Camp del Ferro Sports Centre
The project by architects Albert Salazar Junyent and Joan Carles Navarro (partners at AIA), Antoni Barceló and Bárbara Balanzó (members of the Catalan practice Barceló-Balanzó arquitectes) and the architect Gustau Gili Galfetti for the construction of the Camp del Ferro municipal facility in the Sagrera neighbourhood (Barcelona) won first prize in the public competition announced by BIMSA in 2015. Construction of the work, with a surface area
of 7,237 m2, began in 2017. Now, recently inaugurated, it provides the Sant Andreu district with an amenity that includes three sports courts and a public space that improves accessibility and connection with the new infrastructure.
Given the large volume required by the functional brief (three sports courts) in relation to the limited dimensions of the site and the high urban density of the area, it was decided to semi-underground much of the sports complex. The meticulous design in section of the building ensures good lighting, natural ventilation, ease of access and safe evacuation even of the lower areas.
The decision to partially underground the volume not only reduces its visual impact, it also generates an open urban space that is ceded to the city. This space acts as a public foyer to accommodate occasional large influxes of visitors and users, with entrance via this concourse or plaza that is also the urban finishing touch to the widened street.
The construction system is based largely on brick, deliberately revisiting the old factories, warehouses and workshops that are so numerous in the area. The construction and materiality of the building constitute
its formal expression, its finish, with no added elements. The brick thereby has a high profile. The low maintenance bare brick façades alternate empty and full, opaque, translucent and transparent parts, and masonry units of different formats and colours with the aim of lightening the whole, giving the built volume a texture, a grain, a vibrant pixelation, while also adapting to the different orientations. We see brick lattice walls on exposed façades protect the courts from direct sunlight and possible glare, and, conversely, large glazed expanses in the lower part of the north-facing façade, opening up to the entrance concourse.
The above ground volume of the building is finished off by a roof of gently curving, inverted vaults that is integrated into the context, somehow suggesting the order and presence of the roofs of neighbouring warehouses. This curved-line finish helps to lighten the volume of the complex and constitutes part of its formal expression.
Inside, the layout of the brief is very clear, as seen in the longitudinal section and the floor plan, where we see not just the superposition of the sports courts on different levels but also the arrangement of a central volume containing all the smaller scale elements (changing rooms, storage and services), communications (vertical and horizontal) and installations. This is a compact volume that separates the large-scale elements.
Further intrinsic, deliberate consequences of semi-undergrounding much of the complex are the direct gains obtained thanks to the increase of the complex’s thermal inertia by reducing its exposed surfaces. The building’s energy efficiency begins with the volumetric approach of the design. Subsequently, a whole series of measures on a different scale (solar protection, cross ventilation, natural lighting and the use of renewable energies) reduces the energy needed for it to function, earning the centre LEED Gold certification.
