Metaflux, 9th International Architecture Exhibition, Venice Biennale
Transcrição
Metaflux, 9th International Architecture Exhibition, Venice Biennale
ORIENTE COMPLEX Lisbon Expo’98, Portugal, 1996 – 2004 RESIDENTIAL Location Lisbon Expo’98, Portugal Client Coociclo Cooperative and Espreita Rio Cooperative Landscape Architecture Joao Nunes (PROAP) Programme Mixed-use with street retail, offices and residential Plot Area 6,800 sq.m Gross Built Area 15,000 sq.m (plus 9,000 sq.m below grade) Total Building Cost EUR 16M Construction Cost EUR 650 per sq.m Project Status 1996 (master planing) – 2004 (built and open to public) East and north facade View towards to residential courtyard www.promontorio.net Residential courtyard ORIENTE COMPLEX Lisbon Expo’98, Portugal, 1996 – 2004 Garden level plan Ground floor plan East facade www.promontorio.net ORIENTE COMPLEX Lisbon Expo’98, Portugal, 1996 – 2004 Residential courtyard The design of the Oriente complex results from the merger in a single plot of two cooperatives and different programmes for housing, offices and shops. Set in one of the most infra-structured areas of the Lisbon Expo’98 precinct, facing the Boulevard of the Oceans and bordering the Siza’s Portuguese Pavilion and the Museum of Science, the plot formerly occupied by theme pavilions during the World Exhibition, was later devised as a perimeter block divided approximately in half by the cooperatives. Even tough this separation is total, –that is, from underground parking to the surface floors–, it was nevertheless possible to create an understanding between the parties involved in regard to the public space and the compositional systems, so that the overall ensemble could be perceived as a single entity. www.promontorio.net Complying with the legal constrains imposed by the Expo’98 master plan, the buildings are set on a platform that functions as a commercial belt around the perimeter, the latter compulsorily shaped as an arcade on the elevations facing the boulevard. The housing building is set as a U on the platform level, permeated by an arched passageway that generates a semi-enclosed patio allowing public access to the apartments. In the office building area this U-shaped typology is received at street level generating a large public square, crowned by a mezzanine at the platform level. On the latter, besides access to the offices, a number of restaurants and cafeterias produce a constant flow of public movement. A small services building, isolated on the East top of the platform functions as a counterpoise to both the missing slot of the arched passageway of the housing block, and the public elevator tower on the opposite end of the square. The wall construction system for both the housing and office facades is based on an insulated brick wall, protected by a ventilated fibber-cement panelling system. The surfacing of the peripheral beams of the floor slabs interrupts the stereotomy of the panels. In contrast with artificial nature of concrete and fibber-cement, the frames are made of solid redwood. The physical presence of the ensemble, however discreet and formally restrained, aims to establish a positive contrast with the multifarious plasticity of the surroundings. XEROX BUILDING Avenida Infante Dom Henrique (Lisbon), Portugal, 1996 – 2001 WORKPLACES Location Avenida Infante Dom Henrique (Lisbon), Portugal