Copy of 16th Street Streetscape Phase 2

This project is the second phase of 16th Street Streetscape project. Streetscape improvements include concrete sidewalk and ramps, curb and gutter, storm drainage, erosion control, slope grading work, and installation of a soil nail retaining wall on 16th Street adjacent to the Norfolk Southern parcel, at the northeast corner of N. Tryon Street and 16th Street intersection.

16th Street Streetscape Phase 2

This project is the second phase of 16th Street Streetscape project. Streetscape improvements include concrete sidewalk and ramps, curb and gutter, storm drainage, erosion control, slope grading work, and installation of a soil nail retaining wall on 16th Street adjacent to the Norfolk Southern parcel, at the northeast corner of N. Tryon Street and 16th Street intersection.

Copy of 16th Street Streetscape Phase 2 – DUPLICATE PLEASE ARCHIVE

This project is the second phase of 16th Street Streetscape project. Streetscape improvements include concrete sidewalk and ramps, curb and gutter, storm drainage, erosion control, slope grading work, and installation of a soil nail retaining wall on 16th Street adjacent to the Norfolk Southern parcel, at the northeast corner of N. Tryon Street and 16th Street intersection.

Mallard Creek Water Reclamation Facility (WRF) & Lee S. Dukes Water Treatment Plant (WTP) Standby Power & Electrical Improvements – Cancelled

The first project site is the Mallard Creek Water Reclamation Facility located at 12400 US 29 HWY, Charlotte, North Carolina 28262. The scope of work for this project is a new standby generator facility, the conversion of the existing utility service from 480V to 4160V, electrical upgrades to the existing blower building and the replacement of an existing electrical switchboard. The second project is the Lee S Dukes Water Treatment Plant located at 7980 Babe Stillwell Road, Huntersville, North Carolina 28078. The scope of work for this project is a new standby generator facility, the replacement of the existing 4kV switchgear and 4kV electrical duct bank to re-feed the existing transformers.