Basement Floor Plan
CLEAN CLEAN TECH TECH PARK PARK ONE-TWO ONE-TWO DROP OFF POINT
Terrace covered with PV
MAIN ROAD ARRIVAL AREA
SYSTEM THINKING THINKING VIEW 1 SYSTEM
Board walks
FRESH WATER SWAMP
VIEW 3
BIODIVERSITY BIODIVERSITY HOTSPOT HOTSPOT
EXPLODED EXPLODED AXONOMETRIC AXONOMETRIC
SWAMP NaturalCONNECTOR Features around the site
EXISTING OASIS Connectivity to site
Terrace floor plan Commercial Farm / Services
URA map
FORM DEVELOPMENT STAGE 2
Solar Canopy maximisation
STAGE 3
Fourth Floor Plan Bare Labs/Fitted Labs, Office
Terrace covered Terrace covered with PV with PV
SITE SECTION
Connectivity Connectivity to site to site
AFTER
BEFORE
FORMFORM DEVELOPMENT DEVELOPMENT EXISTING TYPOL-
EXISTING BRIEF
STAGE 2STAGE Land use :2B1 Industry
STAGE 1STAGE 1
PROPOSED TYPOLOGY
Solar Canopy Solar Canopy
STAGE 3STAGE 3
CONNECTING ROAD BOARD WALKS ALONG GARDEN E-DECK CONNECTION
Office Seminar Halls Cafetaria Bare Laboratory Fitted Laboratory Multipurpose room
4
1
BIODIVERSITY BIODIVERSITY HOTSPOT HOTSPOT
MAIN ROAD MAIN ROAD
BIORETENTION BIORETENTION SWAMPSWAMP VIEW 2CONNECTING CONNECTING
ROAD ROAD
EXISTING 1. Building Footprint 2. Asphalt 3. Energy 4. Green TOTAL
54% 2 6 20% 14% 46% 134%
PROPOSED 1. Building Footprint 2. Asphalt 3. Green 4. Public 6. Energy 7. Water 8. Food
46% 7.5% 90% 45.6% 98% 290% 33%
TOTAL
610%
4
3
1 6
MAIN ROAD MAIN ROAD
Office Seminar Halls N Cafetaria Bare Laboratory Fitted Laboratory Multipurpose room
ARRIVALARRIVAL AREA AREA GREEN SYSTEM
SWAMPSWAMP CONNECTOR CONNECTOR
Type 2 Forest area
EXISTING DNA 2
4
DROP OFF DROP POINT OFF POINT
1
EXISTING 1. Building Footprint
N
EXISTINGEXISTING OASIS OASIS PROPOSED DNA
54% 2 6
4
3
1 6
7
GroundRainwater Floor Plan Treatment Office, Seminar plant Halls, cafe
Ground water recharge
Basement Floor Plan
PV PANEL ROOF Municipal Water supply
Oasis conncetion
General Visitors
First FloorFirst PlanFloor Plan Bare Labs/Fitted Bare Labs/Fitted SYSTEMS PLOT RATIO Labs, Office Labs, Office
OF INFLUENCE 2.75 ZONE Zone of influence
Site area: 31,559 sqm
Green Systems Intergation Swamp Gardens
NTU Students Terraced Gardens
45%
Clean Tech Park Visitors
E-deck Link to Clean
Residential/Commercial
SYSTEM ANALYSIS
ZONE OF INFLUENCE PLAN
Ground Floor Ground PlanFloor Plan
Land use : B1 Industry Office, Seminar Office, Seminar Site area : 24000 m2 Halls, cafe Halls, cafe SWAMP GFA : 60,160 m2 The 4,772sqm swamp is extended into site creating gardens around the site. It is located in the first CFA : 72,190 m2 man made fresh water swamp forest of Singapore. Plot Ratio : 2.51 Population : 900 BasementBasement Floor PlanFloor Plan No. of storeys: 6 + Basement Program:
SYSTEMS INTEGRATION VENN DIAGRAM Arrival Plaza Green connector
LANDSCAPE
OASIS SWAMP
• Increase in Biodiversity area. • Increase in fresh water swamps. • Connectivity to the E-Deck. • Connectivity to surrounding residential blocks.