Client Xerox Portugal, SA Programme Offices, dispatch and warehousing facilities Plot Size 8,880 sq.m Gross Built Area 24,800 sq.m Total Building Cost EUR 9,5M Construction Cost EUR 750.00 per sq.m Project Status 1996 to 1999 (design) – 1999 to 2001 (construction) Site plan Open courtyard www.promontorio.net XEROX BUILDING Avenida Infante Dom Henrique (Lisbon), Portugal, 1996 – 2001 Entrance West facade www.promontorio.net XEROX BUILDING Avenida Infante Dom Henrique (Lisbon), Portugal, 1996 – 2001 Southwest view Upper floor Ground floor Basement North facade South facade Section The building was designed on the outcome of the 1st prize on a short-list competition promoted by Xerox Portugal for its headquarters in Portugal. Given the busy traffic intersection of the plot, the building was devised in a U-shape, with two parallel wings of offices connected by a third block of equipments (auditorium, showroom, refectory, etc), around a large and enclosed void. www.promontorio.net With over 800 sq.m and 5-storey, the monumentality of this atrium endorses not only the needs for circulation and reception, but also the less evident need for silence and contemplation in the large corporation. Yet, and notwithstanding the growing tendency for privatisation of public space and renouncing to the restrictive notion of functionality of the real estate market, the eminently public character of this atrium allows us to anticipate that it will be a space of event, open to the city. The compositional system of both exterior and interior façades is based on a construction module repeatedly developed by PROMONTORIO. Its configuration endorses the idea of a heavyweight tectonic wherein a representational skeleton of prefabricated concrete panels visually holds the fragile elements–glass and alternatively wood or zinc. Endorsing the classical theme of post-and-lintel, the representational transposition of the idea of load runs across the building with this concrete skeleton resting on a heavy stereotomic granite plinth. BLOCO CARNIDE Carnide historical district, Lisbon, 1999 – 2003 RESIDENTIAL Location Carnide historical district, Lisbon Programme 24 units of 2-, 3- and 4-bdr apartments in addition to the renovation of two adjoining old houses Client Cooperativa de Habitacao Vila Rosa, CRL Gross Built Area 3,200 sq.m (plus parking) Total Building Cost EUR 4.260.000.00 Plot Size 1,020 sq.m Construction Cost EUR 630.00 per sq.m Project Status 1999 (concept design) – 2003 (built) View towards West Presentation model www.promontorio.net BLOCO CARNIDE Carnide historical district, Lisbon, 1999 – 2003 NOTA: TODAS AS COTAS DEVEM SER VERIFICADAS EM OBRA. TODAS AS ALTERAÇÕES DEVEM SER COMUNICADAS AOS PROJECTISTAS DAS ESPECIALIDADES. AS INFORMAÇÕES CONSTANTES NESTES DESENHOS CARECEM DA CONSULTA DE OUTROS ELEMENTOS DO PROJECTO. A CB D E ARQ.02.001 EDIFÍCIO CONFINANTE 13,17 2,08 0,55 0,64 1,22 0,64 1,22 0,84 VE2 0,64 1,22 0,64 VE2 J K 0,55 0,64 1,22 0,64 1,22 0,84 VE2 L M N ARQ.02.004 0,55 0,64 1,22 0,64 VE2 0,55 0,60 1,15 0,60 VE5 0,55 0,60 1,15 0,60 VE5 0,55 0,60 1,15 0,60 1,15 0,80 VE5 0,60 0,55 0,60 1,15 0,60 VE5 0,55 ARQ.20.073-01 3,02 3 ,05 3 ,05 3 ,05 3 ,05 3 ,05 3 ,05 ARQ.02.001 3 ,05 ARQ.02.002 3 0,77 0,66 1,27 1,27 0,66 0,86 0,15 0,66 0,87 1,27 0,66 0,79 0,55 0,29 0,80 0,66 1,27 1,27 0,66 0,86 0,55 0,15 0,67 2,14 1,27 0,61 0,76 0,61 0,56 