$1.2 million in gains with Flexim's revolutionary non-intrusive ultrasonic flow measurement technology

Our client, engaged through the ESAP (Energy Services Acquisition Program) project in Ottawa, needed to improve energy monitoring in alignment with their mandate. The Government of Canada initiated the ESAP project to modernize the National Capital Region District Energy System, aiming to establish one of the country’s most significant public green infrastructure initiatives. The objective is to fully transition the NCR DES by 2026, achieving one of North America’s pioneering conversions of a large-scale public district energy network from steam to a low-temperature hot water system, complemented by electric chillers for cooling. 

They were tasked with implementing non-intrusive metering systems to allow end-users to accurately track energy consumption and ultimately reduce costs. Without a viable solution in place, their energy and water expenses would remain unchecked, perpetuating inefficiencies and unnecessary expenditures.  

This challenge was significant as it directly impacted their bottom line, with no current mechanism in place to gauge or optimize energy use. The client contacted us based on a recommendation from ESAP contacts. These contacts had prior experience working with us and recently learned of our representation of the Flexim solutions, a trusted name in clamp-on ultrasonic metering technology. 

After being approached, we conducted an initial meeting with the client to clarify their requirements and the technical specifications of the project. We collaborated closely with both the client and the plant to ensure our recommendations aligned with their needs and operational constraints. 

Our proposed solution involved the deployment of five BTU meters and five flowmeters from the Flexim product line. The specific models supplied were as follows: 

The non-intrusive design minimized disruptions during installation, which helped reduce labor requirements and enabling workers to focus on other critical operations. And with enhanced monitoring capabilities, they now have the tools to reduce energy consumption, supporting their broader goals of cost reduction and sustainability. Overall, this solution helps them save on energy use and minimizes health risks during maintenance and downtime work.