Lane Closures on LA 108 at South Beglis Parkway in Sulphur for Traffic Signal Work

By Calcasieu Staff

Published September 20, 2024

Sulphur, Louisiana - The Louisiana Department of Transportation and Development (DOTD) has announced plans for alternating intermittent lane closures on LA 108 at its intersection with LA 27 (S. Beglis Parkway) in Sulphur. The closures will take place from Monday, September 23, 2024, to Friday, September 27, 2024.

From 7 a.m. to 3 p.m. daily, drivers can expect intermittent lane closures as crews work to install new signal equipment at the intersection. This work is necessary to improve the safety and efficiency of the intersection, which is a critical artery for local traffic.

The work will involve the installation of new signal equipment.

Motorists are advised to plan their routes accordingly and expect delays during the closure periods. The DOTD recommends checking for updates on traffic conditions before embarking on their journey.

Vinton I-10 Westbound Right Lane Closure Scheduled March 31-April 1

Vinton, Louisiana - The Louisiana Department of Transportation and Development has announced an overnight lane closure on Interstate 10 westbound in Vinton for roadway maintenance. According to the agency, the right lane of I-10 westbound will be closed from Coone...

read more...

Lake Charles And Westlake I-10 Shoulder Closures Scheduled Through April 22, 2026

LAKE CHARLES, La. — The Louisiana Department of Transportation and Development has announced multiple singular shoulder closures along Interstate 10 in both directions between mile marker 25 in Westlake and mile marker 31 in Lake Charles from Sunday, March 22, 2026,...

read more...

Sulphur Drivers Advised Of March 16-20 Lane Closures At Beglis Pkwy Intersection

SULPHUR, LA. — The Louisiana Department of Transportation and Development, or DOTD, said alternating lane closures are scheduled to begin Monday, March 16, 2026, at the intersection of E Burton Street and North Beglis Parkway in Sulphur as crews perform milling and...

read more...