0,61 1,65 1,15 0,61 0,81 0,55 0,15 0,81 0,61 1,15 1,15 0,61 0,81 0,55 0,15 0,81 0,61 1,15 1,15 0,61 0,81 0,55 0,15 0,61 0,81 0,61 0,81 0,55 0,15 0,61 1,15 2,70 0,61 0,55 0,29 0,74 1,15 0,61 0,15 0,55 [email protected] azinhaga da torre do fato, 7 a 1600 lisboa portugal t: +351 21 7112480 f: +351 21 7112489 0,61 0,81 2 ,77 1,15 0,09 VE5 AVAC pgi [email protected] r. s. domingos de benfica, 33 2º dto 1500 lisboa portugal t: +351 21 7221380 f: +351 21 7221389 0,61 0,81 ESPAÇOS EXTERIORES global [email protected] r. da esperança, 9 2º e 1200 lisboa portugal t:+351 21 3929270 f:+351 21 3929279 0,55 0,81 V3 1,15 0,81 5 ,62 5,02 2,67 1,15 0,09 0,60 0,15 0,15 VE5 0,81 V3 1,10 4,88 DONO DE OBRA coociclo cooperativa de habitação e construção, c.r.l. r. fernando lopes graça, 9 a 1600-067 lisboa portugal t:+351 21 7578673 f:+351 21 7578676 VE5 PROJECTO edifício de habitação LOCAL travessa do pregoeiro ,10 - carnide, lisboa 1,62 ARQ.20.073-01 0,49 1,15 ARM7 0,75 0,11 0,89 1,15 1,75 0,71 0,39 eppe 1,15 0,70 0.55 0,87 ELECTRICIDADE, COMUNICAÇÕES, SEGURANÇA E GÁS pgi 0,15 0,15 V3 0,22 1,15 cenor [email protected] av.gago coutinho, 133 1700 lisboa portugal t: +351 21 8437300 f: +351 21 8437301 1,72 0,62 0,10 0,15 0,11 0,11 0,75 0,10 0,75 0,09 ARM3a 1,60 2,67 1,82 1,75 VE5 0,55 1,15 ARQUITECTURA E COORDENAÇÃO joão perloiro joão luis ferreira paulo perloiro paulo martins barata pedro appleton www.promontorio.net r. fábrica de material de guerra, 10 1900-690 lisboa portugal t: +351 21 8620970 f: +351 21 8620971 5,02 6,80 0.70 0,15 0,27 1,10 0,55 VE5 0,60 1,15 .05 0,60 0,55 VE5 0,60 1,15 2.90 0,60 0,55 VE5 0,60 1,15 2,90 ARQ.02.003 0,60 0,55 aprovou ESTABILIDADE, ÁGUAS E ESGOTOS ARMÁRIO 5,62 1,72 0,62 assunto promontório arquitectos ARQ.02.005 1,32 ARM3 0,75 0,10 0.26 0,75 0,10 0,15 0,15 0,81 1,15 0,71 0,61 ARM9 VE5 0,81 0,10 ESPENSEIRO 0.60 0,13 1,10 data Módulo de fachada 2,92 Ver desenho ARQ.20.070-02 0,61 MLR MSR 2 0,15 ARM8 0,70 0,55 0,15 0,11 0,09 0,17 0,10 0,75 0,15 2,90 1,72 0,23 0,87 0,99 V3 1.99 6 0,81 0,61 0,55 VE5 - Reboco/enchimento 0,09 0,20 0,15 DESPENSEIRO DESPENSEIRO FRIGORÍFICO D 0,18 V3 1,36 - Pedra VE10 ,20 V3 0,75 0,10 V3 - Isolamento térmico 1,72 1,50 0,27 0,29 0,60 1,55 0,15 1,15 0,15 1,00 0,18 0,75 0,15 0,15 - Betão pré-fabricado MLL 0,95 V3 I.S.14 2,31 0,76 5,62 - Betão celular 5,62 4 0,10 0,15 1,00 0,11 0,15 0.75 2.05 ,63 4,88 DESPENSEIRO 0,15 I.S.12 0,15 CW11 0,61 1,15 2,89 15 4 COZ5 0,75 0,20 V3 0,75 0,10 0,35 1,20 0.19 1 1,15 0,29 VE5 ARM3 I.S.13 1,77 0,55 ,57 0,61 4,53 - Betão armado ,40 ARM3 0,62 0,11 0,75 ,70 V3 0,55 0,61 1,15 2,92 VE5 - Alvenaria bloco de betão 3,78 4 0,10 0,75 0,20 1,25 2,31 14 0,60 CALDEIRA + DEPÓSITO CK5 2 0,15 1,77 1,15 1,15 2,92 CW10 - Alvenaria tijolo ARQ.02.006 rev. 1,15 ,72 2 1 ,87 0,25 0,80 0,95 0,17 0,27 0,80 APA5 ,30 1,15 0,61 0,55 0,61 2,11 13 0,22 0,03 PS6 0,90 4,68 0,15 1,70 APA10 0,27 0,77 V5 VE5 1,30 Q.E.9 1,41 0,66 0,15 LEGENDA ,50 0,13 1,72 1,59 0,74 0,27 0,55 1,15 2,92 PS4 0,12 PC60 0,27 0,76 0,61 2,67 0,12 1,15 1,15 2,92 0,61 4,53 0,85 2,20 VE5 5 V3 2,34 Z.T.C 1,75 0,12 0,25 1,10 4,60 104.36 VE5 1,15 V3 V3 1,75 1,14 0,76 0,27 0,80 110.35 12 0,15 0,76 0,09 1,82 5 V3 0,15 ,72 2 1,85 0,74 0,61 0,75 0,10 0,15 0,15 0,81 0,75 0,10 2,45 0,55 0,61 1,75 NÚCLEO C VE5 ,50 0,19 0,75 ARM10 1,18 1,13 11 0.11 0.99 0,13 ,15 0,09 0,15 V3 ventilador estático Ver proj. AVAC VE5 4,88 0 1,10 