12/89

Specifications

Height: 72 metres

Length: 322 metres

Volume of RCC: 110 m3x103

Total volume: 330 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.40Traditional concrete against formwork
Downstream
SlopeType
0.76Traditional concrete against formwork
Spillway
SlopeType
0.76Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
78
Pozzolan (kg/m3)Pozzolan Type
42Low-lime flyash (ASTM Class F)
  
Nunome completed
Nunome completed

Full Dam Information

Details

Country: Spain

Owner: Confederación Hidrográfica del Guadiana

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Lácara

Reservoir capacity: 15 m3x106

Construction Dates

Start of Project: 05/88

Start of RCC: 05/88

End of RCC: 11/88

End of Project: 01/89

Specifications

Height: 32 metres

Length: 240 metres

Volume of RCC: 25 m3x103

Total volume: 54 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork
Downstream
SlopeType
0.50RCC against formwork  [stepped face]
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.50Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
84
70
Pozzolan (kg/m3)Pozzolan Type
156Low-lime flyash (ASTM Class F)
145 
Los Canchales completed
Los Canchales completed

Full Dam Information

Details

Country: China

Owner: Hydropower Bureau, Lanshan County

Type: Gravity

Purpose(s): Hydropower

River: Yonghe

Reservoir capacity: 9 m3x106

Construction Dates

Start of Project: -/84

Start of RCC: -/84

End of RCC: -/88

End of Project: -/90

Specifications

Height: 52 metres

Length: 180 metres

Volume of RCC: -

Total volume: 220 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
 Low-lime flyash (ASTM Class F)
  
Photo coming soon

Full Dam Information

Details

Country: Argentina

Owner: Electriciad Misiones S.A.

Type: Gravity

Purpose(s): Hydropower

River: Urugua-i

Reservoir capacity: 1175 m3x106

Construction Dates

Start of Project: 10/85

Start of RCC: 10/85

End of RCC: 04/89

End of Project: -/89

Specifications

Height: 77 metres

Length: 687 metres

Volume of RCC: 590 m3x103

Total volume: 626 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels with geomembrane
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
60
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Urugua-i completed
Urugua-i completed

Full Dam Information

Details

Country: USA

Owner: Colorado River Municipal Water District

Type: Gravity

Purpose(s): Water Supply

River: Colorado

Reservoir capacity: 700 m3x106

Construction Dates

Start of Project: 05/87

Start of RCC: 05/87

End of RCC: 04/89

End of Project: 01/90

Specifications

Height: 31 metres

Length: 173 metres

Volume of RCC: 89 m3x103

Total volume: 158 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced concrete cast against precast units or slip-formed facing elements
Downstream
SlopeType
0.831Unformed face of RCC
Spillway
SlopeType
ogeeReinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
125
Pozzolan (kg/m3)Pozzolan Type
62High-lime flyash (ASTM Class C)
  
S.W. Freese - formerly Stacy - spillway) completed
S.W. Freese - formerly Stacy - spillway) completed

Full Dam Information

Details

Country: Romania

Owner: Romanian Electricity Authority (RENAL) - Tirgu Jiu Branch

Type: Gravity

Purpose(s): Hydropower

River: Jiu

Reservoir capacity: 2 m3x106

Construction Dates

Start of Project: 08/86

Start of RCC: 08/86

End of RCC: 05/89

End of Project: 12/93

Specifications

Height: 24 metres

Length: 61 metres

Volume of RCC: 13 m3x103

Total volume: 26 m3x103

Construction Methods

Facings

Upstream
SlopeType
 Reinforced conventional concrete cast after RCC placement
Downstream
SlopeType
 Reinforced conventional concrete cast after RCC placement
Spillway
SlopeType
ogeeReinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
300900

Cementitious material

Cement (kg/m3)
125
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Tirgu Jiu on Google Earth
Tirgu Jiu on Google Earth

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation

Type: Gravity

Purpose(s): Irrigation

River: Harts

Reservoir capacity: 61 m3x106

Construction Dates

Start of Project: 05/88

Start of RCC: 05/88

End of RCC: 06/89

End of Project: 11/89

Specifications

Height: 15 metres

Length: 100 metres

Volume of RCC: 17 m3x103

Total volume: 36 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
 RCC supported by fill shoulders
Downstream
SlopeType
0.70RCC supported by fill shoulders
Spillway
SlopeType
0.70Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
92Low-lime flyash (ASTM Class F)
  
Spitskop completed
Spitskop completed

Full Dam Information

Details

Country: China

Owner: Department of Water Resources & Hydropower, Guangxi Zhuang Autonomous Region

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation

River: Dulanghe

Reservoir capacity: 19 m3x106

Construction Dates

Start of Project: 04/88

Start of RCC: 04/88

End of RCC: 07/89

End of Project: 06/91

Specifications

Height: 53 metres

Length: 136 metres

Volume of RCC: 61 m3x103

Total volume: 108 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
0.75RCC against precast concrete blocks
Spillway
SlopeType
0.65Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
90
69
Pozzolan (kg/m3)Pozzolan Type
140Low-lime flyash (ASTM Class F)
111 
Photo coming soon

Full Dam Information

Details

Country: Australia

Owner: Australian Capital Territory Government

Type: Gravity

Purpose(s): Flood Control

River: Point Hut Creek

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 01/89

Start of RCC: 01/89

End of RCC: 08/89

End of Project: 10/89

Specifications

Height: 18 metres

Length: 86 metres

Volume of RCC: 9 m3x103

Total volume: 9 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
1.00Mechanically compacted unformed face of RCC
Spillway
SlopeType
1.00Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
145
Pozzolan (kg/m3)Pozzolan Type
73Low-lime flyash (ASTM Class F)
  
Photo coming soon

Full Dam Information

Details

Country: China

Owner: Dehua County, Fujian Province

Type: Gravity

Purpose(s): Hydropower / Irrigation / Water Supply

River: Chanxi

Reservoir capacity: 53 m3x106

Construction Dates

Start of Project: 12/85

Start of RCC: 12/85

End of RCC: 08/89

End of Project: 09/89

Specifications

Height: 58 metres

Length: 150 metres

Volume of RCC: 71 m3x103

Total volume: 93 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced conventional concrete cast after RCC placement
0.30Reinforced conventional concrete cast after RCC placement
Downstream
SlopeType
0.75RCC against precast concrete blocks
Spillway
SlopeType
0.75Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
72
54
Pozzolan (kg/m3)Pozzolan Type
82Low-lime flyash (ASTM Class F)
86 
Longmentan Nº1 completed
Longmentan Nº1 completed

Full Dam Information

Details

Country: China

Owner: Department of Hydroelectric Power, Sichuan Province

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation / Navigation

River: Dadu

Reservoir capacity: 200 m3x106

Construction Dates

Start of Project: 01/85

Start of RCC: 01/85

End of RCC: 12/89

End of Project: 10/94

Specifications

Height: 88 metres

Length: 284 metres

Volume of RCC: 407 m3x103

Total volume: 855 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75RCC against precast concrete blocks
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300  -300  -
500500

Cementitious material

Cement (kg/m3)
79
82
Pozzolan (kg/m3)Pozzolan Type
79Low-lime flyash (ASTM Class F)
83 
Photo coming soon

Full Dam Information

Details

Country: Kyrgyzstan

Owner: Ministry of Power Industry

Type: Gravity

Purpose(s): Hydropower / Irrigation

River: Naryn

Reservoir capacity: 140 m3x106

Construction Dates

Start of Project: -/82

Start of RCC: -/82

End of RCC: 12/89

End of Project: 12/90

Specifications

Height: 75 metres

Length: 320 metres

Volume of RCC: 100 m3x103

Total volume: 1300 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.78Traditional concrete against formwork
Spillway
SlopeType
0.78Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
90
Pozzolan (kg/m3)Pozzolan Type
30Natural pozzolan (ASTM Class N)
  
Tashkumyr on Google Earth
Tashkumyr on Google Earth

Full Dam Information

Details

Country: China

Owner: -

Type: Gravity

Purpose(s): Hydropower

River: Wenchuanxi

Reservoir capacity: 10 m3x106

Construction Dates

Start of Project: -/87

Start of RCC: -/87

End of RCC: -/89

End of Project: -/89

Specifications

Height: 47 metres

Length: 122 metres

Volume of RCC: -

Total volume: 74 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
  
  
Photo coming soon

Full Dam Information

Details

Country: Japan

Owner: Hokkaido Development Bureau

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation

River: Shirobeshit-oshibetsu

Reservoir capacity: 18 m3x106

Construction Dates

Start of Project: 10/82

Start of RCC: 10/82

End of RCC: -/89

End of Project: 10/91

Specifications

Height: 40 metres

Length: 755 metres

Volume of RCC: 163 m3x103

Total volume: 360 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.80Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Pirika completed
Pirika completed

Full Dam Information

Details

Country: Japan

Owner: Gunma Prefecture

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
SlopeType
VerticalTraditional concrete against formwork
0.40Traditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180500

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Dodairagawa completed
Dodairagawa completed

Full Dam Information

Details

Country: USA

Owner: Washington County Water Conservancy District

Type: Gravity

Purpose(s): Water Supply

River: Quail Creek

Reservoir capacity: 50 m3x106

Construction Dates

Start of Project: 02/90

Start of RCC: 02/90

End of RCC: 05/90

End of Project: 08/90

Specifications

Height: 42 metres

Length: 610 metres

Volume of RCC: 130 m3x103

Total volume: 150 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork
0.85Unformed face of RCC
Spillway
SlopeType
conduit 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
53Low-lime flyash (ASTM Class F)
  
Quail Creek South completed
Quail Creek South completed

Full Dam Information

Details

Country: China

Owner: China Southern Power Grid

Type: Gravity

Purpose(s): Flood Control / Hydropower

River: Nanpan

Reservoir capacity: 116 m3x106

Construction Dates

Start of Project: 01/85

Start of RCC: 01/85

End of RCC: 06/90

End of Project: 12/92

Specifications

Height: 61 metres

Length: 471 metres

Volume of RCC: 143 m3x103

Total volume: 284 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalRCC against precast concrete blocks
0.40 
Spillway
SlopeType
ogeeTraditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
79
Pozzolan (kg/m3)Pozzolan Type
79Low-lime flyash (ASTM Class F)
  
