Queensborough Dike Shoreline Protection Rehabilitation Project

The proposed project 

The City of New Westminster is proposing to rehabilitate a failing segment of existing rip-rap shoreline protection along the Queensborough Dike. The area for rehabilitation is approximately 90 metres in length.  

The project will consist site preparation, vegetation removal, shoreline preparation, extension of the existing municipal storm outfall, and replacement of the shoreline protection rip rap. Project activities will be conducted in out-of-water tidal conditions (i.e., in the dry). Staging and laydown areas will be situated on land (i.e., above the high water mark). 

Project activities may need to be completed outside of the port authority's standard working hours (excluding weekends and holidays) should daytime tides be unfavourable.  

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Latest update

End of public comment period 

The public comment period on the project is closed. The Vancouver Fraser Port Authority is considering comments received to help inform its determination on whether the carrying out of the project is likely to cause significant adverse environmental effects.

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Key documents

Key documents
Document Number Document Title File Date
1 Queensborough Dike Shoreline Protection Rehabilitation Project - May 13, 2022

Contacts

Project and Environmental Review
Vancouver Fraser Port Authority
100 The Pointe, 999 Canada Place
Vancouver, British Columbia V6C 3T4
Email: per@portvancouver.com


  • Location

    • Queensborough Dike Shoreline Protection Rehabilitation Project (British Columbia)

  • Nature of Activity

    • Ports and Harbours
    • Other, not otherwise specified

  • Assessment Status

    In progress

  • Start Date

    2022-05-13

  • Proponent

    City of New Westminster

  • Authorities

    • Vancouver Fraser Port Authority

  • Assessment Type

    Project on federal lands

  • Reference Number

    83635
Disclaimer

This map is for illustrative purposes. The markers represent the approximate locations based on available data. More than one marker may be identified for a given assessment.

 

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