CW9 10 ARQ.02.005 MLR MSR 0,09 0,15 V3 0,15 ARQ.20.073-03 ARQ.02.007 1,91 CALDEIRA + DEPÓSITO 1,72 ,84 0,65 0.26 1.94 I.S.17 1.75 1,15 VE5 VE5 CK4 5 0,15 0,81 0,61 0,55 0,61 1,15 ARM3 0,27 0,27 0.70 Módulo de fachada 2,92 sem portadas 1,16 VE9 0,71 ARM3a 4,53 2,92 ,15 0,15 0,90 0,90 0,75 2,15 V3 6 1,15 1,15 2,92 9 0,15 0,74 I.S.16 ,58 0,55 0,61 CW8 0,10 COZ9 3,00 0,18 V3 0,18 0,75 1,77 2,31 5,43 RIGORÍFICO 4,36 0,15 I.S.15 0,75 0,15 0,15 1,15 V3 0,15 0,35 1 1,20 1,95 F 0,33 V3 0,75 0,10 0,15 1,77 0,65 0,61 1,15 2,92 0,20 0,18 0,75 0,15 0,61 0,55 0,61 4,53 VE5 ARM2a 1,68 DESPENSEIRODESPENSEIRODESPENSEIRO 1,50 V3 0,29 8 6 0,19 0,95 0,20 0,11 0,13 1,15 110.35 1,15 2,47 V5 0,15 0,15 CW7 Módulo de fachada 2,92 Ver desenho ARQ.20.070-02 0,15 0,09 0,38 PS6 6,88 VE5 1,27 1.80 0,90 0,61 4,53 1,50 1,30 0,12 0,61 0,15 0,55 1,14 0,27 0,12 0,02 1,15 0,27 0,27 0,61 VE5 0 0.69 0.76 ,60 1,86 3 0,62 0,60 ARQ.20.073-02 Módulo de fachada 3,05 Ver desenho ARQ.20.071.02 ARQ.20.073-01 1,24 0,27 VE2 0,64 0,15 1 ,22 0,55 2 ,77 1 ,83 0,64 0,15 1,22 2,77 1,22 VE2 0,64 0,15 0,77 0,10 0,29 0,55 0,11 0,75 0,77 0,64 0,09 1,22 0,15 0,64 2,70 1 ,22 VE2 0,55 0,29 1 ,83 0,64 ,70 1,22 0,15 1,22 VE2 0,64 VE1 0,15 0,77 ARQ.02.008 4,81 2 ,77 0,29 0,55 VE1 3,56 0,60 0,45 0,77 0,64 0,60 V3 0,15 1,22 0,15 V3 0,10 0,44 APA12 0,80 0,95 1,42 4 PC60 PS2 1,22 0,64 4,18 4,18 1,68 0,77 0,15 0,55 0,77 0,29 VE2 0,63 0,27 0,76 1,27 1,47 1,25 VE2 0,60 APA7 0,76 1.10 Q.E.8 0,29 0,55 Módulo de fachada 3,15 Ver desenho ARQ.20.071-01 ARM2a 0,13 0,13 0,22 1,30 0,09 0,77 0,64 0,43 1,22 1,10 V3 1,50 0,95 0,80 PC60 4 1,22 VE2 0,64 VE1 3,56 0,99 0 0,25 NÚCLEO B 0,27 0,77 1.56 PS4 0,27 0,29 0,55 0,15 0,15 ARM2 Z.T.B 0,11 0,33 0.11 0,90 2,46 0,77 0,64 0,47 1,22 1,18 0,64 1,25 1,25 PS6 0,17 ,47 ,06 4,06 VE7 0,10 MLR MSR 0,09 0,70 1,66 0,15 1,50 5,65 6,05 6,05 5,45 MLR MSR 0,63 110.34 0,61 0,55 0,60 1,82 0,21 2,41 0,27 0,02 1 ,22 VE2 0,64 0,18 0,15 I.S.8 0,27 1,20 2,54 1,15 1,22 0,17 0,75 1,10 0,13 0,15 V4 ,10 0,29 110.35 3,63 ,30 1 ,83 VE2 0,64 ,64 0,29 3,65 DESPENSEIRO 1,15 1,22 1,15 0,74 0,55 0,89 V3 2 V3 0,36 COZ8 4,20 0,10 VE7 0,93 CW6 ,59 6 2,90 2,69 0,13 V3 1 0,29 DESPENSEIRO V3 1,33 0,42 0,75 APA3 VE1 0.61 ,54 0,95 0,10 ,29 5,81 0 0,15 MLL 2,90 MLL 0,29 0.70 1,82 2 0,15 CW4 2,38 2,15 CALDEIRA + DEPÓSITO 0,15 0,15 1,64 V3 FRIGORIFICO 0,60 CK3a 0,27 CW3 0 0,60 DESPENSEIRO 5 0,64 ,85 0,09 0,75 2 0,15 I.S.5 0,15 0,15 0,15 1,23 1,70 0,75 0,15 2,21 0,60 1,72 0,15 ,15 V3 I.S.4 0,15 0,85 0,15 0,18 0,29 FRIGORÍFICO 0 1,10 0 0,13 0,60 0,13 0,18 0,15 1,10 ,68 4,81 0,29 0.26 2,61 Q.E.6 0,27 0.75 0,29 CK3b ARM4 2,57 1,72 ,15 4,75 0,09 DESPENSEIRO 5,05 4,80 0,17 V3 V3 0,90 DESPENSEIRO 2,90 4,20 0,15 0,10 0,75 V3 1,20 0,70 0,10 0,60 0,60 0,15 ARM3 1,70 0,75 FRIGORÍFICO CK1 1,72 0,15 0,09 0,17 0,75 0,60 7 DESPENSEIRO 1,45 0,17 1,20 0,15 V4 V3 0,10 0,10 0,75 0,11 0,75 0,29 ARM3 1,15 4.95 V3 0,15 1,72 0.60 I.S.7 0,15 0,09 1,10 1,40 ,98 V3 CW5 V3 2,33 0,17 DESPENSEIRO 0,85 1,75 ARM2 0,15 ARM5 V3 I.S.6 1,33 MLL 0,38 5,65 DESPENSEIRO 4 CW2 1,35 I.S.3 V3 V3 0,15 0,15 0,15 V3 ,15 CALDEIRA + DEPÓSITO 0,15 4 4 0,85 0,75 0,18 2 V3 0,15 0,29 110.35 ,15 0,60 CK2 3 0,27 1,15 VE5 1,15 CL 1,30 0,32 0,15 0,22 APA2 1,67 0,90 0,25 0,20 1,42 0,60 DESPENSEIRO 1,31 0,15 0,15 0,95 1.64 Z.T.A Q.E.4 PS6 7 ARQ.02.006 0,60 0.82 2 2,68 0,20 0,95 2,50 0.11 0,25 0,27 0,90 0,25 0,80 DESPENSEIRO 0,76 0,66 ARQ.02.007 