ABOUT THIS PROJECT
Weir Gulch Segment 1 is a key project in a high-priority basin to reduce flood risk to the Sun Valley neighborhood, as well as a increase pedestrian and bike mobility, restore natural habitat, and increase recreation along this section of the gulch. This project is a partnership between Denver Parks and Recreation, the Mile High Flood District (MHFD) and the City and County of Denver.
The scope includes replacement of the existing concrete culvert at Decatur Street with a bridge and channel modifications along Weir Gulch from the South Platte River to 8th Avenue. The channel improvements will provide additional conveyance capacity while providing diverse plantings. Redesign of the adjacent trails and sidewalks to increase mobility along the corridor is also included in the project.
Stay Connected During Construction
- Visit the Weir Gulch Segment 1 construction webpage for information on construction impacts.
- Sign up to receive construction updates.
- Contact the project team by emailing us at weirconstruction@denvergov.org or by calling us at (720) 459-4695.
CLIENT
Mile High Flood District
LOCATION
Denver, Colorado
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PROJECT SHOWCASE VIDEO
From a bird’s-eye perspective, you can see the incredible work being carried out by Naranjo Civil Constructors on-site. With a commitment to environmental restoration and construction excellence, our team is transforming the landscape while ensuring the highest standards of quality and sustainability.
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INTERACTIVE CAD OVERLAY
Explore the engineered design seamlessly overlaid onto the most up-to-date, high-resolution drone survey of the project site. This powerful visualization highlights both the precision of our engineering and the accuracy of our aerial data, providing a clear picture of how the design integrates with existing site conditions.
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PROJECT EVOLUTION
Experience the progress first-hand with our interactive image comparison slider. Seamlessly switch between before-and-after views to see the impactful changes made on-site, highlighting the transformation and precision of our work.”
