
A foundation site ready for the 26 concrete truck loads that will deliver a continuous pour
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A view down on a tower foundation under construction
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A view to wind turbines JC-1, JC-9 and JC-15 on a late winter day
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A worker climbing a ladder in the 80 metre tower
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An anchor bolt assembly for a tower base is being prepared to be lifted into place
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Bolts of the anchor bolt assembly connect the foundation to the first tower section
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Building the forms in preparation for the concrete pour
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Components, such as these Nacelles and tower sections, continue to arrive by rail in Chetwynd and are stored in the CanFor yard
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Foundation mud mat with the first course of the footing rebar in place
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JC-1 Turbine at Dokie
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Local contractor, Chetwynd RediMix, has their concrete batch plant up and running on site
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Pumping concrete for the "mud mat", the first step in construction of the tower foundation
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Reinforcing steel in the tower foundation
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The anchor bolt assembly of the tower base incorporated in the foundation rebar
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The freshly poured concrete is covered to aid in the cure process. The combined weight of the steel and concrete in a tower foundation is 650 tonnes
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The view from the top of a nacelle
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Assembly of the steel frame of the powerhouse building
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Assembly of the steel frame of the powerhouse building
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Cabling on top of a generator
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Cutting torch used on the penstock
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Fitting a panel of the Coanda screen on the intake
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Fitting generator bed plates in the powerhouse
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Generator in place
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Inside the powerhouse
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Installing a generator top bracket
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Intake
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Intake from across the headpond
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Intake looking upstream
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It's a thumbs up for energization of the transmission line and substation
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Looking down the transmission line to the substation at Saltery bay
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Looking downhill over the backfilled penstock to the powerhouse
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Looking downhill to the powerhouse site
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Looking downstream to the intake
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Looking upstream over the intake
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Mounting generator top bracket
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Mounting pelton wheel to the underside of the generator
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One of the six flow nozzles per generator that directs water on to the pelton wheel
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Pelton wheel
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Penstock complete
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placing Bentolite liner on the headpond banks
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Placing the headpond liner on the upstream side of the intake
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Powerhouse and switchyard
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Powerhouse and switchyard. The powerhouse is comparable in size to an average high school gymnasium.
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Preparing for a pelton wheel installation
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Ready for the last piece of nearly 5 km of penstock
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rip-rap placement at the intake
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Saltery Bay substation
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Switchyard components being installed
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The master control console
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The process of backfilling and compacting the penstock continues
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Aerial view of the East Toba intake structure. (1)
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Aerial view of the East Toba intake structure. (2)
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Aerial view over the Montrose intake structure, looking down the valley. Water flows through the temporary diversion to the right in the photo.
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Aerial view over the Montrose intake structure.
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Aerial view over the Montrose intake structure. Looking upstream.
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An aerial view over the East Toba Powerhouse and up the penstock alignment.
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Concrete formwork in place at the Montrose intake structure.
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Crews connecting ends of the conductor cable on the transmission line. (1)
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Crews connecting ends of the conductor cable on the transmission line. (2)
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East Toba powerhouse with backfill nearly complete. The mouth of the tailrace can be seen centre-front of the photo.
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Head gate portal and transition structure to the penstock at the East Toba intake.
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Inside, looking out through the transition structure.
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Looking down the penstock to the East Toba powerhouse.
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More rebar is swung on to the floor platform by crane and positioned by a Kiewit worker.
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Positioning a penstock connection for welding.
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Progress over the past few months on the East Toba powerhouse.
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Rebar and channel ties ready for an abutting concrete wall to be formed and poured.
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Rebar being tied within the powerhouse floor slab.
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Rebar on the spillway at the East Toba intake.
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Tack welding guides to the penstock in preparation for the next pipe section.
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The concrete walls from the bottom of the spillway collector channel.
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View from the East Toba Powerhouse up the penstock alignment.
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A welder at the mouth of the penstock.
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A worker ties some of the miles of re-bar.
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Al and Gilbert of the Klahoose First Nation, hired by Plutonic Power for fieldwork in Summer 2005
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All workers on site wear regulated safety equipment at all times, including high visibility vests, eye protection, gloves, CSA approved steel toe boots, long sleeves and pants.
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And Still More Rebar
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At top of photo, a riparian repair of old logging damage is visible. The upgraded, historic forestry road parallels the transmission line right-of-way which was cleared less than two years ago. The ROW is greening up well.
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Barge at Low Tide
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Barge Loading
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Barge Loading
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Barge Loading
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Barge Loading
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Barge Loading
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Barge to Toba
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Barge Towing
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BC Hydro 2006 Call for Power Press Conference
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BC Hydro 2006 Call for Power Press Conference
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BC Hydro 2006 Call for Power Press Conference
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Biurcation (green) and penstock (yellow) sections are carefully aligned by the crane operators for welding.
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Bridge 1 Demo
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Bridge container
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Bridge Decks
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Bruce Ripley presents at BC Chamber of Commerce Energy Summit
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Careful planning of the transmission corridor allowed us to use existing logging access roads and pass through existing logging cuts. You can see a continuation of our transmission corridor cresting the ridge.
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Chief Duane Hansen - Klahoose First Nation
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Chief Duane Hanson and Bob Poore - Plutonic Power
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Chief Duane Hanson and Bob Poore - Plutonic Power
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Chief Duane Hanson and Donald McInnes - Klahoose Signing Ceremony March 2007
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