0,55 0.13 1,00 0,29 COZ3 0,25 1,20 PS4 0,11 110.34 1,75 2,70 2,83 1,15 0,60 0,15 ,20 2,83 0,80 ,80 0 ,29 4,20 ,83 4,82 2 4,82 4,20 0,15 0,15 0,10 DESPENSEIRO 3,35 ,91 0,80 VE8 1,15 1,15 1,15 0,73 1,72 0,29 0,96 0,77 0,24 1,22 1,50 2 2,68 6 ARQ.20.073-01 2,07 0,84 ,67 0,15 1,10 0,77 0,13 0,29 0,15 0,77 2,11 1,22 ,40 0,84 ,61 0,15 ,50 0,44 APA11 0,10 0,27 1,30 DESPENSEIRO ARM11 0,24 0,75 0,66 0,55 0,85 0,55 5 O Módulo de fachada 3,05 Ver desenho ARQ.20.070-01 0,55 0,55 I ARQ.02.003 MLR MSR 1,70 NÚCLEO A 0,15 0,15 0,75 1 ,88 3 0,11 PC60 COZ7 0,66 ,12 PS2 PS6 CALDEIRA + DEPÓSITO 0,75 1,27 1,27 VE1 0,15 0,20 ,30 0,15 DESPENSEIRO 4 1,40 0,39 0,27 1,48 2 1,25 ,90 0,15 ,15 Q.E.3 110.35 V3 2 V3 VE1 0,15 0,80 1 1,45 1,70 ,19 2,42 ,90 0 0,15 V4 1,15 2 ,42 APA6 DESPENSEIRO 0,15 0,27 0,13 3 0,10 0,15 0,27 I.S.2 0,13 0,09 0,75 0,15 0,15 1,10 0,12 4,80 0,09 2,76 ,00 3 1,84 0,66 0,86 0,55 3 0,13 ARM2 V3 1,17 0,29 1,15 1,50 0,27 1,70 0,44 0,15 0,15 V3 1,10 2,16 0,15 CW1 0,75 0,10 V3 0,58 5,78 ARQ.02.008 H ARQ.02.002 1,30 2 1,70 ,75 0,15 1,38 V3 0,85 0,15 0,24 0,75 0,10 0,66 0,86 0,55 3 0,15 0,66 0,87 1,27 1,27 ,15 2,30 0,75 4,55 0,15 0,66 0,87 1,27 1 ,27 3 0,11 PC60 2 .44 ,61 1,27 0 4,85 3,95 VE1 1,40 .76 0,75 .05 4,07 Módulo de fachada 3,15 Ver desenho ARQ.20.071.01 0,15 0,51 2 ,42 0,80 0,27 0,95 1,70 V3 1,50 0,13 0,60 ARM1 2,38 1 .25 0,15 3 ,12 1,27 1,27 VE1 1.49 0,20 0 .63 0,15 1.05 0,66 0.92 4,12 I.S.1 2 G Módulo de fachada 3,05 Ver desenho ARQ.20.071-02 ARQ.20.064-05 0,55 0.01 ARQ.20.073-04 1 F ARQ.20.064 ARQ.20.064-06 VE5 0,60 1,15 2,90 0,60 0,55 VE5 0,60 1,15 2,90 0,60 0,55 2,87 Módulo de fachada 2,90 Ver desenho ARQ.20.070-01 ARQ.02.004 TÉCNICO RESPONSÁVEL joão luís ferreira NIP 99.05.258 COLABORADORES miguel pires sofia reis; joana cancela DATA março 2001 DESIGNAÇÃO FASE DO PROJECTO ESCALA DESENHO Nº planta piso 2 1:50 [1:150] execução arq.01.005 NOTA: TODAS AS COTAS DEVEM SER VERIFICADAS EM OBRA. TODAS AS ALTERAÇÕES DEVEM SER COMUNICADAS AOS PROJECTISTAS DAS ESPECIALIDADES. AS INFORMAÇÕES CONSTANTES NESTES DESENHOS CARECEM DA CONSULTA DE OUTROS ELEMENTOS DO PROJECTO. A B C 3.02 DD 3.05 EE 3.05 FF 3.05 GG 3.05 H 3.05 JI 3.05 LJ 3.05 0.59 N 2.90 O 2.90 2.87 CHK3a Guarda da cobertura Ver desenho ARQ.20.042 123,31 CHW3 Módulo de fachada 2,90m sem portada 123,31 123,31 Ventilador estático Ver proj. A.V.A.C. Modulo de fachada de 2,90m com quatro paineis fixos 123,16 123,11 123,11 123,11 122,66 0.18 122,52 M 2.90 124,48 CHK2 123,31 L N 2.87 124,48 CHK1 K 3.08 122,52 122,34 +122,21 0.15 0.55 122,34 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE5 VE5 0.61 VE5 V E5 0.57 2.21 2.21 2.42 Módulo de fachada 2,90 m 0.55 +119,22 VE2 VE2 0.03 0.61 VE2 0.61 0.03 VE2 VE2 VE2 VE2 VE2 VE5 VE5 0.55 0.57 1.14 2.21 2.42 1.22 0.57 VE5 V VE5 V E5 0.03 2.21 VE2 Módulo de fachada 3,05m Ver desenho ARQ.20.071-02 0.55 +116,23 115,51 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE5 VE2 VE5 VE2 VE2 VE2 VE2 VE2 VE5 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE5 VE2 VE2 VE2 VE2 VE2 VE2 VE2 VE5 114,34 CHW12 114,19 0.15 113,55 113,37 VE5 VE5 VE5 VE5 +113,24 VE5 VE5 VE5 VE5 VE5 VE5 VE5 Módulo de fachada 2,90 m 2.42 VE2 114,34 0.03 0.03 0.55 0.55 VE2 2.42 VE2 E5 CHK5 CHW11 114,14 0.55 113,55 113,37 VE2 0.15 0.15 0.59 2.42 Guarda da cobertura Ver desenho ARQ.20.042 0.55 2.42 rev. 0.30 0.05 data assunto aprovou 0.55 +107,26 0.55 107,73 2.42 