Tianshenqiao Nº2 completed
Tianshenqiao Nº2 completed

Full Dam Information

Details

Country: Honduras

Owner: Servicio Autonomo Nacional Acueductos y Acantarillados (SANAA)

Type: Gravity

Purpose(s): Water Supply

River: Concepción

Reservoir capacity: 35 m3x106

Construction Dates

Start of Project: 12/88

Start of RCC: 12/88

End of RCC: 06/90

End of Project: 08/90

Specifications

Height: 68 metres

Length: 694 metres

Volume of RCC: 270 m3x103

Total volume: 290 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.075Traditional concrete against formwork with external geomembrane
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
65
Pozzolan (kg/m3)Pozzolan Type
15Natural pozzolan (ASTM Class N)
  
Concepción completed
Concepción completed

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation

Type: Gravity

Purpose(s): Water Supply

River: Kubusie

Reservoir capacity: 94 m3x106

Construction Dates

Start of Project: 07/88

Start of RCC: 07/88

End of RCC: 07/90

End of Project: 12/90

Specifications

Height: 34 metres

Length: 737 metres

Volume of RCC: 134 m3x103

Total volume: 165 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork  [stepped face]
0.62 
Spillway
SlopeType
0.62Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
44
Pozzolan (kg/m3)Pozzolan Type
66Low-lime flyash (ASTM Class F)
  
Wriggleswade completed
Wriggleswade completed

Full Dam Information

Details

Country: France

Owner: Electricité de France

Type: Gravity

Purpose(s): Hydropower / Irrigation / Recreation

River: Riou

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 01/90

Start of RCC: 01/90

End of RCC: 07/90

End of Project: 03/91

Specifications

Height: 26 metres

Length: 308 metres

Volume of RCC: 41 m3x103

Total volume: 46 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork with external geomembrane
Downstream
SlopeType
0.60Slip-formed/extruded facing elements  [stepped face]
Spillway
SlopeType
0.60Slip-formed/extruded facing elements  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
120ROLAC (mixture of flyash and slag with or without limestone fines)
  
Riou completed
Riou completed

Full Dam Information

Details

Country: Spain

Owner: Diputación Foral de Alava

Type: Gravity

Purpose(s): Water Supply

River: Izoria and Idas

Reservoir capacity: 2 m3x106

Construction Dates

Start of Project: 01/89

Start of RCC: 01/89

End of RCC: 08/90

End of Project: 11/91

Specifications

Height: 53 metres

Length: 182 metres

Volume of RCC: 80 m3x103

Total volume: 91 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
VerticalRCC against formwork  [stepped face]
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
65
Pozzolan (kg/m3)Pozzolan Type
160Low-lime flyash (ASTM Class F)
170 
Maroño completed
Maroño completed

Full Dam Information

Details

Country: Brazil

Owner: CEMIG (Companhia Energetica de Minas Gerais)

Type: Gravity

Purpose(s): Flood Control / Irrigation

River: Caraibas

Reservoir capacity: 10 m3x106

Construction Dates

Start of Project: 04/90

Start of RCC: 04/90

End of RCC: 09/90

End of Project: 02/91

Specifications

Height: 26 metres

Length: 160 metres

Volume of RCC: 18 m3x103

Total volume: 22 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.10Traditional concrete against formwork
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
20Natural pozzolan (ASTM Class N)
  
Caraibas - CEMIG completed
Caraibas - CEMIG completed

Full Dam Information

Details

Country: Japan

Owner: Hokkaido Prefecture

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Asari

Reservoir capacity: 9 m3x106

Construction Dates

Start of Project: 07/86

Start of RCC: 07/86

End of RCC: 09/90

End of Project: 03/93

Specifications

Height: 74 metres

Length: 390 metres

Volume of RCC: 259 m3x103

Total volume: 517 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.30Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180500

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Asari completed
Asari completed

Full Dam Information

Details

Country: Morocco

Owner: Direction des Aménagements Hydrauliques

Type: Gravity

Purpose(s): Flood Control / Groundwater Recharge / Irrigation

River: Souss

Reservoir capacity: 86 m3x106

Construction Dates

Start of Project: 03/88

Start of RCC: 03/88

End of RCC: 09/90

End of Project: 11/91

Specifications

Height: 79 metres

Length: 476 metres

Volume of RCC: 680 m3x103

Total volume: 850 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.85Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.85Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
500500

Cementitious material

Cement (kg/m3)
120
90
Pozzolan (kg/m3)Pozzolan Type
0Milled sand
0 
Aoulouz completed
Aoulouz completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Extremadura

Type: Gravity

Purpose(s): Water Supply

River: Hervás

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 01/89

Start of RCC: 01/89

End of RCC: 09/90

End of Project: 10/90

Specifications

Height: 33 metres

Length: 210 metres

Volume of RCC: 24 m3x103

Total volume: 43 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.15Traditional concrete against formwork
Downstream
SlopeType
0.70Traditional concrete against formwork  [stepped face]
 Traditional concrete against precast concrete panels  [stepped face]
Spillway
SlopeType
0.70Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
155Low-lime flyash (ASTM Class F)
  
Hervás completed
Hervás completed

Full Dam Information

Details

Country: USA

Owner: United Water Conservancy District

Type: Gravity

Purpose(s): Groundwater Recharge

River: Santa Clara

Reservoir capacity: -

Construction Dates

Start of Project: 03/90

Start of RCC: 03/90

End of RCC: 09/90

End of Project: -/91

Specifications

Height: 17 metres

Length: 366 metres

Volume of RCC: 101 m3x103

Total volume: 110 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
0.80Unformed face of RCC

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
125
Pozzolan (kg/m3)Pozzolan Type
83Low-lime flyash (ASTM Class F)
  
Freeman diversion completed
Freeman diversion completed

Full Dam Information

Details

Country: Japan

Owner: Yamagata Prefecture

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Kaneyama

Reservoir capacity: 7 m3x106

Construction Dates

Start of Project: 07/86

Start of RCC: 07/86

End of RCC: 10/90

End of Project: 08/93

Specifications

Height: 61 metres

Length: 257 metres

Volume of RCC: 136 m3x103

Total volume: 307 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.60Traditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -500
200 

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Kamuro completed
Kamuro completed

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation

Type: Gravity

Purpose(s): Water Supply

River: Ecca

Reservoir capacity: 7 m3x106

Construction Dates

Start of Project: 02/88

Start of RCC: 02/88

End of RCC: 12/90

End of Project: 04/91

Specifications

Height: 32 metres

Length: 380 metres

Volume of RCC: 66 m3x103

Total volume: 114 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork
0.75Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
330330

Cementitious material

Cement (kg/m3)
65
Pozzolan (kg/m3)Pozzolan Type
65Low-lime flyash (ASTM Class F)
  
Glen Melville completed
Glen Melville completed

Full Dam Information

Details

Country: South Africa

Owner: Umlaas Irrigation Board

Type: Gravity

Purpose(s): Irrigation

River: Mlazi

Reservoir capacity: 3 m3x106

Construction Dates

Start of Project: 06/90

Start of RCC: 06/90

End of RCC: 12/90

End of Project: 02/91

Specifications

Height: 17 metres

Length: 135 metres

Volume of RCC: 16 m3x103

Total volume: 17 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.90RCC against formwork  [stepped face]
Spillway
SlopeType
0.90Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
170170

Cementitious material

Cement (kg/m3)
38
Pozzolan (kg/m3)Pozzolan Type
87Ground-granulated blast-furnace slag
  
Thornlea completed
Thornlea completed

Full Dam Information

Details

Country: USA

Owner: Tennessee Valley Authority

Type: Gravity

Purpose(s): Hydropower

River: Tennessee

Reservoir capacity: 311 m3x106

Construction Dates

Start of Project: 08/89

Start of RCC: 08/89

End of RCC: 02/91

End of Project: 04/92

Specifications

Height: 17 metres

Length: 427 metres

Volume of RCC: 79 m3x103

Total volume: 79 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.25RCC against formwork  [stepped face]
Downstream
SlopeType
0.60RCC against formwork  [stepped face]
Spillway
SlopeType
0.60RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300600

Cementitious material

Cement (kg/m3)
85
Pozzolan (kg/m3)Pozzolan Type
119Low-lime flyash (ASTM Class F)
  
Nickajack Auxillary Spillway completed
Nickajack Auxillary Spillway completed

Full Dam Information

Details

Country: Brazil

Owner: CODEVASF

Type: Gravity

Purpose(s): Flood Control / Irrigation / Recreation / Water Supply

River: Gameleira

Reservoir capacity: 145 m3x106

Construction Dates

Start of Project: 07/90

Start of RCC: 07/90

End of RCC: 04/91

End of Project: 05/91

Specifications

Height: 29 metres

Length: 150 metres

Volume of RCC: 27 m3x103

Total volume: 29 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
  
Spillway
SlopeType
 Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
52
Pozzolan (kg/m3)Pozzolan Type
13No pozzolan used  -
  
Gameleira completed
Gameleira completed

Full Dam Information

Details

Country: USA

Owner: City of Truth or Consequences

Type: Gravity

Purpose(s): Flood Control

River: Cuchillo Negro

Reservoir capacity: -

Construction Dates

Start of Project: 10/89

Start of RCC: 10/89

End of RCC: 05/91

End of Project: 07/91

Specifications

Height: 50 metres

Length: 186 metres

Volume of RCC: 75 m3x103

Total volume: 82 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
0.90Unformed face of RCC
Spillway
SlopeType
separate 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
77
Pozzolan (kg/m3)Pozzolan Type
59Low-lime flyash (ASTM Class F)
  
Cuchillo Negro completed
Cuchillo Negro completed

Full Dam Information

Details

Country: Japan

Owner: Toyama Prefecture

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation / Water Supply

River: Sakai

Reservoir capacity: 60 m3x106

Construction Dates

Start of Project: 03/85

Start of RCC: 03/85

End of RCC: 07/91

End of Project: 01/93

Specifications

Height: 115 metres

Length: 298 metres

Volume of RCC: 373 m3x103

Total volume: 713 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.80Traditional concrete against formwork
Downstream
SlopeType
0.78Traditional concrete against formwork
Spillway
SlopeType
0.78Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180750