ZONE OF INFLUENCE`
Office Seminar Halls Cafetaria Bare Laboratory Fitted Laboratory N Multipurpose room Commercial Farm Community Park
CLEAN TECK 1&2 /Bioretention ponds Greywater Treatment Swamp plant
E-DECK PLAZA
Site Boundary
PROPOSED BRIEF
PV Panel
Board walks
N
3.66
35
Water Storage Tank
EXISTING OASIS
SITE SECTION
Land use : B1 Industry Site area : 24500 m2 GFA : 60,000 m2 : 72,000 m2 CFA : 2.5 Plot Ratio Population : 900 No. of storeys: 7 + Basement Program:
Swamp water
BIPV Wall panels
Third Floor Third PlanFloor Plan Bare Labs/Fitted Bare Labs/Fitted Labs, Office Labs, Office
(Without Overlaps)
PROPOSED TYPOLOGY
Retention Tank
Systems Integration
DROP OFF POINT
SYSTEMS PLOT RATIO
290% Non portable self-sufficiency
Energy self-sufficiency
Bare Labs/Fitted Bare Labs/Fitted Labs, Office Labs, Office
(With Overlaps)
EXISTING BRIEF Dense Biodiversity
Rainwater
Second Floor Second PlanFloor Plan Biodiversity Bare Labs/Fitted Bare Labs/Fitted connection to Labs, Office Labs, E-DeckOffice type 2 forest
AFTER
Type 2 EXISTING TYPOLForest area
Water Self-sufficiency
Conncetion
GREEN BOARD WALKS BOARD WALKS BEFORE ALONG GARDEN ALONG GARDEN E-DECK E-DECK CONNECTION CONNECTION
SYSTEMS INTEGRATION VENN DIAGRAM
7
30m heiight
2
ZONE OF INFLUENCE PLAN
: B1 Industry Fifth floorFifth Land use planfloor plan : 24000 m2 Site area Fitted labs Fitted labs GFA : 60,160 m2 CFA : 72,190 m2 Plot Ratio : 2.51 Population : 900 No. of storeys: 6 + Basement Program: Fourth Floor Fourth PlanFloor Plan
CONNECTOR
VIEW 3 PROPOSED DNA
First Floor Plan Bare Labs/Fitted Labs, Office
SYSTEM ANALYSIS
ZONE OF INFLUENCE`
PROPOSED BRIEF maximisation maximisation
Office Seminar Halls Cafetaria MAIN ROAD Bare Laboratory Fitted Laboratory AREA Multipurpose Solar Panel Solar size Panel increased sizeARRIVAL increased to maximum to maximum to improve toroom improve Commercial Farm energy efficiency energy efficiency SWAMP Community Park
PROPOSED PROPOSED GROUND GROUND FLOOR FLOOR PLANPLAN EXISTING DNA
BIORETENTION SWAMP
Second Floor Plan Bare Labs/Fitted Labs, Office
Terrace floor Terrace planfloor plan Commercial Commercial Farm / Farm / Services Services
MAIN ROAD
Site area : 24500 m2 GFA : 60,000 m2 : 72,000 m2 CFA : 2.5 Plot Ratio Population : 900 No. of storeys: 7 + Basement Program:
VIEW 1
BIODIVERSITY HOTSPOT
URA map URA map
Public Systems Integration
VIEW 2 Natural Natural Features Features aroundaround the sitethe site
Third Floor Plan Bare Labs/Fitted Labs, Office
Solar Panel size increased to maximum to improve energy efficiency
PROPOSED GROUND FLOOR PLAN
FRESH WATER FRESH WATER SWAMP SWAMP
Swamp /Bioretention ponds
Fifth floor plan Fitted labs
30m heiight
STAGE 1
N
Water Self-sufficiency Rainwater
290% Non portable self-sufficiency Retention Tank
Energy self-sufficiency Swamp water
Systems Integration
BIRDS 140 species of birds are found around the swamp area which can be brought into site through biodiversity
Ground water recharge
Board walks Board walks
BIPV Wall panels
Swamp /Bioretention Swamp /Bioretention ponds ponds BUTTERFLY 26 different species of butterflies can be found in this 1,066 sqm of space around the site.
Municipal Water supply Greywater Treatment plant
CLEAN TECK 1&2
E-DECK PLAZA
Biodiversity connection to
PV Panel
Water Storage Tank
PV PANEL ROOF
N
35
Rainwater Treatment plant
BUILDING INTEGRATION WITH BIODIVERSITY
GR
GREEN SYSTEM
TOTA
4,32
N
Type 2 BIPVarea Panels Forest
BUTTERFLY 26 different species of butterflies can be found in this 1,066 sqm of space around the site.