0.55 +110,25 VE2 ARQUITECTURA E COORDENAÇÃO VE3 V promontório arquitectos E5 2.42 2.42 105,53 0.95 3.39 VE2 Torre de ventilação Ver desenho ARQ.20.051 0.05 0.40 +104,27 103,98 joão perloiro joão luis ferreira paulo perloiro paulo martins barata pedro appleton www.promontorio.net r. fábrica de material de guerra, 10 1900-690 lisboa portugal t: +351 21 8620970 f: +351 21 8620971 ESTABILIDADE, ÁGUAS E ESGOTOS cenor 102,70 Módulo de entrada núcleo A Torre de ventilação das caves Ver desenho ARQ.20.051 [email protected] av.gago coutinho, 133 1700 lisboa portugal t: +351 21 8437300 f: +351 21 8437301 ELECTRICIDADE, COMUNICAÇÕES, SEGURANÇA E GÁS eppe [email protected] azinhaga da torre do fato, 7 a 1600 lisboa portugal t: +351 21 7112480 f: +351 21 7112489 AVAC pgi pgi [email protected] r. s. domingos de benfica, 33 2º dto 1500 lisboa portugal t: +351 21 7221380 f: +351 21 7221389 ESPAÇOS EXTERIORES global [email protected] r. da esperança, 9 2º e 1200 lisboa portugal t:+351 21 3929270 f:+351 21 3929279 DONO DE OBRA coociclo cooperativa de habitação e construção, c.r.l. r. fernando lopes graça, 9 a 1600-067 lisboa portugal t:+351 21 7578673 f:+351 21 7578676 PROJECTO edifício de habitação LOCAL travessa do pregoeiro ,10 - carnide, lisboa TÉCNICO RESPONSÁVEL joão luís ferreira COLABORADORES miguel pires sofia reis; joana cancela DESIGNAÇÃO www.promontorio.net DATA março 2001 FASE DO PROJECTO alçado sul execução ESCALA DESENHO Nº 1:50 [1:150] Detail design / 2nd floor plan and south elevation NIP 99.05.258 arq.03.002 BLOCO CARNIDE Carnide historical district, Lisbon, 1999 – 2003 South facade Facade detail The housing development was promoted by a cooperative on a site located in Lisbon, in the historical district of Carnide. Along with the vacant site, the row of historical houses that remains from what was formerly Vila Rosa, is also to be renovated for the purpose of housing. Situated in the small historical center, the plot confines with the backyards and annexes of the old nucleus of Carnide, classified by the national heritage institute (IPPAR). The full ensemble comprises the new block with 24 apartments, the renovation of the old houses of the Pregoeiro Passageway, and a small shop to be rented for local commerce. The new building, given its location and volume, intends to form a protective shield for the historical nucleus against the surrounding dense and shabby legacy of the 1970s. The devised L-shaped configuration guarantees a tolerant urban arrangement, both in its relation with historical surrounding and the resulting courtyard, where public space is not only granted an agreeable scale but also a mediating role in its relation with the interstitial spaces of the old and the new. The urban surroundings depict an amalgamate of epochs and urban politics. www.promontorio.net The concept of the new block is based on the idea of monolithism and repetition. The severe monumentality that emanates from the compositional system of the façades suggests the representational transposition of the load and bearing running across the building with its mineral skeleton resting on a heavy stereotomic plinth. Thus, far from a literal representation of structure, our aim is the tactile and visual representation of a mise en scène capable of generating a solid and stable urban type-form. This configuration evidently suggests a remission