Eastmain-1-A/Sarcelle/Rupert
Videos
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04:46Work Progress - July 2010 [In French only]
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03:42Work Progress - April 2010 [In French only]
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03:23Work Progress - March 2010 [In French only]
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24:082009 annual video - part 1 [In French only]
L'eau en partage
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18:032009 annual video - part 2 [In French only]
L'eau en partage
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12:142009 annual video - part 3 [In French only]
L'eau en partage
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04:27Work Progress - November 2009 [In French only]
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05:12Work Progress - October 2009 [In French only]
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03:32Work Progress - August 2009 [In French only]
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05:56Work Progress - July 2009 [In French only]
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04:34Work Progress - June 2009
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03:40Work Progress - May 2009
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03:23Work Progress - March 2009
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04:19Environmental protection [In French only]
Le projet de l'Eastmain-1-A-Sarcelle-Rupert se caractérise par l'ampleur des mesures intégrées à sa conception, destinées à préserver l'environnement.
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07:25Nemiscau-1 Dam [In French only]
Le barrage de la Nemiscau-1 assure la fermeture du bief aval, dans le bras nord de la rivière Nemiscau.
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18:322008 annual video - part 1 [In French only]
Au coeur du roc
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17:442008 annual video - part 2 [In French only]
Au coeur du roc
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00:24Rupert Dam - 3D Simulation
Rupert dam-the project's main dam-is located 314 km from the mouth of the Rupert River and will divert part of the flow from the Rupert River northward.
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00:17Lemare Dam - 3D Simulation
The Lemare dam closes the forebay in the Lemare River valley.
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00:26Transfert tunnel - 3D Simulation
The function of the transfer tunnel is to carry the river's diverted flow from the Rupert forebay into the Rupert tailbay. It is designed to handle a flow of 800 m3/s at a velocity of about 3.3 m/s.
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00:17Nemiscau-1 Dam - 3D Simulation
Nemiscau-1 dam closes the tailbay in the north branch of the Nemiscau River.
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00:16Nemiscau-2 Dam - 3D Simulation
The Nemiscau-2 dam closes the tailbay in the south branch of the Nemiscau River.
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00:30Eastmain-1-A Powerhouse - 3D Simulation
Eastmain-1-A powerhouse is being built at the northern end of Eastmain 1 reservoir, next to the existing Eastmain-1 powerhouse. The turbines at both facilities will be driven by the flow from the upper Eastmain River, combined with the diverted flow from the Rupert River.
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00:25Sarcelle control structure
Sarcelle powerhouse will be constructed at the northern end of Opinaca reservoir, next to the existing Sarcelle control structure. It is a surface powerhouse with a typical run-of-river configuration.
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00:56Sarcelle Powerhouse - 3D Simulation
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00:49Sarcelle Powerhouse - 3D Simulation