Wednesday, May 16, 2012

Sprague Ave. Project Starts Monday

This could be an area you want to avoid folks- the project to reconstruct Sprague Avenue between Evergreen and Sullivan roads starts on Monday, May 21. When the project wraps up sometime in mid-August, that section of Sprague Avenue will be smoother and safer for driving with a complete sidewalk system for pedestrians, upgraded signals and improved stormwater drainage.


Construction on the project will occur in four phases, with the first work phase (1a) occurring on the north side of Sprague Avenue westward between Sullivan and the 14900 block of Sprague. That phase starts Monday and is expected to be complete in early June, when the project moves into its second phase (1b) on the south side of that same section of Sprague.

Sprague Avenue west of the 14900 block to Evergreen Road will be the focus of the project's third (2a) and fourth (2b) phases. Work on the third phase is expected to begin along the north side of the section in early July, with the fourth and final phase starting in late July and completing in mid-August.

During each phase, the section of Sprague Avenue under construction will be reduced to one lane each direction with a center turn lane. The work also involves closures to northbound and/or southbound intersections in the area under construction.
You can expect traffic congestion and delays in the project area and probably want to use alternate routes.

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About SRTC

SRTC is the federally designated Metropolitan Planning Organization (MPO) for Spokane County. Urbanized areas with populations exceeding 50,000 people are required to have an MPO. SRTC was formed to address the county's transportation planning needs. It provides coordination in planning between the public, cities, small towns, the county, the state, transit providers, and tribes.

SRTC offers services including transportation monitoring, transportation modeling, census information analysis, travel demand forecasting, historical traffic count analysis, geographic information systems, and trip generation rates.