to heavyweight tectonics in the sense that the fragile tympanums of the modules –conceived as aluminum porte-fenêtre, steel handrails and wood paneling shutters– are visually supported by a powerful skeleton of pre-cast concrete elements. Meanwhile, a phenomenon of randomness springs from the different positions in which prospective users will leave the shutters, one that is also indicative of the unrestrained and physical presence of dwelling. BANK OF PORTUGAL Lisbon Expo’98, Portugal, 2001 – 2003 WORKPLACES Location Lisbon Expo’98, Portugal Client Consortium Parque Expo’98/ Somague/ Geril Programme Central offices for the Bank of Portugal Plot Area 13,672 sq.m Gross Built Area 72,000 sq.m Project Status 2001 (shortlisted competition, 1st-prize) – 2003 (concept design) Presentation model www.promontorio.net BANK OF PORTUGAL Lisbon Expo’98, Portugal, 2001 – 2003 Presentation model The project is the outcome of the 1st-prize in a shortlist competition held in 2001 by a private consortium for the planning and design of a large urban plot integrated project originally comprised a 13-storey hotel and a 19-storey office building with a direct entrance from the Dom João II Avenue, the latter being the central axis of the Expo’98, which culminates at South with this plot and is crowned by the hilltop garden of the Cabeço das Rolas. Given the site, the two volumes, now unified into a single entity –the Bank of Portugal–, are placed in continuity with the façade alignments of the Avenue, creating a direct panoramic and pedestrian relation with the garden and reinforcing the reciprocity between the built and the landscaped areas of the precinct. Axonometric view www.promontorio.net DOLCE VITA MIRAFLORES Miraflores (Greater Lisbon), Portugal, 2004 – 2005 RETAIL AND MIXED-USE Location Miraflores (Greater Lisbon), Portugal Developer Chamartín Imobiliária, SA Programme Community mall (in-depth renovation) GLA 5,728 sq.m Shops 65 Parking 300 Project Status 2001 (concept design) – 2002 (built and open to public) East facade Main entrance www.promontorio.net Facade detail DOLCE VITA MIRAFLORES Miraflores (Greater Lisbon), Portugal, 2004 – 2005 Central court Central court Food court Central court Level 2 plan Level 1 plan Level 0 plan www.promontorio.net Mall DOLCE VITA MIRAFLORES Miraflores (Greater Lisbon), Portugal, 2004 – 2005 Facade details Food court balcony on west facade The design consists in the partial renovation of a small shopping centre in a residential quarter of the northern periphery of Lisbon. The existing building, although relatively recent, was physically degraded and financially insolvent. To revitalise this building, the new owner had a slim budget allowing minimal changes to the original layout. North facade East facade www.promontorio.net However, to be effective, this revamping should turn around the image of the building and attract better shop brands and more visitors. On the outside, the operation consisted in covering the existing stone façade with a new skin of galvanised metal sheets as a support for a graphic design informing the visitor on the mall’s commercial contents. In addition, a new wing of cinemas was built adjoining the building as a double skin frosted glass box veiling the same colour palette that is painted behind, on the masonry wall. Dolce Vita Miraflores is now an exciting and successful