Halo Sawmill Maintenance Dredging

The Proposed Project 

Fraser River Pile & Dredge (GP) Inc., on behalf of Halo Sawmill Manufacturing Limited Partnership, proposes to conduct maintenance dredging of up to 4,000 cubic metres of material adjacent to 17700 Fraser Dyke Road, Pitt Meadows, BC. The applicant is seeking a multi-year permit to dredge periodically, during the least risk fish window for the Fraser River. Previous maintenance dredging within the same footprint and to the same depth was most recently conducted in February 2020.  

The Project consists of dredging to an approximate grade of -4 metres local low water using a barge-mounted crane and clamshell bucket. The dredge footprint will be approximately 7,770 square metres. Dredged materials will be loaded onto a barge for transport and disposal at an approved disposal at sea site. Dredging is anticipated to take two to four days to complete per event. Due to potential restrictions from the nearby Pitt Meadows Airport, dredging may be conducted overnight and on weekends and holidays. 

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Latest update

Notice of Determination 

Pitt Meadows, B.C. – March 31, 2021 – The Vancouver Fraser Port Authority has determined that the proposed Halo Sawmill Maintenance Dredging located at 17700 Fraser Dyke Road, Pitt Meadows, BC is not likely to cause significant adverse environmental effects.

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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

    • Halo Sawmill Maintenance Dredging (British Columbia)
  • Nature of Activity

    • Ports and Harbours
    • Waste Management
  • Assessment Status

    Completed
  • Start Date

    2021-02-19
  • Proponent

    Halo Sawmill Manufacturing Limited Partnership
  • Authorities

    • Vancouver Fraser Port Authority
  • Assessment Type

    Project on federal lands
  • Reference Number

    81387
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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