SOLAR PV PANEL 1. Roof 2. East and west Facade
BIPV PANELS FOR EAST - WEST
BUILDING INTEGRATION WITH BIODIVERSITY
Arrival Plaza Green connector Terraced Gardens
GREEN SYSTEM CONNECTING TO THE SURROUNDING BIO-
Existing waterbody
PUBLIC SPACE
Bioswale Green cover SITE SECTION Bioretention Pond
Rain water Collection Surface
Vegetated Swale
Wetland cleansing Biotope
Sedimentation Basin for removal of larger dirt
site waterbody
NATURAL SWAMP FILTRATION SYSTEM DETAIL
Bioretention pond
The swamp area improves the Biodiversity oof the site and its surrounding by attracting many species of animals, birds and butterflies
Excess Rainwater into the river
Detail section of swamp
Green System 1. Biodiversity extension from adjacent type 2 forest 2. Building green - Biophylic architecture.
site boundary
WATER
Board Walks Bioretention pond
N
SELF(N
RAINWATE
76,
RECYCL
63
BUIL
WATER SYSTEM
Arrival Plaza
N
N
PUBLIC SYSTEM N
1. PROPOSED E-DECK CONNECTION TO SITE
Swamp conncetion 2. CONNECTION TO MRT Proposed WATER SYSTEM CONNECTING TO THE OASIS SYSTEMS OF E-Deck connection 3. CONNECTION TO NTU
FOOD
1. Bioretention Pond 2. Wetland Cleansing Biotope 3. Vegetated Swamp 4. Sedimentation basin 5. Existing waterbody expansion
Sedimentation Pond
1
Board Walks
4 PUBLIC VIEW 1 - ENTRANCE PLAZA
AGRICULT
1
SEL 1
Board Walks
Non-porta
4. CONNECTION TO RESIDENTIAL UNITS 5. PUBLIC SPACES AROUND BIOSWALE, EXISTING AND PROPOSED.
Public access to Biodiversity through cafetaria, seminar halls and recreational spaces around waterbody
Rainwater collection from Solar Canopy
Green leafy Vegetables grown on the roof top VIEW 2 - GARDEN AND SWAMP AREA
ENERGY
Roof top Intense farming system
Kai Lan
Lettuce
Spinach
Bayam
Kang Kong
1. Overhangs shade facade 2. Natural ventilation reduces cooling load Roof of the Industrial building to become potential 3. Planting improves microclimate commercial farming 4. Plants acts as thermal insulation
Roof top Intense farming system
Solar Energy Generation PV Panels
N
5. Water regulates ambient air tempera-
FOOD
ture
SELF-
6. Tall narrow form shades public space FOOD SYSTEM Solar Energy Generation PV Panels 9M A Frame farm over Roof AHU Unit and Chiller Plants Area. As per the building Requirements
COM
Double skin system
INT N
Kinetic louvers
ROOF FUNCENERGY SYSTEM PV Panel Roof for Solar energy collection
Rainwater collection through solar panel roof top
in collaboration with
BIPV Panels
BIPV PANELS FOR EAST - WEST
ENERG
312 Roof top Intense farming system
BUIL
12,
Food collection point
AGRICULT
TOTA
VARSHA BHA 4,3
Master of Science, Integrated Sustainable Design SOLAR PV PANEL 1. Roof 2. East and west Facade
Existing waterbody
site boundary
WATER
Arrival Plaza Green connector Terraced Gardens Green System 1. Biodiversity extension from adjacent type 2 forest 2. Building green - Biophylic architecture.