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Sakaigawa completed
Sakaigawa completed

Full Dam Information

Details

Country: Australia

Owner: Water Authority of Western Australia

Type: Gravity

Purpose(s): Water Supply

River: Munday Brook

Reservoir capacity: 10 m3x106

Construction Dates

Start of Project: 08/90

Start of RCC: 08/90

End of RCC: 08/91

End of Project: 11/91

Specifications

Height: 52 metres

Length: 285 metres

Volume of RCC: 121 m3x103

Total volume: 135 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalSlip-formed/extruded facing elements
Downstream
SlopeType
0.325Slip-formed/extruded facing elements  [stepped face]
0.80Slip-formed/extruded facing elements  [stepped face]
Spillway
SlopeType
0.325Slip-formed/extruded facing elements  [stepped face]
0.80Slip-formed/extruded facing elements  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
79
Pozzolan (kg/m3)Pozzolan Type
160Low-lime flyash (ASTM Class F)
  
New Victoria completed
New Victoria completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Extremadura

Type: Gravity

Purpose(s): Water Supply

River: Ribera de los Montes

Reservoir capacity: 3 m3x106

Construction Dates

Start of Project: 12/90

Start of RCC: 12/90

End of RCC: 09/91

End of Project: 12/91

Specifications

Height: 24 metres

Length: 167 metres

Volume of RCC: 25 m3x103

Total volume: 33 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalSlip-formed/extruded facing elements
Downstream
SlopeType
0.13Slip-formed/extruded facing elements  [stepped face]
0.60 
Spillway
SlopeType
0.60Reinforced concrete cast against precast units or slip-formed facing elements  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
135Low-lime flyash (ASTM Class F)
  
Burguillos del Cerro completed
Burguillos del Cerro completed

Full Dam Information

Details

Country: USA

Owner: Upper Peninsula Power Co., Michigan

Type: Gravity

Purpose(s): Hydropower

River: West Branch

Reservoir capacity: 13 m3x106

Construction Dates

Start of Project: 04/91

Start of RCC: 04/91

End of RCC: 10/91

End of Project: 06/92

Specifications

Height: 37 metres

Length: 100 metres

Volume of RCC: 36 m3x103

Total volume: 40 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced conventional concrete cast after RCC placement
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
67
Pozzolan (kg/m3)Pozzolan Type
67High-lime flyash (ASTM Class C)
  
Victoria replacement completed
Victoria replacement completed

Full Dam Information

Details

Country: Spain

Owner: Confederación Hidrográfica del Guadalquivir

Type: Gravity

Purpose(s): Irrigation

River: Corbones

Reservoir capacity: 74 m3x106

Construction Dates

Start of Project: 03/88

Start of RCC: 03/88

End of RCC: 10/91

End of Project: 12/91

Specifications

Height: 71 metres

Length: 220 metres

Volume of RCC: 205 m3x103

Total volume: 220 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork
0.20RCC against formwork
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
130Low-lime flyash (ASTM Class F)
  
La Puebla de Cazalla completed
La Puebla de Cazalla completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Andalucia

Type: Gravity

Purpose(s): Flood Control

River: Belén

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 03/91

Start of RCC: 03/91

End of RCC: 10/91

End of Project: 10/91

Specifications

Height: 31 metres

Length: 160 metres

Volume of RCC: 24 m3x103

Total volume: 29 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
73
Pozzolan (kg/m3)Pozzolan Type
109Low-lime flyash (ASTM Class F)
  
Belén-Cagüela completed
Belén-Cagüela completed

Full Dam Information

Details

Country: France

Owner: SAIEPB

Type: Gravity

Purpose(s): Water Supply

River: Lessarte

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 04/91

Start of RCC: 04/91

End of RCC: 10/91

End of Project: 12/91

Specifications

Height: 36 metres

Length: 100 metres

Volume of RCC: 19 m3x103

Total volume: 23 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.10Traditional concrete against formwork
Downstream
SlopeType
0.75Mechanically compacted unformed face of RCC
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
110ROLAC (mixture of flyash and slag with or without limestone fines)
  
Choldocogagna completed
Choldocogagna completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Andalucia

Type: Gravity

Purpose(s): Flood Control

River: Belén

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 07/91

Start of RCC: 07/91

End of RCC: 11/91

End of Project: 11/91

Specifications

Height: 34 metres

Length: 158 metres

Volume of RCC: 36 m3x103

Total volume: 41 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
73
Pozzolan (kg/m3)Pozzolan Type
109Low-lime flyash (ASTM Class F)
  
Belén-Gato completed
Belén-Gato completed

Full Dam Information

Details

Country: Japan

Owner: Tokyo Electric Power Company

Type: Gravity

Purpose(s): Hydropower

River: Kosabi

Reservoir capacity: 11 m3x106

Construction Dates

Start of Project: 10/86

Start of RCC: 10/86

End of RCC: 12/91

End of Project: 11/92

Specifications

Height: 104 metres

Length: 273 metres

Volume of RCC: 400 m3x103

Total volume: 590 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.10Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Sabigawa (lower dam) completed
Sabigawa (lower dam) completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Andalucia

Type: Gravity

Purpose(s): Flood Control

River: Belén

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 09/91

Start of RCC: 09/91

End of RCC: 12/91

End of Project: 12/91

Specifications

Height: 16 metres

Length: 98 metres

Volume of RCC: 6 m3x103

Total volume: 7 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
73
Pozzolan (kg/m3)Pozzolan Type
109Low-lime flyash (ASTM Class F)
  
Caballar I completed
Caballar I completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Andalucia

Type: Gravity

Purpose(s): Flood Control

River: Belén

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: -/91

Start of RCC: -/91

End of RCC: 12/91

End of Project: -/92

Specifications

Height: 15 metres

Length: 75 metres

Volume of RCC: 4 m3x103

Total volume: 5 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
73
Pozzolan (kg/m3)Pozzolan Type
109Low-lime flyash (ASTM Class F)
  
Amatisteros III completed
Amatisteros III completed

Full Dam Information

Details

Country: Spain

Owner: Junta de Andalucia

Type: Gravity

Purpose(s): Flood Control

River: Belén

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 09/91

Start of RCC: 09/91

End of RCC: 01/92

End of Project: 01/92

Specifications

Height: 28 metres

Length: 87 metres

Volume of RCC: 10 m3x103

Total volume: 12 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
73
Pozzolan (kg/m3)Pozzolan Type
109Low-lime flyash (ASTM Class F)
  
Belén-Flores completed
Belén-Flores completed

Full Dam Information

Details

Country: China

Owner: Datang Yantan Hydropower Co. Ltd.

Type: Gravity

Purpose(s): Flood Control / Hydropower / Navigation

River: Hongshui

Reservoir capacity: 3380 m3x106

Construction Dates

Start of Project: 03/85

Start of RCC: 03/85

End of RCC: 03/92

End of Project: 12/95

Specifications

Height: 110 metres

Length: 525 metres

Volume of RCC: 626 m3x103

Total volume: 905 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
ogeeTraditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
55
Pozzolan (kg/m3)Pozzolan Type
104Low-lime flyash (ASTM Class F)
  
Yantan completed
Yantan completed

Full Dam Information

Details

Country: USA

Owner: Brazos River Authority

Type: Gravity

Purpose(s): Water Supply

River: Double Mountain Fork

Reservoir capacity: 140 m3x106

Construction Dates

Start of Project: 03/91

Start of RCC: 03/91

End of RCC: 04/92

End of Project: -/93

Specifications

Height: 25 metres

Length: 84 metres

Volume of RCC: 22 m3x103

Total volume: 23 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced concrete cast against precast units or slip-formed facing elements
Downstream
SlopeType
1.10Unformed face of RCC
Spillway
SlopeType
ogeeTraditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
119
Pozzolan (kg/m3)Pozzolan Type
59Low-lime flyash (ASTM Class F)
  
Alan Henry Spillway completed
Alan Henry Spillway completed

Full Dam Information

Details

Country: Angola

Owner: Ministry of Energy and Oil of P. R. Angola

Type: Gravity

Purpose(s): Hydropower

River: Kwanza

Reservoir capacity: 4795 m3x106

Construction Dates

Start of Project: 02/87

Start of RCC: 02/87

End of RCC: 05/92

End of Project: 12/07

Specifications

Height: 110 metres

Length: 1203 metres

Volume of RCC: 757 m3x103

Total volume: 1154 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels with geomembrane
Downstream
SlopeType
0.70Slip-formed/extruded facing elements
 RCC against precast concrete blocks
Spillway
SlopeType
0.70Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
100Milled sand
  
Capanda completed
Capanda completed

Full Dam Information

Details

Country: China

Owner: Shuikou Hydropower Plant

Type: Gravity

Purpose(s): Flood Control / Hydropower / Navigation

River: Min

Reservoir capacity: 2340 m3x106

Construction Dates

Start of Project: 03/87

Start of RCC: 03/87

End of RCC: 05/92

End of Project: 05/95

Specifications

Height: 101 metres

Length: 791 metres

Volume of RCC: 600 m3x103

Total volume: 1710 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.73Traditional concrete against formwork
Spillway
SlopeType
ogeeTraditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
200  -200  -
330330

Cementitious material

Cement (kg/m3)
60
70
Pozzolan (kg/m3)Pozzolan Type
110Low-lime flyash (ASTM Class F)
90 
Shuikou completed
Shuikou completed

Full Dam Information

Details

Country: USA

Owner: Town of Mesquite, Nevada

Type: Gravity

Purpose(s): Flood Control

River: Town Wash

Reservoir capacity: -

Construction Dates

Start of Project: 01/92

Start of RCC: 01/92

End of RCC: 05/92

End of Project: 06/92

Specifications

Height: 18 metres

Length: 264 metres

Volume of RCC: 43 m3x103

Total volume: 45 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalSlip-formed/extruded facing elements
Downstream
SlopeType
1.50RCC against formwork
Spillway
SlopeType
1.50RCC against formwork  [stepped face]
 Unformed face of RCC  [stepped face]

