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Federal Transit Administration • Federal Highway Administration City of Vancouver • City of Portland • SW Washington Regional Transportation Council • Metro • C-TRAN • TriMet A long-term, comprehensive solution 2011 Road Design Conference November 2, 2011 Casey Liles CRC Highway Engineering Manager

Federal Transit Administration Federal Highway Administration City of Vancouver City of Portland SW Washington Regional Transportation Council Metro C-TRAN

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Federal Transit Administration • Federal Highway AdministrationCity of Vancouver • City of Portland • SW Washington Regional Transportation Council • Metro • C-TRAN • TriMet

A long-term, comprehensive solution

2011 Road Design ConferenceNovember 2, 2011

Casey LilesCRC Highway Engineering Manager

A corridor of the future

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• Critical link between Canada and Mexico

• Estimated $40 billion in freight crosses the bridge annually

• One-of-a-kind project

CRC project area

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CRC project area

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Seven closely spaced interchanges

Standard Spacing:Desirable = 2 MilesMinimum = 1 Mile

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0.6 mi0.5 mi

0.9 mi

0.6 mi

0.5 mi 0.8 mi

75% of southbound traffic to/from 7 interchanges

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Source: CRC Traffic Technical Report, 2011

Vertical constraints

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Number of crashes between 2002-20068

High crash locations - Vancouver

• Crashes 3 to 4 times more likely when bridge lift occurs

• 400 crashes/year; expected to increase to 750 by 2030

Source: CRC Traffic Technical Report, 2011

High crash locations - Portland

Number of crashes between 2002-20069

• Crash rates for 5-mile I-5 Bridge Influence Area twice as high as comparable inner-urban freeways

• Crash frequency highest in locations with non-standard features

Source: CRC Traffic Technical Report, 2011

• $40 billion in freight crosses bridge; $71 billion by 2030

• 8% of traffic was freight in 2005 (11,000 trucks); 11% by 2030

• 75% of freight trucks crossing bridge uses an interchange in project area

• Trucks traveling in project area are more likely to be involved in a crash

Freight impaired by congestion

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• Existing bus service is subject to congestion

• Local bus service requires a transfer

• Bike and pedestrian path across bridge is substandard

– Path is only 4 feet wide, next to freeway traffic

– Discourages use

Limited travel options

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• Aging bridges built in 1917 and 1958

• Existing bridges do not meet current seismic safety standards

• Current wooden pilings do not reach solid rock

Earthquake risk

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Public process to develop solutions

• 2001 – 2002I-5 Transportation and Trade Partnership

• 2005 – 2008 39-member CRC Task Force

• 2008 – today Project Sponsors Council and citizen advisory groups

• More than 29,000 people engaged at over 950 events

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• Replacement I-5 bridge

• Improvements to

closely-spaced highway

interchanges

• Light rail extension to

Vancouver

• Pedestrian and bicycle

facility improvements

Long-term, comprehensive solution to improve safety and reduce congestion

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Increased safety and reduced congestion by replacing the I-5 bridge

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Interchange improvements - WA

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Interchange improvements-OR

Roadway improvements

• Get people out of traffic

• Connection to more than 52 miles of rail network in the region

• Encourage up to 6 million transit boardings per year

Increased safety and reduced congestion by extending light rail

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Federal Transit Administration • Federal Highway AdministrationCity of Vancouver • City of Portland • SW Washington Regional Transportation Council • Metro • C-TRAN • TriMet

Project Status Update

• Researched in-water pile installation and noise reduction techniques

• Objectives:– Evaluated construction noise– Assessed techniques to reduce

effects to fish and wildlife– Evaluated pile installation

methods

• Results:– Affirmed noise and vibration

modeling– Bubble curtains effective– Fewer pile strikes needed

Test pile installation

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• National Marine Fisheries Service– Received January 2011

– Not likely to adversely effect:salmonsteelheadsturgeoneulachonsea lionkiller whale

Biological Opinion

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• Result of IRP findings

• 16-members of national and international bridge expertise

• Panel recommended:–Discontinue work on previous

bridge type

–Suggest three bridge types for further considerationAll less costly and less risky

• Governors’ direct project to move forward with deck truss bridge type

Bridge Review Panel

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• Review by Oregon State Treasurer

• Recommendations:– Bond yields should be based on

low end of toll revenue range

– Bond yields should not assume annual toll rate increases

– Finance plan should employ:Pre-completion tollsUSDOT TIFIA assistance

• Treasurer recommendations have been incorporated into FEIS

State treasurer review

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• Review period, Sept. 23 – Oct. 24– Issued on behalf of:

Federal Transit Administration, Federal Highway Administration

– Signed by local project partners:Metro, Southwest Washington

Regional Transportation Commission, C-TRAN, Tri-Met

– Record of Decision expected in December

Final Environmental Impact Statement

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• Record of Decision allows the project to:– Complete design

– Begin property acquisition in 2012

– Break ground in 2013

• Project to start in 2012

• Purpose:– Verify load carrying capacity

of soil– Evaluate constructability

• 2 locations– 1 in WA, 1 in OR

• Noise and vibration monitoring

Drilled Shaft and Driven Pile program

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• Responsible for:– Advising CRC project director and staff

– Representing stakeholder organizations

– Communicating routinely with constituencies

• Composed of approximately 30 members– 12-15 from each state

– Terms of 1-2 years

• Meet as large group 1-2 times a year– Vancouver and Portland subcommittees will meet

10-12 times a year

Bi-State Citizen Advisory Committee

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Project development schedule

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Federal Transit Administration • Federal Highway AdministrationCity of Vancouver • City of Portland • SW Washington Regional Transportation Council • Metro • C-TRAN • TriMet

700 Washington Street, Suite 300Vancouver WA, 98660

Washington 360-737-2726 Oregon 503-256-2726Toll-Free 866-396-2726

[email protected]