William R. Bennett Bridge
From Wikipedia, the free encyclopedia
Okanagan Lake Bridge | |
Construction of the roadway towers on pontoon #2, June 2006 |
|
Official name | William R. Bennett Bridge |
---|---|
Carries | Motor vehicles, pedestrians and bicycles |
Crosses | Okanagan Lake |
Locale | Kelowna, British Columbia, Canada |
Maintained by | SNC-Lavalin Inc. |
Design | Pontoon bridge |
Longest span | 44 meters |
Clearance below | 18 meters |
AADT | 50,000 vehicles |
Opening date | 2008 |
The William R. Bennett Bridge is under construction in the Okanagan Valley of British Columbia, Canada. Scheduled to be completed in 2008, the bridge will replace the older Okanagan Lake Bridge built in 1958 to link downtown Kelowna to the west side of Okanagan Lake.
On April 21, 2005, premier Gordon Campbell officially renamed the bridge from the Okanagan Lake Bridge to William R. Bennett Bridge in honour of former Premier William Richards Bennett, a native of Kelowna.
Contents |
[edit] Construction budget
The first press release from the BC Ministry of Transportation to include budget information was in 2003. At that time, the project was estimated to cost $100 million CAD for the bridge and another $20 million CAD for the two interchange upgrades on the west side of the lake.
By June 29, 2005, the cost of the bridge was increased from the previous estimate of $100 million CAD to $144 million CAD "due to dramatic increases in the cost of construction materials and labour", which includes significant increases in the cost of concrete, steel, and fuel. Over the next 30 years, the province of British Columbia expects to pay SNC-Lavalin a total of $179 million CAD "to design, build, finance, operate, maintain and rehabilitate the bridge".
[edit] Construction schedule
- June 2005: SNC-Lavalin Inc. is chosen to design, build, finance and operate the new bridge
- July 2005: Construction begins on a dry dock near Bear Creek Provincial Park, where the bridge pontoons will be built
- Q3 2005: Graving dock ready
- Q3 2006: Roadwork on both approaches begins
- Q4 2006: First four pontoons in place
- Q1 2007: Bridge deck construction begins
- Q4 2007: All pontoons in place
- Q4 2007: Roadwork on both approaches is completed
- Q1 2008: Bridge deck construction is completed
- Q2 2008: Test and commission
- Q3 2008: Bridge officially opens
- Q2 2009: Decommission of the old bridge
- Q2 2009: Shoreline restoration
[edit] Bridge facts
- At the deepest points near the middle of the bridge, the lakes is approximately 60 meters deep
- There are a total of 12 cements pontoons
- The pontoons are 25 meters wide and 60 to 90 meters long
- The navigation spans on the west side of the bridge will be 44 meters long and will provide 18 meters of clearance between the bridge and the lake
- Three lanes will be for westbounds traffic
- Two lanes will be for eastbound traffic
- An additional 1.3 meter wide pedestrians and cyclist pathway will exist on the south (eastbound) side of the bridge
- The west side of the bridge will have a pedestrian/cyclist and vehicle underpass at Campbell Road and another interchange at Westside Road
- The Kelowna side of the bridge will retains the existing pedestrian/cyclist underpass between City Park and Lake Avenue
- The new bridge is designed to handle up to 80,000 vehicles daily; the current Okanagan Lake Bridge was designed to handle 38,000 vehicles daily but in 2005 handled approximately 50,000 vehicles daily
[edit] Gallery
Pile driving where the west side approach will soon be built |
[edit] References
- ↑ Ministry of Transportation press release 2003TRAN0063-000931 October 28, 2003
- ↑ Ministry of Transportation press release 2005TRAN0032-000628 June 29, 2005
- ↑ Ministry of Transportation: Profile of the elevated portion of the William R. Bennett Bridge
- ↑ Westside Weekly, February 8, 2006, "Public hates billboards -- report" by Anne-Rachelle McHugh
[edit] External links
- Ministry of Transportation: William R. Bennett Bridge
- Partnerships BC project page for William R. Bennett Bridge
- SNC-Lavalin Inc.
- Westmar Consultants Inc. (created the initial base design for the bridge)