Placement

Layers (mm)Lifts (mm)
200200

Cementitious material

Cement (kg/m3)
107
Pozzolan (kg/m3)Pozzolan Type
71Low-lime flyash (ASTM Class F)
  
Jim Wilson - formerly Town Wash Detention completed
Jim Wilson - formerly Town Wash Detention completed

Full Dam Information

Details

Country: Spain

Owner: Confederación Hidrográfica del Ebro

Type: Gravity

Purpose(s): Water Supply

River: Alzania

Reservoir capacity: 5 m3x106

Construction Dates

Start of Project: 03/90

Start of RCC: 03/90

End of RCC: 07/92

End of Project: 10/92

Specifications

Height: 58 metres

Length: 396 metres

Volume of RCC: 150 m3x103

Total volume: 240 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
72
Pozzolan (kg/m3)Pozzolan Type
108Low-lime flyash (ASTM Class F)
  
Urdalur completed
Urdalur completed

Full Dam Information

Details

Country: USA

Owner: City of Lebanon Authority

Type: Gravity

Purpose(s): Water Supply

River: Mill

Reservoir capacity: 4 m3x106

Construction Dates

Start of Project: 09/91

Start of RCC: 09/91

End of RCC: 07/92

End of Project: -/93

Specifications

Height: 40 metres

Length: 213 metres

Volume of RCC: 69 m3x103

Total volume: 70 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels with geomembrane
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
59
Pozzolan (kg/m3)Pozzolan Type
34Low-lime flyash (ASTM Class F)
  
C.E. Siegrist completed
C.E. Siegrist completed

Full Dam Information

Details

Country: South Africa

Owner: Department of Water & Sanitation & the former Bophuthatswana Department of Water Affairs

Type: Gravity

Purpose(s): Irrigation / Water Supply

River: Harts

Reservoir capacity: 66 m3x106

Construction Dates

Start of Project: 06/90

Start of RCC: 06/90

End of RCC: 09/92

End of Project: 05/93

Specifications

Height: 50 metres

Length: 320 metres

Volume of RCC: 132 m3x103

Total volume: 153 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
VerticalTraditional concrete against formwork
0.75Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
250250

Cementitious material

Cement (kg/m3)
44
Pozzolan (kg/m3)Pozzolan Type
66Low-lime flyash (ASTM Class F)
  
Taung completed
Taung completed

Full Dam Information

Details

Country: Spain

Owner: Diputacion Foral de Gipuzkoa

Type: Gravity

Purpose(s): Water Supply

River: Arriarán

Reservoir capacity: 3 m3x106

Construction Dates

Start of Project: 10/91

Start of RCC: 10/91

End of RCC: 09/92

End of Project: 02/94

Specifications

Height: 58 metres

Length: 206 metres

Volume of RCC: 110 m3x103

Total volume: 113 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork
Downstream
SlopeType
0.70RCC against formwork  [stepped face]
Spillway
SlopeType
0.70RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
85
Pozzolan (kg/m3)Pozzolan Type
135Low-lime flyash (ASTM Class F)
  
Arriarán completed
Arriarán completed

Full Dam Information

Details

Country: USA

Owner: City of Kennewick, Washington

Type: Gravity

Purpose(s): Flood Control

River: Zintel

Reservoir capacity: 3 m3x106

Construction Dates

Start of Project: 03/92

Start of RCC: 03/92

End of RCC: 10/92

End of Project: 12/92

Specifications

Height: 39 metres

Length: 158 metres

Volume of RCC: 54 m3x103

Total volume: 55 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
0.85Unformed face of RCC
Spillway
SlopeType
0.85Unformed face of RCC

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
74
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Zintel Canyon completed
Zintel Canyon completed

Full Dam Information

Details

Country: Australia

Owner: Water Resources Commission, Queensland

Type: Gravity

Purpose(s): Groundwater Recharge / Irrigation

River: Kroombit Creek

Reservoir capacity: 13 m3x106

Construction Dates

Start of Project: 03/92

Start of RCC: 03/92

End of RCC: 10/92

End of Project: 12/92

Specifications

Height: 26 metres

Length: 250 metres

Volume of RCC: 84 m3x103

Total volume: 110 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.70Traditional concrete against formwork
Spillway
SlopeType
0.70Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
82
Pozzolan (kg/m3)Pozzolan Type
107Low-lime flyash (ASTM Class F)
  
Kroombit completed
Kroombit completed

Full Dam Information

Details

Country: Australia

Owner: North Goonyella Coal Properties

Type: Gravity

Purpose(s): Water Supply

River: Isaac

Reservoir capacity: 20 m3x106

Construction Dates

Start of Project: 07/92

Start of RCC: 07/92

End of RCC: 11/92

End of Project: 12/92

Specifications

Height: 26 metres

Length: 285 metres

Volume of RCC: 64 m3x103

Total volume: 68 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels with geomembrane
1.00Unformed face of RCC
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
1.00Unformed face of RCC
Spillway
SlopeType
0.80Reinforced concrete cast against precast units or slip-formed facing elements  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
85
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Burton Gorge completed
Burton Gorge completed

Full Dam Information

Details

Country: Japan

Owner: Ministry of Construction

Type: Gravity

Purpose(s): Flood Control / Irrigation / Water Supply

River: Sakoma

Reservoir capacity: 42 m3x106

Construction Dates

Start of Project: 09/87

Start of RCC: 09/87

End of RCC: 11/92

End of Project: 03/97

Specifications

Height: 100 metres

Length: 378 metres

Volume of RCC: 521 m3x103

Total volume: 836 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.30Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -750  -
2001000

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Ryumon completed
Ryumon completed

Full Dam Information

Details

Country: Morocco

Owner: Direction des Aménagements Hydrauliques

Type: Gravity

Purpose(s): Water Supply

River: Joumoua

Reservoir capacity: 7 m3x106

Construction Dates

Start of Project: 07/89

Start of RCC: 07/89

End of RCC: 11/92

End of Project: 12/92

Specifications

Height: 57 metres

Length: 250 metres

Volume of RCC: 150 m3x103

Total volume: 200 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.20Traditional concrete against precast concrete panels
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
350350

Cementitious material

Cement (kg/m3)
105
180
Pozzolan (kg/m3)Pozzolan Type
45No pozzolan used  -
0 
Joumoua completed
Joumoua completed

Full Dam Information

Details

Country: China

Owner: China Guodian Corporation

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation / Navigation

River: Gan

Reservoir capacity: 2216 m3x106

Construction Dates

Start of Project: 11/84

Start of RCC: 11/84

End of RCC: 12/92

End of Project: 06/94

Specifications

Height: 68 metres

Length: 1104 metres

Volume of RCC: 156 m3x103

Total volume: 1480 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
ogeeTraditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
65
Pozzolan (kg/m3)Pozzolan Type
105Low-lime flyash (ASTM Class F)
  
Wan’an completed
Wan’an completed

Full Dam Information

Details

Country: Mexico

Owner: CNA (Comisión Nacional del Agua)

Type: Gravity

Purpose(s): Flood Control / Irrigation

River: Ayuguila

Reservoir capacity: 324 m3x106

Construction Dates

Start of Project: 12/86

Start of RCC: 12/86

End of RCC: 12/92

End of Project: 12/93

Specifications

Height: 107 metres

Length: 250 metres

Volume of RCC: 362 m3x103

Total volume: 681 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels
0.24 
Downstream
SlopeType
VerticalTraditional concrete against precast concrete panels
0.80Unformed face of RCC
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
148
Pozzolan (kg/m3)Pozzolan Type
47Low-lime flyash (ASTM Class F)
  
Trigomil completed
Trigomil completed

Full Dam Information

Details

Country: China

Owner: China Southern Power Grid

Type: Gravity

Purpose(s): Hydropower

River: Liuxihe

Reservoir capacity: 28 m3x106

Construction Dates

Start of Project: 12/90

Start of RCC: 12/90

End of RCC: 12/92

End of Project: 10/93

Specifications

Height: 43 metres

Length: 153 metres

Volume of RCC: 32 m3x103

Total volume: 57 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.70RCC against formwork  [stepped face]
Spillway
SlopeType
ogeeTraditional concrete against formwork
0.78Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
62
Pozzolan (kg/m3)Pozzolan Type
108Low-lime flyash (ASTM Class F)
  
Guangzhou PSS- Lower dam on Google Earth
Guangzhou PSS- Lower dam on Google Earth

Full Dam Information

Details

Country: South Africa

Owner: Private farmer

Type: Gravity

Purpose(s): Irrigation

River: Tsorwo

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: -/90

Start of RCC: -/90

End of RCC: 12/92

End of Project: -/92

Specifications

Height: 17 metres

Length: 70 metres

Volume of RCC: 3 m3x103

Total volume: 3 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork
Downstream
SlopeType
VerticalRCC against formwork
0.50 
Spillway
SlopeType
0.50RCC against formwork

Placement

Layers (mm)Lifts (mm)
150150

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
100Low-lime flyash (ASTM Class F)
  
Photo coming soon

Full Dam Information

Details

Country: Japan

Owner: Ministry of Construction

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Ashida

Reservoir capacity: 60 m3x106

Construction Dates

Start of Project: 08/88

Start of RCC: 08/88

End of RCC: -/92

End of Project: 03/98

Specifications

Height: 85 metres

Length: 325 metres

Volume of RCC: 228 m3x103

Total volume: 500 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.20Traditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -750
200 

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Hattabara completed
Hattabara completed

Full Dam Information

Details

Country: French Guyana

Owner: Electricité de France

Type: Gravity

Purpose(s): Hydropower

River: Sinnamary

Reservoir capacity: 3500 m3x106

Construction Dates

Start of Project: 07/89

Start of RCC: 07/89

End of RCC: 02/93

End of Project: 05/94

Specifications

Height: 48 metres

Length: 740 metres

Volume of RCC: 250 m3x103

Total volume: 410 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced conventional concrete cast before RCC placement
Downstream
SlopeType
VerticalRCC against precast concrete panels
0.80Mechanically compacted unformed face of RCC
Spillway
SlopeType
0.80Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
120ROLAC (mixture of flyash and slag with or without limestone fines)
  
Petit Saut completed
Petit Saut completed

Full Dam Information

Details

Country: USA

Owner: US Fish and Wildlife Service, Department of the Interior

Type: Gravity

Purpose(s): Recreation

River: Little Medicine Creek

Reservoir capacity: 10 m3x106

Construction Dates

Start of Project: 02/92

Start of RCC: 02/92

End of RCC: 02/93

End of Project: 05/93

Specifications

Height: 34 metres

Length: 128 metres

Volume of RCC: 29 m3x103

Total volume: 34 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.64Traditional concrete against formwork
Spillway
SlopeType
none 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
89
Pozzolan (kg/m3)Pozzolan Type
89Low-lime flyash (ASTM Class F)
  
Elmer Thomas - replacement completed
Elmer Thomas - replacement completed

Full Dam Information

Details

Country: China

Owner: Jinjiang Electric Co.