SITE SECTION
SITE SECTION
PUBLIC SPACE BEFORE
AFTER
EXISTING TYPOL-
EXISTING BRIEF
PROPOSED BRIEF
Land use : B1 Industry Site area : 24500 m2 : 60,000 m2 GFA : 72,000 m2 CFA : 2.5 Plot Ratio Population : 900 No. of storeys: 7 + Basement Program:
Board Walks
Office Seminar Halls Cafetaria Bare Laboratory N Fitted Laboratory Multipurpose room
Arrival Plaza
Board Walks N
EXISTING DNA 2 Proposed 4 1 E-Deck connection
1. PROPOSED E-DECK CONNECTION TO SITE
PROPOSED DNA EXISTING CONNECTION TO MRT 1 6 1. Building 2. Footprint 54% 2 6 4 3 2. Asphalt 3. CONNECTION TO NTU 20% 3. Energy 14% 4. Green 4. CONNECTION TO 46% RESIDENTIAL UNITS TOTAL 134%
5. PUBLIC SPACES AROUND BIOSWALE, EXISTING AND PROPOSED PROPOSED.
ENERGY
1. Building Footprint 2. Asphalt 3. Green 4. Public 6. Energy 7. Water 8. Food
46% 7.5% 90% 45.6% 98% 290% 33%
TOTAL
610%
ZONE OF INFLUENCE PLAN
: B1 Industry Land use : 24000 m2 Site area GFA : 60,160 m2 CFA : 72,190 m2 Plot Ratio : 2.51 Population : 900 No. of storeys: 6 + Basement Program:
PUBLIC SYSTEM
SYSTEM ANALYSIS
ZONE OF INFLUENCE`
PROPOSED TYPOLOGY
Water Self-sufficiency
290% Non portable self-sufficiency
Rainwater
Retention Tank
Energy self-sufficiency Swamp water
Ground water recharge
BIPV Wall panels
VIEW 1 - ENTRANCE PLAZA
PUBLIC
PV PANEL ROOF Municipal Water supply
1
CLEAN TECK 1&2
Greywater Treatment plant
E-DECK PLAZA
E-Deck Conncetion
Biodiversity connection to type 2 forest
Oasis conncetion
Site Boundary
Public access to Biodiversity through cafetaria, seminar halls and recreational spaces around waterbody
PV Panel
Water Storage Tank
SYSTEMS INTEGRATION VENN DIAGRAM
7
35%
Rainwater Treatment plant
Systems Integration
Office Seminar Halls Board Walks Cafetaria Bare Laboratory Fitted Laboratory Multipurpose room Commercial Farm Community Park
SYSTEMS PLOT RATIO (With Overlaps)
SYSTEMS PLOT RATIO (Without Overlaps)
ZONE OF INFLUENCE 2.75 VIEWZone 2 - GARDEN of influenceAND SWAMP AREA Site area: 31,559 sqm
3.66
45%
• Increase in Biodiversity area. • Increase in fresh water swamps. 1. Overhangs shade facade • Connectivity to the E-Deck. 2. Natural ventilation reduces cooling load • Connectivity to surrounding residential blocks. 3. Planting improves microclimate
Green Systems Intergation90
LANDSCAPE
General Visitors
Public Systems Integration
GREEN SYSTEM CONNECTING TO THE SURROUNDING BIOVIEW 2
Bioswale Green cover
Swamp Gardens OASIS SWAMP NTU Students Terraced Gardens
Clean Tech Park Visitors
E-deck Link to Clean
Residential/Commercial
4. Plants acts as thermal insulation
GREEN
Solar Energy Generation PV Panels
5. Water regulates ambient air temperature
Type 2 Forest area
SELF-
6. Tall narrow form shades public space Dense Solar EnergyBiodiversity Generation PV Panels
SWAMP The 4,772sqm swamp is extended into site creating gardens around the site. It is located in the first man made fresh water swamp forest of Singapore.
Double skin system
ENERG
N
Kinetic louvers
ENERGY SYSTEM
2
BIRDS 140 species of birds are found around the swamp area which can be brought into site through biodiversity
N
BUIL
GREE 12,
AGRICULT
GREEN SYSTEM
WATER GREEN SYSTEM CONNECTING TO THE SURROUNDING BIO-
BUTTERFLY 26 different species of butterflies can be found in this 1,066 sqm of space around the site.
SOLAR PV PANEL 1. Roof 2. East and west Facade
4,3
BUILDING INTEGRATION WITH BIODIVERSITY
Arrival Plaza Green connector Terraced Gardens
Green System 1. Biodiversity extension from adjacent type 2 forest 2. Building green - Biophylic architecture.
