Subsurface Utility Engineering (SUE) Investigation on Eglinton Avenue East at Leslie Street

 
juin 24, 2016

In preparation for construction of the surface level section of the Eglinton Crosstown, crews will begin conducting preparatory activities and utility works including surveying, locating utilities, and drilling boreholes to obtain additional information on sub-surface utilities and ground conditions in various locations along Eglinton.

What work is starting?

  • As part of the preparatory work for the surface level section of the alignment, crews will be conducting an SUE investigation along Eglinton Avenue East from approximately 50 metres west of Leslie Street to approximately 200 meters east of Leslie Street to determine the location and depth of existing utilities.
  • Crews will drill and hydro-vac overtop of existing utilities within the boulevard and roadway, then a surveyor will examine the utilities to obtain coordinates for design purposes. All will be backfilled and restored accordingly.

Timing

  • SUE investigation will begin as early as June 27 and will take approximately two (2) weeks to complete.
  • SUE investigation will be conducted between the hours of 9:00 a.m. and 4:00 p.m.
  • Work could be rescheduled due to weather conditions or unforeseen circumstances.

What to Expect

  • Construction crews and equipment will be present in the vicinity of Eglinton Avenue East from approximately 50 metres west of Leslie Street to approximately 200 metres east of Leslie Street.
  • Nearby residents and businesses can expect to hear noise caused by core drills and hydro-vac trucks.

Traffic Details

  • Work will take place both within boulevard and roadway. Intermittent lane reductions along Eglinton Avenue East will be required to access utilities within the roadway.
  • Pedestrian and property access will be maintained. 
  • As always, please take care when travelling near work sites.

Thank you for your patience as we work to build this important project.

Please support your local businesses during construction.