Type: Gravity

Purpose(s): Flood Control / Hydropower

River: Jinjianghe

Reservoir capacity: 189 m3x106

Construction Dates

Start of Project: 07/90

Start of RCC: 07/90

End of RCC: 03/93

End of Project: 07/93

Specifications

Height: 68 metres

Length: 229 metres

Volume of RCC: 182 m3x103

Total volume: 267 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork
Spillway
SlopeType
0.65Traditional concrete against formwork
 Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
3003000

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
80Low-lime flyash (ASTM Class F)
  
Jinjiang completed
Jinjiang completed

Full Dam Information

Details

Country: Morocco

Owner: Direction des Aménagements Hydrauliques

Type: Gravity

Purpose(s): Groundwater Recharge / Irrigation

River: Oued Berhil

Reservoir capacity: 23 m3x106

Construction Dates

Start of Project: 04/92

Start of RCC: 04/92

End of RCC: 07/93

End of Project: 04/94

Specifications

Height: 41 metres

Length: 170 metres

Volume of RCC: 97 m3x103

Total volume: 109 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.20Traditional concrete against precast concrete panels
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
100
110
Pozzolan (kg/m3)Pozzolan Type
20Natural pozzolan (ASTM Class N)
20 
Imi el Kheng completed
Imi el Kheng completed

Full Dam Information

Details

Country: Japan

Owner: Okayama Prefecture

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Kamo

Reservoir capacity: 6 m3x106

Construction Dates

Start of Project: 10/89

Start of RCC: 10/89

End of RCC: 07/93

End of Project: 03/94

Specifications

Height: 76 metres

Length: 228 metres

Volume of RCC: 222 m3x103

Total volume: 342 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.60Traditional concrete against formwork
Downstream
SlopeType
0.76Traditional concrete against formwork
Spillway
SlopeType
0.76Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Tsugawa completed
Tsugawa completed

Full Dam Information

Details

Country: Spain

Owner: Iberdrola, S.A.

Type: Gravity

Purpose(s): Hydropower

River: Cenza

Reservoir capacity: 43 m3x106

Construction Dates

Start of Project: 01/92

Start of RCC: 01/92

End of RCC: 08/93

End of Project: 12/93

Specifications

Height: 49 metres

Length: 609 metres

Volume of RCC: 200 m3x103

Total volume: 225 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork
Downstream
SlopeType
0.122RCC against formwork  [stepped face]
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
70
Pozzolan (kg/m3)Pozzolan Type
130Low-lime flyash (ASTM Class F)
  
Cenza completed
Cenza completed

Full Dam Information

Details

Country: USA

Owner: Roanoke County

Type: Gravity

Purpose(s): Water Supply

River: off-stream

Reservoir capacity: 12 m3x106

Construction Dates

Start of Project: 10/92

Start of RCC: 10/92

End of RCC: 08/93

End of Project: -/94

Specifications

Height: 74 metres

Length: 302 metres

Volume of RCC: 222 m3x103

Total volume: 223 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels with geomembrane
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
none 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
53
Pozzolan (kg/m3)Pozzolan Type
53Low-lime flyash (ASTM Class F)
  
Clifford D. Craig - formerly Spring Hollow completed
Clifford D. Craig - formerly Spring Hollow completed

Full Dam Information

Details

Country: USA

Owner: Banks County

Type: Gravity

Purpose(s): Water Supply

River: Mountain Creek

Reservoir capacity: -

Construction Dates

Start of Project: 11/92

Start of RCC: 11/92

End of RCC: 08/93

End of Project: -/93

Specifications

Height: 21 metres

Length: 168 metres

Volume of RCC: 26 m3x103

Total volume: 28 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels with geomembrane
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
119
Pozzolan (kg/m3)Pozzolan Type
84Low-lime flyash (ASTM Class F)
  
Hudson River Nº11 completed
Hudson River Nº11 completed

Full Dam Information

Details

Country: China

Owner: Fujian Shuikou Power Generation Group

Type: Gravity

Purpose(s): Hydropower / Navigation

River: Youxi

Reservoir capacity: 108 m3x106

Construction Dates

Start of Project: 04/91

Start of RCC: 04/91

End of RCC: 10/93

End of Project: 12/95

Specifications

Height: 63 metres

Length: 197 metres

Volume of RCC: 126 m3x103

Total volume: 184 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
0.75RCC against precast concrete blocks
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
50
Pozzolan (kg/m3)Pozzolan Type
90Low-lime flyash (ASTM Class F)
  
Shuidong completed
Shuidong completed

Full Dam Information

Details

Country: Spain

Owner: Confederación Hidrográfica del Guadiana

Type: Gravity

Purpose(s): Irrigation

River: Pizarroso

Reservoir capacity: 232 m3x106

Construction Dates

Start of Project: 12/90

Start of RCC: 12/90

End of RCC: 11/93

End of Project: 12/93

Specifications

Height: 54 metres

Length: 835 metres

Volume of RCC: 277 m3x103

Total volume: 340 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05Slip-formed/extruded facing elements
Downstream
SlopeType
0.75Slip-formed/extruded facing elements  [stepped face]
Spillway
SlopeType
0.75Slip-formed/extruded facing elements  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
140Low-lime flyash (ASTM Class F)
  
Sierra Brava completed
Sierra Brava completed

Full Dam Information

Details

Country: Japan

Owner: Fukushima Prefecture

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Kodama

Reservoir capacity: 14 m3x106

Construction Dates

Start of Project: 10/89

Start of RCC: 10/89

End of RCC: 12/93

End of Project: 03/97

Specifications

Height: 102 metres

Length: 280 metres

Volume of RCC: 358 m3x103

Total volume: 570 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.20Traditional concrete against formwork
Downstream
SlopeType
0.76Traditional concrete against formwork
Spillway
SlopeType
0.76Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
36Ground-granulated blast-furnace slag
  
Kodama completed
Kodama completed

Full Dam Information

Details

Country: France

Owner: Conseil Departemental d'Ille-et-Vilaine

Type: Gravity

Purpose(s): Flood Control

River: Le Cantache

Reservoir capacity: 7 m3x106

Construction Dates

Start of Project: 07/93

Start of RCC: 07/93

End of RCC: 12/93

End of Project: 03/94

Specifications

Height: 16 metres

Length: 147 metres

Volume of RCC: 11 m3x103

Total volume: 15 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced conventional concrete cast before RCC placement
Downstream
SlopeType
0.75Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
90ROLAC (mixture of flyash and slag with or without limestone fines)
  
Villaumur (La Cantache) completed
Villaumur (La Cantache) completed

Full Dam Information

Details

Country: Mexico

Owner: CNA (Comisión Nacional del Agua)/Estado de Sinaloa

Type: Gravity

Purpose(s): Flood Control / Irrigation

River: El Bledal

Reservoir capacity: 102 m3x106

Construction Dates

Start of Project: 10/91

Start of RCC: 10/91

End of RCC: 12/93

End of Project: 01/94

Specifications

Height: 50 metres

Length: 807 metres

Volume of RCC: 117 m3x103

Total volume: 184 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
100
Pozzolan (kg/m3)Pozzolan Type
100Milled sand
  
Vinoramas completed
Vinoramas completed

Full Dam Information

Details

Country: Japan

Owner: Miyagi Prefecture

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Miyatoko

Reservoir capacity: 5 m3x106

Construction Dates

Start of Project: 06/89

Start of RCC: 06/89

End of RCC: 12/93

End of Project: 01/97

Specifications

Height: 48 metres

Length: 256 metres

Volume of RCC: 172 m3x103

Total volume: 280 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.60Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180500

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Miyatoko completed
Miyatoko completed

Full Dam Information

Details

Country: China

Owner: Hainan Provincial Electric Power Company (HEPCO)

Type: Gravity

Purpose(s): Hydropower / Irrigation / Water Supply

River: Changhuajiang

Reservoir capacity: 1710 m3x106

Construction Dates

Start of Project: 06/90

Start of RCC: 06/90

End of RCC: 12/93

End of Project: 07/95

Specifications

Height: 57 metres

Length: 827 metres

Volume of RCC: 485 m3x103

Total volume: 857 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75RCC against precast concrete blocks
 RCC against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
55
Pozzolan (kg/m3)Pozzolan Type
96Low-lime flyash (ASTM Class F)
  
Daguangba on Google Earth
Daguangba on Google Earth

Full Dam Information

Details

Country: Morocco

Owner: Direction des Aménagements Hydrauliques

Type: Gravity

Purpose(s): Irrigation / Water Supply

River: Sahla

Reservoir capacity: 62 m3x106

Construction Dates

Start of Project: 05/92

Start of RCC: 05/92

End of RCC: 12/93

End of Project: 07/94

Specifications

Height: 55 metres

Length: 160 metres

Volume of RCC: 130 m3x103

Total volume: 160 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.20Traditional concrete against precast concrete panels
Downstream
SlopeType
0.90Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
85
125
Pozzolan (kg/m3)Pozzolan Type
15Natural pozzolan (ASTM Class N)
25 
Sahla completed
Sahla completed