PUBLIC SPACE
Bioswale Green cover Existing waterbody
SITE SECTION
Bioretention Pond
Rain water Collection Surface Bioretention pond Excess Rainwater
Wetland cleansing Biotope
Vegetated Swale
Sedimentation Basin for removal of larger dirt
site waterbody
NATURAL SWAMP FILTRATION SYSTEM DETAIL The swamp area improves the Biodiversity oof the site and its surrounding by attracting many species of animals, birds and butterflies
wamp
BIPV PANELS FOR EAST - WEST
TOTA
N
site boundary
Type 2 Forest area BIPV Panels
SELF(N
RAINWATE
C'
D
Prédio Contíguo
orme
conf
édio
pr ite do
lim
claraboia
.55
CP= 0.51
3.00 E10 LJTF== 2.70
5.68
16
18
CP= 0.51 LJ = 3.00 TF= 2.50
CP= 0.51 LJ = 3.00 TF= 2.50
CP= 0.51 LJ = 3.00 TF= 2.50
21
20
CP= 0.51 LJ = 3.00 TF= 2.50
CP= 0.51 LJ = 3.00 TF= 2.50
.20
1.15
.38
.65
1.20
.15
1.50
.30
1.50
.15
1.20
.65
.30
.65
1.20
.15
1.50
15
E12
CP= 0.51 LJ = 3.00 TF= 2.70
17
CP= 0.51 LJ = 3.00 TF= 2.70
19
1.71
CP= 0.51 LJ = 3.00 TF= 2.70
E16 4.25
l loi
.30
06
CPP = 16.50
11
4.83
CP= 0.51 LJ = 3.00 TF= 2.70
.38
1.40
2.40
.38
2.71
.30
1.24
11.10
.45
4.05
.38
CP= 0.51
3.00 E09 LJTF== 2.70
2.50
CP= 0.51
var E09 LJTF== var
fg
1.36
de
frig
frig
fn
.65
.20
4.00 CP= 0.51 LJ = 3.00 TF= 2.50
.65
1.30
09
1.20
1.30
CP= 0.51 LJ = 3.00 TF= var
E15 04
2.95
10.00
lareira
2.00
1.30
1.12
.30
5.38
Espaço Verde
e le
nto
me
nta
va
CPP = 16.52
.70
co
ráfi
og
top
08
06 88°
5.29
.20
07
CP= 0.00 LJ = 3.51 TF= 3.21
08
4.84
.75
.45
1.20
1.20
.20
3.60 CPP = 16.50
68°
3.40
CP= 0.00 LJ = 3.51 TF= 3.21
1.10
.62
Prédio Contíguo PT Existente
.40 .45
.20
01
.45 .38
98°
E04
3.40 CP= -0.02 LJ = 3.53 TF= 3.23
3.40
CPP = 15.99
04
1.01
3.40
01
CPP = 13.82
5.92
82° 01
vazio
CPP = 16.37
levantamento
E06
entrada
1.00
E05
.70
io conforme
3.24 1.36
E07 E03
10
CPP = 15.32
CP= 0.21 LJ = 2.70 TF= ...
limite do préd
4.46
pré
10.00 1.50
CP= 0.00 LJ = 3.51 TF= 3.21
2.25 .38
do
con
01 CS= 16.01
A
ite
lim
4.00
dio
03
.70
E08
A'
90° CPP = 16.32
ALÇADO RUA JOÃO BONANÇA
Passeio Existente
RP IT
acesso pedonal limite do prédio conforme levanta mento topográfico 1.50
4.59
AT
CPP = 16.24
80°
.30
5.00
TMP = XX.XX
Topo do murete proposto
TME = XX.XX
Topo do murete existente
Fogão
fn
Forno Lava loiças
mll
Máquina de lavar loiça
mlr
Máquina de lavar roupa
msr
Máquina de secar roupa
mo
Micro-ondas
de
Despenseiro
ch
Chaminé
Legenda de Compartimentos: Espaços interiores: 01
Garagem
cave
02
Arrecadação / Área técnica
cave
03
Área técnica
cave
34.55m²
04
Área polivalente
cave
38.65m²
05
Lavandaria Hall de entrada / circulação
cave
11.00m²
06
piso 0
16.85m²
07
Arrumos
piso 0
08
Lavabo
piso 0
3.00m²
09
Sala de refeições e lounge
piso 0
58.50m²
10
Sala de estar
piso 0
38.45m²
piso 0
34.00m²
11
Cozinha e apoio
12
Escadas de acesso ao piso inferior/0
13
Circulação
piso 0
1.64
118.60m² 8.75m²
3.10m²
27.50m²
14
Circulação
piso 0
22.10m²
15
Quarto 01
piso 0
17.80m²
16
Instalação sanitária privativa 01
piso 0
3.80m²
17
Quarto 02
piso 0
17.80m²
18
Instalação sanitária privativa 02
piso 0
3.80m²
19
Quarto 03
piso 0
17.80m²
20
Instalação sanitária privativa 03
piso 0
3.80m²
21
Quarto 04
piso 0
26.90m²
22
Instalação sanitária privativa 04
piso 0
11.75m²
23
Lavabo
piso 0
3.20m²
E01 Acesso automóvel
Igreja de Nossa Senhora do Carmo
D'
C
Cota de Pavimento/ terreno existente
fg
lloi
Obra Localização
Espaços exteriores:
CPP = 16.42
acesso automóvel 1.50
CPE = XX.XX
Armário técnico para contadores Frigorífico
Limite do prédio conforme levantamento topográfico subscrito por topógrafo e fornecido pelos requerentes.
