Opportunity
Quebec SEAO #045d854a-6330-439c-ba19-bfcd5ca1bf13
Market Research: Real-Time Monitoring Solution for Vacuum Sewer Network – City of Quebec
Posted
September 10, 2026
Respond By
October 01, 2026
Identifier
045d854a-6330-439c-ba19-bfcd5ca1bf13
NAICS
541330, 541690
The City of Quebec is seeking information from companies specializing in instrumentation, telemetry, and industrial communications for a potential project in the Lake Saint-Charles sector's vacuum sewer network. - Government Buyer: - City of Quebec (Ville de Québec), municipal utilities and water/sewer services - Scope of Interest: - Real-time monitoring solution for water level and valve status in the vacuum sewer network - Focus on autonomous energy solutions for rapid data acquisition and transmission - Integration with existing supervision systems without compromising current equipment - Evaluation of available technologies, equipment, and approaches to meet operational, technical, and regulatory requirements - Purpose: - Call for interest to gather market intelligence and inform future procurement - Information will help define functional and technical needs, assess market solutions, and prepare for potential acquisition - Geographic Restriction: - Project limited to the Capitale-Nationale region - OEMs and Vendors: - No specific OEMs or vendors are named in the notice - Unique Requirements: - Emphasis on autonomous energy (self-powered) solutions - Must ensure compatibility and non-interference with existing municipal infrastructure
Description
The City of Quebec is seeking information from companies with expertise in instrumentation, telemetry, and industrial communications to develop a real-time monitoring solution for the water level and valve status in its vacuum sewer network in the Lake Saint-Charles sector. The goal is to evaluate available technologies, equipment, and approaches to meet operational, technical, and regulatory requirements. The City is interested in autonomous energy solutions for rapid data acquisition and transmission to existing supervision systems without compromising existing equipment integrity. The collected information will help define functional and technical needs, assess market solutions, and prepare for potential procurement to enhance the network's reliability, resilience, and intervention capacity.