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Dossier de presse | no. 3378-01
The Parisian practice Barrault Pressacco recently completed a social housing project in massive stone. The operation articulates an environmental approach to design whilst echoing the Hausmannian building tradition that characterises the French capital. The use of this natural material equally contributes to the sense of well-being and comfort that permeate the project.
The site is located in the 11th arrondissement of Paris, where local vernacular architecture coexists alongside Hausmannian renovations from the latter half of the 19th century.
The volumetry of the building derives from urban regulations and the orientation of the site. The densest part of the building is aligned with the street whereas the second part, situated inside the block, is disposed in south-facing graded terrasses.
Stone: From Material to Resource
Stone is abundant in France and notably in the vicinity of Paris. Its use is virtuous environmentally and highly contextual, drawing on local resources and engaging the regional economy. Territory, city and architecture are thus brought together by this ancestral material.
The energy necessary to extract, cut and lay stone is limited in comparison to other materials. It undergoes little transformation and its intrinsic properties are conserved in the process. Having been a geological layer, stone becomes a resource, imbued with new purpose and meaning.
The construction of the building is hybrid, composed of different materials each assuming a particular mechanical or thermal role. All the facades are in massive stone supported by reinforced concrete porticos on the ground floor. This juxtaposition recalls the Parisian building tradition, wherein the materiality of the lower and higher levels was typically differentiated.
The thickness of the stone facade varies depending on the degree of its sollication, with 35 centimeters on the first level and 30 centimeters on the floors above. A metal frame associated with the facade reduces the load on the floor plates.
Hemp concrete, whose breathability is well suited for stone masonry, insulates the building.
Stereotomy and Modenature
The science of stereotomy (art of cutting and assembling stone elements) leverages the significant technical advances associated with the building of cathedrals. For the project architects, an awareness of the life cycle of stone—extraction, transformation, use, reuse—gives new relevance to the architectural form and to construction details.
As opposed to ornamentation by addition, the design of the window openings proceeds by subtraction, inspired by the Haussmannian pursuit of an economy of means and materials. The modernature hereby invokes history in order to innovate.
Address: 62 rue Oberkampf
75,011 Paris, France
Program: 17 social housing units and 1 shop
Architect: barrault pressacco
Collaborators: Julie André-Garguilo (competition), Pauline Rabjeau (studies)
Structure/Thermal engineering: LM Ingénieur
M&E engineering: Atelux
Economist: ALP ingénierie
Acoustics: QCS services
Label biosourcé niveau 3
Label BBCA (low carbon building)
Certification Habitat & Environnement, Option Performance
RT2012 / plan climat ville de paris
Surface: 1085 m² of living area
1222 m² of floor area
Cost: 3.2 M€ (excluding VAT)
Calendar: Competition September 2012
Delivery: December 2017
Photographers: © Giaime Meloni, © Maxime Delvaux, © Clément Guillaume
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Pour plus d’informations
Image basse résolution : 2.89 x 4.33 @ 300dpi ~ 270 ko
Image basse résolution : 2.89 x 4.33 @ 300dpi ~ 350 ko
Image basse résolution : 2.89 x 4.33 @ 300dpi ~ 320 ko
Image basse résolution : 2.89 x 4.33 @ 300dpi ~ 450 ko
Image basse résolution : 3.0 x 2.0 @ 300dpi ~ 180 ko
Image basse résolution : 3.0 x 3.75 @ 300dpi ~ 400 ko
Image basse résolution : 3.0 x 3.75 @ 300dpi ~ 390 ko
Image basse résolution : 3.0 x 3.75 @ 300dpi ~ 380 ko
Image basse résolution : 3.0 x 3.75 @ 300dpi ~ 440 ko
Image basse résolution : 3.0 x 2.4 @ 300dpi ~ 120 ko
Image basse résolution : 3.0 x 2.4 @ 300dpi ~ 220 ko
Image basse résolution : 3.0 x 3.75 @ 300dpi ~ 180 ko
Image basse résolution : 3.0 x 3.75 @ 300dpi ~ 340 ko
Image basse résolution : 2.89 x 4.33 @ 300dpi ~ 300 ko
Image basse résolution : 2.9 x 4.33 @ 300dpi ~ 440 ko
Image basse résolution : 3.0 x 2.4 @ 300dpi ~ 180 ko
Image basse résolution : 4.86 x 4.12 @ 300dpi ~ 1 Mo
Image basse résolution : 3.31 x 4.88 @ 300dpi ~ 1000 ko
Image basse résolution : 3.19 x 4.87 @ 300dpi ~ 1 Mo