Full Dam Information

Details

Country: China

Owner: Guizhou Hongfeng Hydropower Plant

Type: Gravity

Purpose(s): Hydropower

River: Sancha

Reservoir capacity: 420 m3x106

Construction Dates

Start of Project: -/89

Start of RCC: -/89

End of RCC: -/93

End of Project: -/94

Specifications

Height: 75 metres

Length: 196 metres

Volume of RCC: -

Total volume: 88 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
  
  
Photo coming soon

Full Dam Information

Details

Country: Brazil

Owner: SUPLAN/RN

Type: Gravity

Purpose(s): Water Supply

River: Taperobá

Reservoir capacity: 76 m3x106

Construction Dates

Start of Project: 12/91

Start of RCC: 12/91

End of RCC: -/93

End of Project: -/94

Specifications

Height: 34 metres

Length: 296 metres

Volume of RCC: 69 m3x103

Total volume: 89 m3x103

Construction Methods

Facings

Upstream
SlopeType
 Traditional concrete against formwork
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
16No pozzolan used  -
  
Photo coming soon

Full Dam Information

Details

Country: France

Owner: Syndicat Mixte pour l’Amenagement de la Haute Morge (SMAHM)

Type: Gravity

Purpose(s): Irrigation

River: Sep

Reservoir capacity: 5 m3x106

Construction Dates

Start of Project: 04/93

Start of RCC: 04/93

End of RCC: 01/94

End of Project: 03/94

Specifications

Height: 46 metres

Length: 145 metres

Volume of RCC: 49 m3x103

Total volume: 58 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced conventional concrete cast before RCC placement
Downstream
SlopeType
0.72Mechanically compacted unformed face of RCC
Spillway
SlopeType
0.72RCC against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
120ROLAC (mixture of flyash and slag with or without limestone fines)
  
Sep completed
Sep completed

Full Dam Information

Details

Country: Thailand

Owner: Electricity Generating Authority of Thailand (EGAT)

Type: Gravity

Purpose(s): Hydropower

River: Mun

Reservoir capacity: -

Construction Dates

Start of Project: 04/91

Start of RCC: 04/91

End of RCC: 03/94

End of Project: 06/94

Specifications

Height: 26 metres

Length: 323 metres

Volume of RCC: 48 m3x103

Total volume: 50 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalReinforced concrete cast against precast units or slip-formed facing elements
VerticalRCC supported by fill shoulders
Downstream
SlopeType
VerticalReinforced concrete cast against precast units or slip-formed facing elements
0.80RCC supported by fill shoulders
Spillway
SlopeType
separate 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
58
Pozzolan (kg/m3)Pozzolan Type
124Low-lime flyash (ASTM Class F)
  
Pak Mun completed
Pak Mun completed

Full Dam Information

Details

Country: Japan

Owner: Iwate Prefecture

Type: Gravity

Purpose(s): Flood Control

River: Kasshi

Reservoir capacity: 6 m3x106

Construction Dates

Start of Project: 12/90

Start of RCC: 12/90

End of RCC: 05/94

End of Project: 03/98

Specifications

Height: 57 metres

Length: 290 metres

Volume of RCC: 113 m3x103

Total volume: 232 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
180  -750
250 

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Hinata completed
Hinata completed

Full Dam Information

Details

Country: China

Owner: Lianjiang Water Conservancy Bureau

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation / Water Supply

River: Aojiang

Reservoir capacity: 172 m3x106

Construction Dates

Start of Project: 08/92

Start of RCC: 08/92

End of RCC: 05/94

End of Project: 06/95

Specifications

Height: 66 metres

Length: 274 metres

Volume of RCC: 180 m3x103

Total volume: 272 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels
Downstream
SlopeType
0.80RCC against precast concrete blocks
Spillway
SlopeType
0.77Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
65
55
Pozzolan (kg/m3)Pozzolan Type
125Low-lime flyash (ASTM Class F)
95 
Shanzi completed
Shanzi completed

Full Dam Information

Details

Country: Mexico

Owner: CNA (Comisión Nacional del Agua)

Type: Gravity

Purpose(s): Flood Control / Groundwater Recharge / Water Supply

River: San Lazaro

Reservoir capacity: 11 m3x106

Construction Dates

Start of Project: 10/85

Start of RCC: 10/85

End of RCC: 06/94

End of Project: 07/94

Specifications

Height: 37 metres

Length: 176 metres

Volume of RCC: 35 m3x103

Total volume: 53 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels
0.20 
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
100
90
Pozzolan (kg/m3)Pozzolan Type
220Milled sand
220 
San Lazaro completed
San Lazaro completed

Full Dam Information

Details

Country: USA

Owner: Phelps Dodge Corporation

Type: Gravity

Purpose(s): Pollution Control

River: Rocky Gulch

Reservoir capacity: -

Construction Dates

Start of Project: 05/94

Start of RCC: 05/94

End of RCC: 06/94

End of Project: 07/94

Specifications

Height: 18 metres

Length: 55 metres

Volume of RCC: 6 m3x103

Total volume: 7 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Unformed face of RCC
Spillway
SlopeType
none 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
184
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Rocky Gulch completed
Rocky Gulch completed

Full Dam Information

Details

Country: Mexico

Owner: CFE (Comisión Federal de Electricidad)

Type: Gravity

Purpose(s): Flood Control / Hydropower

River: Santiago

Reservoir capacity: 26 m3x106

Construction Dates

Start of Project: 11/93

Start of RCC: 11/93

End of RCC: 07/94

End of Project: 07/94

Specifications

Height: 48 metres

Length: 176 metres

Volume of RCC: 81 m3x103

Total volume: 110 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against precast concrete panels
Downstream
SlopeType
0.66RCC against formwork  [stepped face]
0.80 
Spillway
SlopeType
separate 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
90
Pozzolan (kg/m3)Pozzolan Type
130Natural pozzolan (ASTM Class N)
  
San Rafael completed
San Rafael completed

Full Dam Information

Details

Country: Canada

Owner: Hydro-Quebec

Type: Gravity

Purpose(s): Hydropower

River: Ha! Ha!

Reservoir capacity: 587 m3x106

Construction Dates

Start of Project: 10/92

Start of RCC: 10/92

End of RCC: 08/94

End of Project: 03/95

Specifications

Height: 40 metres

Length: 124 metres

Volume of RCC: 28 m3x103

Total volume: 35 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
separate 

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
85
Pozzolan (kg/m3)Pozzolan Type
85Low-lime flyash (ASTM Class F)
  
Lac Robertson completed
Lac Robertson completed

Full Dam Information

Details

Country: France

Owner: CAEDS

Type: Gravity

Purpose(s): Irrigation

River: Chambon

Reservoir capacity: 15 m3x106

Construction Dates

Start of Project: 08/93

Start of RCC: 08/93

End of RCC: 08/94

End of Project: 12/94

Specifications

Height: 36 metres

Length: 200 metres

Volume of RCC: 34 m3x103

Total volume: 46 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
115ROLAC (mixture of flyash and slag with or without limestone fines)
  
La Touche Poupard completed
La Touche Poupard completed

Full Dam Information

Details

Country: Australia

Owner: ACT Electricity and Water

Type: Gravity

Purpose(s): Pollution Control

River: Unnamed creek

Reservoir capacity: 1 m3x106

Construction Dates

Start of Project: 02/94

Start of RCC: 02/94

End of RCC: 08/94

End of Project: 11/94

Specifications

Height: 32 metres

Length: 120 metres

Volume of RCC: 22 m3x103

Total volume: 27 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
64Low-lime flyash (ASTM Class F)
  
Lower Molonglo Bypass Storage completed
Lower Molonglo Bypass Storage completed

Full Dam Information

Details

Country: Brazil

Owner: SUPLAN/PB

Type: Gravity

Purpose(s): Water Supply

River: Picuí

Reservoir capacity: 21 m3x106

Construction Dates

Start of Project: 10/93

Start of RCC: 10/93

End of RCC: 10/94

End of Project: -/95

Specifications

Height: 31 metres

Length: 135 metres

Volume of RCC: 27 m3x103

Total volume: 28 m3x103

Construction Methods

Facings

Upstream
SlopeType
 Traditional concrete against formwork
Downstream
SlopeType
 RCC against formwork  [stepped face]
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
56
Pozzolan (kg/m3)Pozzolan Type
14Natural pozzolan (ASTM Class N)
  
Várzea Grande completed
Várzea Grande completed

Full Dam Information

Details

Country: Brazil

Owner: CODEVASF (Companhia de Desenvolvimento dos Vales do Sao Francisco do Parnaiba

Type: Gravity

Purpose(s): Irrigation

River: Cova da Mandioca

Reservoir capacity: 126 m3x106

Construction Dates

Start of Project: 01/93

Start of RCC: 01/93

End of RCC: 12/94

End of Project: 12/94

Specifications

Height: 32 metres

Length: 360 metres

Volume of RCC: 75 m3x103

Total volume: 79 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
16No pozzolan used  -
  
Cova da Mandioca completed
Cova da Mandioca completed

Full Dam Information

Details

Country: Brazil

Owner: Companhia Pernambucana de Saceamento

Type: Gravity

Purpose(s): Water Supply

River: Do Prata

Reservoir capacity: 42 m3x106

Construction Dates

Start of Project: -/92

Start of RCC: -/92

End of RCC: 12/94

End of Project: -/95

Specifications

Height: 26 metres

Length: 405 metres

Volume of RCC: 61 m3x103

Total volume: 75 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
    [stepped face]
Spillway
SlopeType
    [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
0No pozzolan used  -
  
Do Prata completed
Do Prata completed

Full Dam Information

Details

Country: Japan

Owner: Ministry of Construction

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Nakatsu

Reservoir capacity: 193 m3x106

Construction Dates

Start of Project: 11/87

Start of RCC: 11/87

End of RCC: 02/95

End of Project: 03/01

Specifications

Height: 156 metres

Length: 400 metres

Volume of RCC: 1537 m3x103

Total volume: 2060 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.20Traditional concrete against formwork
0.60Traditional concrete against formwork
Downstream
SlopeType
0.625Traditional concrete against formwork
Spillway
SlopeType
0.625Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
150  -750
200 

