Opportunity
CanadaBuys #BCRFP-26004
Replacement Floating Boardwalk for Cheam Lake Wetlands Regional Park
Posted
July 09, 2026
Respond By
August 07, 2026
Identifier
BCRFP-26004
NAICS
237990
The Fraser Valley Regional District (FVRD) is seeking proposals for the replacement of the floating boardwalk at Cheam Lake Wetlands Regional Park. - Government Buyer: - Fraser Valley Regional District (FVRD), Canada - Project Scope: - Design, delivery, supply, and installation of a new floating boardwalk system - Decommissioning and removal of the existing boardwalk (installed in 2004) - New boardwalk must follow the same alignment and footprint as the current structure - Boardwalk must connect to existing ground-based ramps - Structure must be floating (not elevated or pile-supported) - Environmental & Site Requirements: - Installation in an ecologically sensitive wetland with shallow water and fluctuating levels - Design and construction must minimize impact on significant bird habitat and wetland ecosystem - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Products/Services Requested: - Floating boardwalk system (design, supply, installation) - Decommissioning services for existing boardwalk - Unique Requirements: - Strict environmental sensitivity due to wetland and bird habitat - Boardwalk must not be elevated or pile-supported; floating only - Must connect seamlessly to existing ramps and infrastructure
Description
The Fraser Valley Regional District (FVRD) is seeking proposals for the design, delivery, supply, and installation of a replacement floating boardwalk system at Cheam Lake Wetlands Regional Park, located in Electoral Area D. The project involves decommissioning the existing boardwalk installed in 2004, which has reached end of life, and replacing it with a new, environmentally sensitive floating boardwalk system on the same alignment and footprint. The environment is ecologically sensitive with shallow wetlands, fluctuating water levels, and significant bird habitat. The new system will connect to existing ground-based ramps and will not be elevated or pile-supported.