(COLUMBIA, MO) ~ Columbia, MO - The City of Columbia Public Works Street division has announced that Capital Paving, the contractor for the city, will begin overnight mill and overlay pavement maintenance on various downtown and campus-area streets starting at 5 p.m. on Thursday, July 17.

This maintenance process involves grinding off the top layer of old pavement and applying a fresh layer of asphalt. Once the overlay is complete, crews will return to apply fresh striping. The overnight work is expected to last approximately three weeks before moving on to a second phase on a separate list of streets. The list for phase two will be published in late July.

More on Missouriar

• Andrew Gillsmith's "Our Lady of the Artilects" Released This Week
• DuoKey Launches Quantum Risk Score to Help Enterprises Prioritise Post-Quantum Cryptography Migration
• Top 5 Most Reliable Used Vans in the UK in 2026
• Dominican Fashion Designer Raiza Bonaparte presents the Sovereign Despampanante Collection at the Library of Congress
• What Happens When Congress Says No? New Book Examines the Boland Amendments, Iran-Contra Affair & Jamaican Posse, as US Congress Debate Over Military

The following streets are included in the first phase of this project:

- Rogers Street from Rangeline Street to North College Avenue

- East Broadway from Tenth Street to Hitt Street

- Cherry Street from Hitt Street to South Seventh Street

- Locust Street from South Providence Road to South Fifth Street

- University Avenue from South Ninth Street to South College Avenue

- Hamilton Way from Hitt Street to Waugh Street

- South Fifth Street from Turner Avenue to East Stewart Road

- South Fifth Street from Cherry Street to Ash Street

- South Seventh Street from Park Avenue to Locust Street

- South Eighth Street from Park Avenue to Elm Street

- South Ninth Street from Park Avenue to East Broadway

- South Ninth Street from Cherry Street to Conley Avenue

- South Tenth Street from Rogers Street to Elm Stree

---

Show All News | Disclaimer | Report Violation