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Miyagase completed
Miyagase completed

Full Dam Information

Details

Country: Japan

Owner: Kagawa Prefecture

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Yoshida

Reservoir capacity: 2 m3x106

Construction Dates

Start of Project: 07/91

Start of RCC: 07/91

End of RCC: 02/95

End of Project: 03/96

Specifications

Height: 75 metres

Length: 218 metres

Volume of RCC: 265 m3x103

Total volume: 304 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75Traditional concrete against formwork
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Yoshida completed
Yoshida completed

Full Dam Information

Details

Country: Japan

Owner: Okayama Prefecture

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Takahashi

Reservoir capacity: 28 m3x106

Construction Dates

Start of Project: 03/89

Start of RCC: 03/89

End of RCC: 04/95

End of Project: 03/98

Specifications

Height: 98 metres

Length: 259 metres

Volume of RCC: 396 m3x103

Total volume: 670 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.77Traditional concrete against formwork
Spillway
SlopeType
0.77Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Chiya completed
Chiya completed

Full Dam Information

Details

Country: Brazil

Owner: SRH/CE (Secretaria de Rewrsos Hidricos-CE)

Type: Gravity

Purpose(s): Water Supply

River: Saõ Gonçalo

Reservoir capacity: 69 m3x106

Construction Dates

Start of Project: 07/93

Start of RCC: 07/93

End of RCC: 05/95

End of Project: -/96

Specifications

Height: 51 metres

Length: 116 metres

Volume of RCC: 87 m3x103

Total volume: 93 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.10Traditional concrete against formwork
Downstream
SlopeType
0.80RCC against precast concrete blocks  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
16Natural pozzolan (ASTM Class N)
  
Canoas completed
Canoas completed

Full Dam Information

Details

Country: Japan

Owner: Akita Prefecture

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Matsu

Reservoir capacity: 12 m3x106

Construction Dates

Start of Project: 07/90

Start of RCC: 07/90

End of RCC: 06/95

End of Project: 09/96

Specifications

Height: 65 metres

Length: 296 metres

Volume of RCC: 141 m3x103

Total volume: 294 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.70Traditional concrete against formwork
Downstream
SlopeType
0.76Traditional concrete against formwork
Spillway
SlopeType
0.76Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Ohmatsugawa completed
Ohmatsugawa completed

Full Dam Information

Details

Country: China

Owner: Guanyinge Reservoir Management Bureau

Type: Gravity

Purpose(s): Flood Control / Hydropower / Irrigation / Water Supply

River: Taizi

Reservoir capacity: 2168 m3x106

Construction Dates

Start of Project: 05/90

Start of RCC: 05/90

End of RCC: 09/95

End of Project: 10/95

Specifications

Height: 82 metres

Length: 1040 metres

Volume of RCC: 1240 m3x103

Total volume: 1876 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.10Traditional concrete against formwork
Downstream
SlopeType
0.70Traditional concrete against formwork
Spillway
SlopeType
0.70Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
270  -750
280 

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Guanyinge (Kwan-in-Temple) completed
Guanyinge (Kwan-in-Temple) completed

Full Dam Information

Details

Country: Japan

Owner: Hokkaido Development Bureau

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
SlopeType
0.40Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
78
Pozzolan (kg/m3)Pozzolan Type
42Ground-granulated blast-furnace slag
  
Satsunaigawa completed
Satsunaigawa completed

Full Dam Information

Details

Country: Morocco

Owner: Direction des Aménagements Hydrauliques

Type: Gravity

Purpose(s): Irrigation / Water Supply

River: Taghoucht

Reservoir capacity: 12 m3x106

Construction Dates

Start of Project: 11/93

Start of RCC: 11/93

End of RCC: 10/95

End of Project: 03/96

Specifications

Height: 36 metres

Length: 80 metres

Volume of RCC: 45 m3x103

Total volume: 57 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.20Traditional concrete against precast concrete panels
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
110
150
Pozzolan (kg/m3)Pozzolan Type
0Natural pozzolan (ASTM Class N)
0 
Enjil on Google Earth
Enjil on Google Earth

Full Dam Information

Details

Country: USA

Owner: City of Greeley

Type: Gravity

Purpose(s): Water Supply

River: Tributary of Cache La Poudre

Reservoir capacity: 3 m3x106

Construction Dates

Start of Project: 05/95

Start of RCC: 05/95

End of RCC: 11/95

End of Project: 12/95

Specifications

Height: 21 metres

Length: 70 metres

Volume of RCC: 7 m3x103

Total volume: 8 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.80Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
145
Pozzolan (kg/m3)Pozzolan Type
48Low-lime flyash (ASTM Class F)
  
New Peterson Lake completed
New Peterson Lake completed

Full Dam Information

Details

Country: Japan

Owner: Yamanashi Prefecture

Type: Gravity

Purpose(s): Flood Control / Irrigation / Water Supply

River: Shio

Reservoir capacity: 12 m3x106

Construction Dates

Start of Project: 05/93

Start of RCC: 05/93

End of RCC: 11/95

End of Project: 03/99

Specifications

Height: 79 metres

Length: 225 metres

Volume of RCC: 299 m3x103

Total volume: 388 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.10Traditional concrete against formwork
0.70Traditional concrete against formwork
Downstream
SlopeType
0.76Traditional concrete against formwork
Spillway
SlopeType
0.76Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
96
Pozzolan (kg/m3)Pozzolan Type
24Low-lime flyash (ASTM Class F)
  
Shiokawa completed
Shiokawa completed

Full Dam Information

Details

Country: Japan

Owner: Water Resources Development Public Corporation

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Urayama

Reservoir capacity: 58 m3x106

Construction Dates

Start of Project: 03/90

Start of RCC: 03/90

End of RCC: 12/95

End of Project: 03/99

Specifications

Height: 156 metres

Length: 372 metres

Volume of RCC: 1294 m3x103

Total volume: 1750 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.65Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750
 1000

Cementitious material

Cement (kg/m3)
91
Pozzolan (kg/m3)Pozzolan Type
39Low-lime flyash (ASTM Class F)
  
Urayama completed
Urayama completed

Full Dam Information

Details

Country: China

Owner: Department of Water Resources, Henan Province

Type: Gravity

Purpose(s): Flood Control / Irrigation / Water Supply

River: Gunhe

Reservoir capacity: 120 m3x106

Construction Dates

Start of Project: 07/93

Start of RCC: 07/93

End of RCC: 12/95

End of Project: 07/96

Specifications

Height: 41 metres

Length: 650 metres

Volume of RCC: 272 m3x103

Total volume: 351 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork (GEVR/GE-RCC)
Downstream
SlopeType
0.75RCC against formwork  [stepped face]
Spillway
SlopeType
0.75Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
98
51
Pozzolan (kg/m3)Pozzolan Type
98Low-lime flyash (ASTM Class F)
107 
Photo coming soon

Full Dam Information

Details

Country: China

Owner: Fengdu Water Resources Bureau

Type: Gravity

Purpose(s): Flood Control / Hydropower / Recreation

River: Longxihe

Reservoir capacity: 105 m3x106

Construction Dates

Start of Project: 12/92

Start of RCC: 12/92

End of RCC: -/95

End of Project: -/96

Specifications

Height: 84 metres

Length: 445 metres

Volume of RCC: 335 m3x103

Total volume: 564 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against formwork (GEVR/GE-RCC)
Downstream
SlopeType
0.65Traditional concrete against formwork
Spillway
SlopeType
0.65Reinforced concrete cast against precast units or slip-formed facing elements

Placement

Layers (mm)Lifts (mm)
3001000

Cementitious material

Cement (kg/m3)
126
60
Pozzolan (kg/m3)Pozzolan Type
84Low-lime flyash (ASTM Class F)
90 
Shibanshui completed
Shibanshui completed

Full Dam Information

Details

Country: Brazil

Owner: DNOCS (Departamento Nacional de Obras Contra a Seca)

Type: Gravity

Purpose(s): Flood Control / Irrigation / Water Supply

River: Paraíba

Reservoir capacity: 247 m3x106

Construction Dates

Start of Project: -/93

Start of RCC: -/93

End of RCC: -/95

End of Project: -/95

Specifications

Height: 79 metres

Length: 674 metres

Volume of RCC: 674 m3x103

Total volume: 734 m3x103

Construction Methods

Facings

Upstream
SlopeType
 Traditional concrete against formwork
Downstream
SlopeType
 RCC against formwork  [stepped face]
Spillway
SlopeType
 Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
16Natural pozzolan (ASTM Class N)
  
Acauã completed
Acauã completed

Full Dam Information

Details

Country: Brazil

Owner: Brennand Energia

Type: Gravity

Purpose(s): Hydropower

River: Juba

Reservoir capacity: -

Construction Dates

Start of Project: -/93

Start of RCC: -/93

End of RCC: -/95

End of Project: -/96

Specifications

Height: 21 metres

Length: 238 metres

Volume of RCC: 96 m3x103

Total volume: 113 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
60
Pozzolan (kg/m3)Pozzolan Type
15Natural pozzolan (ASTM Class N)
  
Photo coming soon

Full Dam Information

Details

Country: Brazil

Owner: Brennand Energia

Type: Gravity

Purpose(s): Hydropower

River: Juba

Reservoir capacity: -

Construction Dates

Start of Project: -/93

Start of RCC: -/93

End of RCC: -/95

End of Project: -/96

Specifications

Height: 21 metres

Length: 250 metres

Volume of RCC: 105 m3x103

Total volume: 114 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
60
Pozzolan (kg/m3)Pozzolan Type
15Natural pozzolan (ASTM Class N)
  
Photo coming soon

Full Dam Information

Details

Country: Brazil

Owner: Secretaria Estadual do Meio Ambiente e Recursos Hídricos do RN

Type: Gravity

Purpose(s): Recreation / Water Supply

River: Seridó

Reservoir capacity: 50 m3x106

Construction Dates

Start of Project: -/93

Start of RCC: -/93

End of RCC: -/95

End of Project: -/96

Specifications

Height: 26 metres

Length: 458 metres

Volume of RCC: 27 m3x103

Total volume: 28 m3x103

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
16Natural pozzolan (ASTM Class N)
  
