Home / Projects / Offices / Syntra West reception building

Syntra West reception building

Brugge, Belgium, Europe

Sector Offices
Client Syntra West vzw, Spoorwegstraat 14, 8200 Brugge Sint-Michiels, BE
Architect Debruyne Gino en Architecten, Witte Molenstraat 54 a, 8200 Brugge, BE
Intervention Construction
Scope Study and following up MEP / EPBD reporting
GFA 1,698 m2
Project status completed
Study January 2017 - March 2017
Execution September 2017 - June 2019

Sustainable Features

glazing
glazing
heat recovery
heat recovery
geothermal energy
geothermal energy
reuse rainwater
reuse rainwater
Total technical installations cost:€ 448.818,99 VAT excluded
K Level / Energy class :30 (K level)
 E Level:53 (E level)

 

Project description:

Syntra West’s infrastructure in Bruges was expanded by connecting two existing buildings to each other.

The new cafeteria, seven classrooms and a reception desk are housed in this new volume.

Educational buildings are designed from the point of view to have a long lifespan and low operating and maintenance costs. Another determining factor is the varying occupancy rate of the building depending on the time of the day and the year. Based on this, various sustainable techniques were applied; the cafeteria can be acclimatized separately from the classrooms to limit the fan consumption, absence detection is used for the lighting in the classrooms, … The boiler and technical room were provided in a separate room on the roof and additional solar panels were installed. The advantages of a technical room on the roof are the provision of fresh air, exhaust air and chimney towards the environment, which ensures a cost-efficient design.

A healthy and comfortable working and learning environment has a major impact on the productivity of the users. For example, the occupied spaces must be sufficiently heated or cooled without creating an audible draft. Natural and artificial ambient light must be pleasant for the eyes, the room must not be light or too dark. For this purpose, sensors were used that measure daylight in order to adjust the amount of artificial light.