New construction of an elderly care / assisted living facility in Toronto, Ontario. Completed plans call for the construction of a 693,195-square-foot, 16-story above grade, 528-unit elderly care / assisted living facility.

New construction of an elderly care / assisted living facility in Toronto, Ontario. Completed plans call for the construction of a 708,480-square-foot, 16-story above grade, 528-unit elderly care / assisted living facility. Ellis Don Corporation is the Construction Manager for the new 528 bed Long-Term Care Facility located at 4000 Leslie Street, Toronto, Ontario, Canada. The project is a 16-storey above grade facility in Toronto, with a GFA of approximately 65,600 sq m. consisting of the following areas - 1. 2 Levels of Retail/Clinic Space (Approx 4,200 sq m) 2. 5 Floors of Open-air Parking garage (532 parking spaces, approx. 24,900 sq m) 3. 9 Floors of Long-Term Care (528 beds, Approx 32,000 sq m) 4. Structural Steel Mechanical Penthouse (Approx 3300 sq m) Ellis Don invites eligible firms, companies, and joint ventures to submit qualifications for providing services for the scopes of work required for the Long-Term Care Facility's construction: Provide a complete Spray Foam Insulation Scope of Work. 1. Proof of active membership with the respective Local Trade Union 2. Confirm commitment to register within the Subcontractor Default Insurance Program (SDI) [i.e. A bonding capacity assessment] with a potential contract value of $1,000,000. 3. Provide 3 Project references of similar size and scope 4. Bidders must provide a summary of their current project commitments, including timelines and resource allocations. This information will be used to evaluate their capacity to undertake and complete the scope of work outlined in this RFPQ without compromising quality or schedule Official bid documents must be obtained from www.merx.com and bid submissions must be done through the Merx platform. Question Acceptance Deadline: 2025/09/19 05:00:00 PM EDT * The project value listed reflects the total project estimate.