Passagem de Trairas completed
Passagem de Trairas completed

Full Dam Information

Details

Country: Honduras

Owner: Secretaria de Recursos Naturales

Type: Gravity

Purpose(s): Water Supply

River: Rio Grande Nacaome

Reservoir capacity: 42 m3x106

Construction Dates

Start of Project: 06/93

Start of RCC: 06/93

End of RCC: -/95

End of Project: -/95

Specifications

Height: 54 metres

Length: 320 metres

Volume of RCC: 250 m3x103

Total volume: 300 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.15Traditional concrete against formwork with external geomembrane
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80Reinforced conventional concrete cast after RCC placement  [stepped face]

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
64
Pozzolan (kg/m3)Pozzolan Type
21Natural pozzolan (ASTM Class N)
  
Nacaome completed
Nacaome completed

Full Dam Information

Details

Country: Brazil

Owner: COPEL (Companhia Paranense de Energia)

Type: Gravity

Purpose(s): Hydropower

River: Jordão

Reservoir capacity: 110 m3x106

Construction Dates

Start of Project: 05/94

Start of RCC: 05/94

End of RCC: 02/96

End of Project: 09/96

Specifications

Height: 95 metres

Length: 550 metres

Volume of RCC: 570 m3x103

Total volume: 647 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.74RCC against formwork  [stepped face]
Spillway
SlopeType
0.74Reinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
400400

Cementitious material

Cement (kg/m3)
60
Pozzolan (kg/m3)Pozzolan Type
15Natural pozzolan (ASTM Class N)
  
Jordão completed
Jordão completed

Full Dam Information

Details

Country: Chile

Owner: Empresa Electrica Pangue SA

Type: Gravity

Purpose(s): Hydropower

River: Bio-Bio

Reservoir capacity: 175 m3x106

Construction Dates

Start of Project: 01/92

Start of RCC: 01/92

End of RCC: 02/96

End of Project: 12/96

Specifications

Height: 113 metres

Length: 410 metres

Volume of RCC: 670 m3x103

Total volume: 740 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.80RCC against formwork  [stepped face]
Spillway
SlopeType
0.80Reinforced conventional concrete cast after RCC placement

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
100Natural pozzolan (ASTM Class N)
  
Pangue completed
Pangue completed

Full Dam Information

Details

Country: Australia

Owner: Upper Parramatta River Catchment Trust

Type: Gravity

Purpose(s): Flood Control

River: Darling Mills Creek

Reservoir capacity: -

Construction Dates

Start of Project: 06/95

Start of RCC: 06/95

End of RCC: 04/96

End of Project: 08/96

Specifications

Height: 30 metres

Length: 111 metres

Volume of RCC: 20 m3x103

Total volume: 22 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels
Downstream
SlopeType
0.80RCC against precast concrete panels
Spillway
SlopeType
0.80RCC against precast concrete panels

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
80
Pozzolan (kg/m3)Pozzolan Type
0Ground-granulated blast-furnace slag
  
Loyalty Road flood retarding basin completed
Loyalty Road flood retarding basin completed

Full Dam Information

Details

Country: China

Owner: Guangxi-Guiguang Electric Power Development Co. Ltd.

Type: Gravity

Purpose(s): Hydropower / Irrigation / Navigation

River: Hongshuihe

Reservoir capacity: 340 m3x106

Construction Dates

Start of Project: 02/93

Start of RCC: 02/93

End of RCC: 04/96

End of Project: 08/97

Specifications

Height: 34 metres

Length: 247 metres

Volume of RCC: 62 m3x103

Total volume: 80 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.70RCC against precast concrete blocks  [stepped face]
Spillway
SlopeType
0.70Traditional concrete against precast concrete panels  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
73
99
Pozzolan (kg/m3)Pozzolan Type
110Low-lime flyash (ASTM Class F)
60 
Photo coming soon

Full Dam Information

Details

Country: Japan

Owner: Gunma Prefecture

Type: Gravity

Purpose(s): Flood Control / Water Supply

River: Shima

Reservoir capacity: 9 m3x106

Construction Dates

Start of Project: 03/91

Start of RCC: 03/91

End of RCC: 05/96

End of Project: 03/98

Specifications

Height: 90 metres

Length: 330 metres

Volume of RCC: 390 m3x103

Total volume: 516 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.50Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750

Cementitious material

Cement (kg/m3)
84
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
  
Shimagawa completed
Shimagawa completed

Full Dam Information

Details

Country: USA

Owner: Conyers-Rockdale Big Haynes Imp. Authority

Type: Gravity

Purpose(s): Water Supply

River: Big Haynes Creek

Reservoir capacity: -

Construction Dates

Start of Project: 10/94

Start of RCC: 10/94

End of RCC: 06/96

End of Project: 09/96

Specifications

Height: 27 metres

Length: 427 metres

Volume of RCC: 72 m3x103

Total volume: 74 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalRCC against precast concrete panels with geomembrane
Downstream
SlopeType
0.80RCC against precast concrete blocks  [stepped face]
Spillway
SlopeType
0.80RCC against precast concrete blocks  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
42
39
Pozzolan (kg/m3)Pozzolan Type
42Low-lime flyash (ASTM Class F)
39 
Jack Turner - formerly Big Haynes completed
Jack Turner - formerly Big Haynes completed

Full Dam Information

Details

Country: Japan

Owner: Water Resources Development Public Corporation

Type: Gravity

Purpose(s): Flood Control / Hydropower / Water Supply

River: Katsura

Reservoir capacity: 66 m3x106

Construction Dates

Start of Project: -/83

Start of RCC: -/83

End of RCC: 07/96

End of Project: 03/98

Specifications

Height: 70 metres

Length: 438 metres

Volume of RCC: 440 m3x103

Total volume: 670 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
0.80Traditional concrete against formwork
Downstream
SlopeType
0.80Traditional concrete against formwork
Spillway
SlopeType
0.80Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
250750
 1000

Cementitious material

Cement (kg/m3)
84
77
Pozzolan (kg/m3)Pozzolan Type
36Low-lime flyash (ASTM Class F)
33 
Hiyoshi completed
Hiyoshi completed

Full Dam Information

Details

Country: Spain

Owner: Confederación Hidrográfica del Segura

Type: Gravity

Purpose(s): Flood Control

River: Rambla del Boqueron

Reservoir capacity: 13 m3x106

Construction Dates

Start of Project: 10/94

Start of RCC: 10/94

End of RCC: 08/96

End of Project: 12/97

Specifications

Height: 58 metres

Length: 290 metres

Volume of RCC: 137 m3x103

Total volume: 145 m3x103

Construction Methods

Facings

Upstream
SlopeType
0.05RCC against formwork (GEVR/GE-RCC)
Downstream
SlopeType
0.73RCC against formwork (GEVR/GE-RCC)
Spillway
SlopeType
0.73RCC against formwork (GEVR/GE-RCC)  [stepped face]

Placement

Layers (mm)Lifts (mm)
300300

Cementitious material

Cement (kg/m3)
55
Pozzolan (kg/m3)Pozzolan Type
130Low-lime flyash (ASTM Class F)
  
Boqueron completed
Boqueron completed

Full Dam Information

Details

Country: Canada

Owner: Abitibi-Price Inc.

Type: Gravity

Purpose(s): Hydropower

River: Exploits

Reservoir capacity: -

Construction Dates

Start of Project: 08/96

Start of RCC: 08/96

End of RCC: 09/96

End of Project: 12/96

Specifications

Height: 15 metres

Length: 180 metres

Volume of RCC: 7 m3x103

Total volume: 11 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.67Traditional concrete against formwork  [stepped face]
Spillway
SlopeType
0.67Traditional concrete against formwork  [stepped face]

Placement

Layers (mm)Lifts (mm)
200200

Cementitious material

Cement (kg/m3)
130
Pozzolan (kg/m3)Pozzolan Type
75Low-lime flyash (ASTM Class F)
  
Grand Falls spillway completed
Grand Falls spillway completed

Full Dam Information

Details

Country: China

Owner: Wangqing County Water Conservancy Bureau

Type: Gravity

Purpose(s): Hydropower / Irrigation

River: Gayahe

Reservoir capacity: 10 m3x106

Construction Dates

Start of Project: 08/92

Start of RCC: 08/92

End of RCC: 12/96

End of Project: 08/97

Specifications

Height: 37 metres

Length: 337 metres

Volume of RCC: 78 m3x103

Total volume: 100 m3x103

Construction Methods

Facings

Upstream
SlopeType
VerticalTraditional concrete against formwork
Downstream
SlopeType
0.75RCC against precast concrete blocks
Spillway
SlopeType
ogeeTraditional concrete against formwork
0.70Traditional concrete against formwork

Placement

Layers (mm)Lifts (mm)
3001000

Cementitious material

Cement (kg/m3)
60
Pozzolan (kg/m3)Pozzolan Type
120Low-lime flyash (ASTM Class F)
  
Photo coming soon

Full Dam Information

Details

Country: China

Owner: -

Type: Gravity

Purpose(s): unknown

River: Apengjiang

Reservoir capacity: 115 m3x106

Construction Dates

Start of Project: -/93

Start of RCC: -/93

End of RCC: -/96

End of Project: -/97

Specifications

Height: 85 metres

Length: -

Volume of RCC: -

Total volume: -

Construction Methods

Facings

Upstream
SlopeType
  
Downstream
SlopeType
  
Spillway
SlopeType
  

Placement

Layers (mm)Lifts (mm)
  

Cementitious material

Cement (kg/m3)
 
Pozzolan (kg/m3)Pozzolan Type
  
  
Photo coming soon

Full Dam Information

Details

Country: Brazil

Owner: Copel Geração e Transmissão S.A.

Type: Gravity

Purpose(s): Hydropower

River: Jordão

Reservoir capacity: 110 m3x106

Construction Dates

Start of Project: 05/94

Start of RCC: 05/94

End of RCC: -/96

End of Project: 12/97

Specifications

Height: 66 metres

Length: -

Volume of RCC: -

Total volume: -

Construction Methods

Facings

Upstream
SlopeType
  
Downstream