Opportunity

Alberta Purchasing #RFP 26-1555

Calgary Solicits Feasibility Assessment and Restoration Planning for Hawkcliff Park Wetland

Posted

April 22, 2026

Respond By

May 27, 2026

Identifier

RFP 26-1555

NAICS

541620

The City of Calgary is initiating a procurement for professional services to assess the feasibility and plan the restoration of an urban wetland at Hawkcliff Park in northwest Calgary. - Government Buyer: - City of Calgary, Alberta, Canada - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Products/Services Requested: - Urban wetland feasibility assessment and restoration planning services - Includes site investigations, data collection, hydrologic modeling, evaluation of restoration alternatives, preliminary cost estimates, and risk mitigation strategies - Initial award is for Phase 1 (feasibility analysis); later phases (planning, design, construction support) are contingent on feasibility, City approval, funding, and performance - Unique/Notable Requirements: - Multidisciplinary teams required (environmental, engineering, advisory expertise) - Emphasis on integrating restored wetlands within an active urban park - Considerations include hydrology, stormwater, regulatory compliance, constructability, infrastructure, public access, and long-term stewardship - All communication and bid submission must occur via the SAP Business Network portal - Estimated contract value: $100,000 - Place of performance: Hawkcliff Park, Hawkwood community, Calgary

Description

The City of Calgary is seeking proposals from qualified multidisciplinary teams to conduct a feasibility assessment and potentially subsequent planning, design, and construction support for an urban wetland restoration project at Hawkcliff Park in northwest Calgary. The project aims to restore a former wetland to a similar historical classification and size, with opportunities to expand wetland area, enhance ecological function, and integrate the system within an active urban park. The work includes hydrology and stormwater integration, regulatory compliance, constructability, infrastructure integration, public access, and long-term maintenance and stewardship. The project will be delivered in four phases, with the initial award covering Phase 1 feasibility analysis only.

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