US-54 Canadian River Bridge
Logan, New Mexico
Project Description
The New Mexico Department of Transportation (NMDOT) replaced the existing US 54 steel deck truss bridge over the Canadian River south of Logan, New Mexico. The US 54 corridor is a main trucking corridor from Chicago to El Paso with over 50% truck traffic. US 54 also provides access to Ute Lake State Park, the second largest lake in New Mexico, which is popular with water and fishing enthusiasts. An alignment study and preliminary engineering for the new crossing was started in 2011 with public input reviewing eight different alignments and six structure types. The preferred alternative selected was a new offset eastern alignment of US 54 with a new three-span, cast-in-place segmental bridge, built in balanced-cantilever with form travelers.
A cast-in-place segmental structure type was selected to minimize impacts to the Canadian River and wetlands, with a long span design that can be constructed primarily from above with limited access in the deep ravine. The bridge measures 43'-0" in width, with a span configuration of 200' -325'-210' along a constant horizontal curve. The box girder depth varies from 18'-0" at the piers to 8'-0" at mid-span and abutments.
The new bridge is New Mexico's first cast-in-place segmental bridge and first segmental construction since the Big I Project (I-25 and I-40 Interchange) in Albuquerque.
Aspire Bridge Magazine Article: U.S. Route 54 over the Canadian River
Awards
American Segmental Bridge Institute (ASBI) 2021 Bridge Award of Excellence
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Our Role
Working with construction engineer, McNary Bergeron & Associates, Hatcher Technical produced construction shop drawings for the full superstructure, including the pier tables, end segments, and typical segments.
Location
Spanning the Canadian River at
Logan, New Mexico
Owner
New Mexico Department of Transportation
Contractor
Malcolm International
Designer
Jacobs
Construction Engineer
McNary Bergeron & Associates
Total Contract Value
$20.7 Million
Timeline
2018 - 2020
Construction Method
Cast-in-place variable depth segmental, constructed using the balanced cantilever method with form travelers.