Elm & Sibley Street Culvert - 15STR14 

Construction Wards - 7 & 9
Contract Awarded to: Keeley Construction

Project Description

 
Since the passage of Proposition P on August 2, 2016, the Department of Public Works, the Department of Engineering and the Stormwater Task Force have prioritized stormwater projects across the City.  The Task Force has recommended 24 projects to be completed including culvert replacements at Elm Street and Sibley Street. The project will replace two deteriorated 7' diameter culverts beneath Sibley and a sub-standard bridge beneath Elm on Boschert Creek.These existing infrastructures have met the end of their useful life. The project was identified through a comprehensive stormwater analysis. This project includes an expedited culvert construction schedule, and a closure of Elm Street (between 2047 and 2021 Elm Street) for a 50 days. When Elm Street is reopened to traffic, construction crews will close Sibley, and begin construction of the second culvert.

Project Location


Culvert Replacement - Sibley, between College and Belle Plaine Dr.
Bridge Replacement -  Elm, between College and Hawthorne

Contact Information


Tim Rohrbacker
Project Manager
636-949-3237

Current Project Activities

  
Keeley Construction began working two shifts, 7 days a week, on July 24th. Crews will be working between the hours of 6am - 10pm. This does include Saturday and Sunday.
  • Elm Street is closed between Hawthorn Ave and Lindenwood Ave. This closure will remain in place until August 16th
  • Vegetation was cleared the week of June 25
  • Crews began removing the old culvert the week of July 2
  • Crews began installing the Elm street precast culvert on July 24th
  • Field Survey was completed in April 2016
  • Charter was approved on August 2015
  • Open House was held on April 6, 2017
  • Pre-construction meeting was held on April 23, 2018

Other Documents 

Fact Sheet
Culvert Location Map




Project Timeline

elm timeline

Project Progress

elm progress

Project Budget

elm sibley budget

Project Risks

elm sibley risks