Heating Substation Upgrade at Fabert High School
Published 25 March 2026
Location
Metz, Grand Est, France
Suggested bid value
~EUR 350,000
Source
boamp
Description
The tender concerns an upgrade to the main heating substation at Fabert High School in Metz, France. While the exact scope isn't fully detailed, contractors should anticipate work involving the replacement or refurbishment of existing heating equipment such as boilers, heat exchangers, pumps, control systems, and associated pipework. Optimizing the heat supply system likely requires integrating modern, energy-efficient technologies and potentially integrating with building management systems.
As a project at a high school, access and working hours may be restricted to minimize disruption to school activities. The 'HVAC' trade designation suggests a specialist contractor with experience in larger, commercial heating systems is required. Given the location and the focus on upgrading a primary substation, the existing infrastructure may present challenges concerning integration and compatibility with new components. A thorough site survey will be critical to determine the full extent of the work and potential complications.
Without the CPV codes or more specific details, assessing complexity is difficult. However, the scope points to a significant mechanical and electrical engineering component, necessitating specialized skills and adherence to relevant French regulations and standards for heating systems.
Original description
This project involves upgrading the primary heating substation at Fabert High School. The aim is to optimize the heat supply system.
Deutsch
Heizstationsmodernisierung am Fabert Gymnasium
Dieses Projekt umfasst die Modernisierung der primären Heizstation am Fabert Gymnasium. Ziel ist die Optimierung der Wärmeversorgung.
Français
Travaux d'optimisation de la sous station primaire de chauffage au Lycée Fabert
Ce projet concerne l'optimisation de la sous-station primaire de chauffage au Lycée Fabert. L'objectif est d'améliorer le système d'alimentation en chaleur.