2300 East Millcreek, UT
Owner

UDOT

Location

2300 E. at I-80

Contractor

Geneva Rock

Core Competencies

Earthwork, Pipelines & Drainage, Demolition, Asphalt Paving, Ready-Mix Concrete, Utilities

Date Completed

December 2016

The majority of the work on 2300 E. proper is the reconstruction of 2300 E. with widenings on both sides of the road. Geneva Rock also improved the irrigation system through the winter and the design calls for updating the storm drain system as well. Both sides of the road will have new curb and gutter and sidewalk installed along with a small area at 33rd S. considered the “updated area” with colored concrete sidewalk, driveways, and park strip. We will also roto-mill and overlay the whole road once we have all the widenings built and curb and gutter installed.
Round-A-Bout
This is the main area where the I-80 on and off ramps are located. The activities of this work area includes excavation and embankment of three round-a-bouts as well as the corresponding drainage work and the grading and paving. The main round-a-bout manages all the I-80 traffic and the other two small round-a-bouts service two small side streets that connect into the existing neighborhoods.
  • Academy Avenue in Herriman UT

    The Academy Parkway at Mountain View Corridor in Herriman City hired Geneva Rock to develop and install  the new Academy Parkway that will link up Mountain View Corridor to the new Real Salt Lake Soccer Practice Complex. This project requires positive connection MSE wall with geo-grid 17 feet tall. 65,000 cubic yards of cut and

  • SLC Airport Runway and Taxiway Rehabilitation

     Salt Lake City Department of Airports required upgrade and a pavement rehabilitation on several of their runways (16-34). Taxiway ‘A’ was reconstructed, then milled and paving was completed on the runways and taxiway.

  • Provo High School Track

    Provo City School District working with Westland Construction hired Geneva Rock to lay the asphalt for the track at the new high school. The construction for a proper foundation is very important to meet strict criteria for gradients and flatness. The foundation is expected to last longer than the synthetic surfaces and should last near

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