centre with a highly performing food court. TELHEIRAS HOUSING Rua Fernando Namora (Telheiras district), Lisbon, Portugal, 1993 – 1997 RESIDENTIAL Location Rua Fernando Namora (Telheiras district), Lisbon Client Coociclo, Cooperativa de Habitacao, CRL Programme 48 units in 13 floors, 8 typologies per block in single and duplex apartments Total Building Costs EUR 6,5m Construction Cost EUR 650 per sq.m Gross Built Area 15,000 sq.m Project Status 1993 (competition, 1st-prize) – 1997 (built) Facade detail Southweast facade www.promontorio.net TELHEIRAS HOUSING Rua Fernando Namora (Telheiras district), Lisbon, Portugal, 1993 – 1997 Main entrance Lobby entrance Living room View towards the balcony Duplex housing hall Corridor www.promontorio.net TELHEIRAS HOUSING Rua Fernando Namora (Telheiras district), Lisbon, Portugal, 1993 – 1997 1st and 2nd floor plans 1. Bedroom 2. Living room 3. Kitchen 4. W.C. 5. Hall North and South facade www.promontorio.net TELHEIRAS HOUSING Rua Fernando Namora (Telheiras district), Lisbon, Portugal, 1993 – 1997 Balcony The two apartment blocks were designed on the outcome of a shortlist competition promoted by Coociclo, an independent non-profit housing cooperative that was established after the revolution of 1974 with the purpose of providing housing for the middle-classes, thereby short-cutting the marketing cost of developers and improving the overall quality of the market. In a new and harshly urban suburb, immersed between highways and an inventory of postmodern pastiche, this building was conceived to effectively function as a social condenser: A building where the balcony, –the outcast space of the post-Athens chart suburbia–, could reinstate its condition of inhabitability, as opposed to a mere compositional adornment. By their sheer size, the The received volume of the ensemble is balconies would realistically function the consequence of a strict compliance as suspended patios, wherein, shielded with the techno-functional and by a system of louvers, people could bureaucratic stipulations of the city master gather to have lunch and children could plan. Notwithstanding, in the competition play in much the same way as they scheme, PROMONTORIO proposed would in the backyard of a suburban all the apartments as duplex (doublehome. In that regard, the concept draws floor); the idea being a kind of critical from the expectations prefigured in the reconstruct of the Corbusian immeublenostalgic paradigm of the urban singlevilla, where verandas could function as family house, made irreconcilable by double-height suspended gardens. metropolitan concentration. www.promontorio.net Later in development of the scheme, PROMONTORIO was asked to introduce single-floor apartments, in addition to the duplex typology. The façades initially conceived as open courts exclusively for duplex dwellings, had to accommodate yet another rationale based in singular window units scattered on the elevations. The apparent randomness, albeit perplexing, is true to the functional needs of the by now highly complex typological combinations. The hierarchy of the diverse compositional elements is restrained by the string course representation of the floor slabs, while the simplicity of materials –light gray fibber cement cladding, exposed concrete and aluminium– is contrasting against the colourfulness of the surroundings.