topográfico
lareira
Cota de Pavimento proposta
Intercomunicador
frig
B'
form
deck
CPP = XX.XX
01
.62
3.30
CS = 00.00
01 02
.30
CP= 0.51 LJ = 3.00 TF= 2.70
Cota de soleira - Corresponde à cota altimétrica de 16.01
Receptáculo postal
IT AT
2.00
92°
10
TF - Altura do tecto falso
RP
CP - Espaço para futura instalação de rolo de cobertura de segurança, a instalar pelo dono de obra. duche
5.79
CPP = 17.10
CPP = 15.80
E11
CP - rolo p/a fechamento da piscina
l loi
frig
LJ - Altura até à laje
TF= X.XX
.83
mll
topográfico limite do prédio conforme levantamento
B
CP - Cota de pavimento
LJ = X.XX
1.09
deck
l loi
1 - Compartimento / espaço CP= X.XX
E17
1.10
.83 .38
01
01
.38
1.10
Legenda de Desenho:
limite
106°
1.13
20
.60
1.28
.30
.80
5.04 3.94
.38
.45
.45 .20
vazio
Prédio Contíguo (Parcela destacada)
CPP = 16.50
3.50
4.85
3.60
12
2.52
ráfico
CP= 0.51 LJ = 3.00 TF= 2.50
topog
1.45
23
Antiga instalação da Escola Industria l de Lagos - Gil Eanes
duche exterior 3.05
CP= 0.51 LJ = 3.00 TF= 2.70
ento
.65
claraboia
rme lev
.38
E14
confo
1.20
claraboia
.15
3.28
édio
.20 1.20
CP= 0.51 LJ = 3.00 TF= 2.70
1.20
2.25 CP= 0.51 LJ = 3.00 TF= 2.50
.30
01 forno
.45
106°
1.20
4.47
antam
CP= 0.51 LJ = 3.00 TF= 2.70
CP= 0.51 LJ = 3.00 TF= 2.70
do pr
14 .45
.48
.38
22
.65
CP= 0.51 LJ = 3.00 TF= 2.70
13
4.63
.38
.65
97°
.38
2.45
.38
1.85
87° duche
.38
limite do prédio conforme levantamento topográfico .38
E13
áfico
pogr
to to
amen
levant
cave
Requerente :
E02 Acesso à garagem
cave
E03 Acesso pedonal à habitação
piso 0
E04 Entrada exterior coberta
piso 0
Contém:
piso 0
PLANTA
E05 Floreira E06 Floreira
piso 0
E07 Estacionamento exterior coberto
piso 0
Fase
:
Acesso pedonal à habitação
piso 0
Data: Abril 20
E09 Terraço semi-coberto / deck
piso 0
Obs.: - Toda
E10 Pátio semi-coberto / Barbecue
piso 0
E08
E11 Piscina (10.00m x 4.00m) E12
Arrumos exteriores
piso 0
E13 Pátio descoberto
piso 0
E14 Pátio semi-coberto
piso 0
E15 Lareira
piso 0
E16 Floreira
piso 0
E17 Escadas de acesso técnico à cobertura
piso 0
E18 Cobertura técnica de acesso condicionado
cob
E19 Cobertura ajardinada
cob
- Deve espe - Deve - Toda deve
Arquitectura: M
Colaboração: A
már
8600 Tel. 28 www.m