city of the future -...
Post on 02-Dec-2018
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3
•Sourc
e:
ai³
•Ratio 5:1 7:1 12:1
•Surface / Groundfloor
Urbanization and sealing of surfaces
City of the FutureCurtain Wall Challenges in Middle East
Supply Service and Function
•Sourc
e:
ai³
Energy
Ventilate
Light
Shade
Filter
Clean
Cool
Absorb
Supply
Store
•Bilder: Tesla.com; RENAULT.de; gebhard-dachsysteme.de; gruenzeichen.de; SAPA; baudokumentation.ch; moosstile wasabi; sueddeutsche-zeitung.de
Protect
City of the FutureCurtain Wall Challenges in Middle East
4
Fine dust, inhalable PM 10: max. > 7000 μg/ m³ (Ø 2215 μg/ m³ at the 02.02.2012)
min. ~ 35 μg/ m³ (Ø 132 μg/ m³ at the 05.02.2012)
Fine dust, lung accessible PM 2.5: max. 2160 μg/ m³ (Ø 554 μg/ m³ at the 02.02.2012)
min. ~ 7 μg/ m³ (Ø 28 μg/ m³ at the 05.02.2012)
Compared with the limits in D:
PM 10: > 50 μg/m³ at max 35 days/ a
Ø 40 μg/ m³ a
PM 2.5: Ø 25 μg/ m³ a
Ratio PM 2.5/ PM 10 = 1:4
City of the FutureCurtain Wall Challenges in Middle East
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Noise•Source: the worldrroundus/ ganesh
Smog
•Source: eyeofdubai.com
City of the FutureCurtain Wall Challenges in Middle East
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•Telegraph.co.uk
•Telegraph.co.uk
•spiegel.de/Grosny
naharnet.com
Fire
City of the FutureCurtain Wall Challenges in Middle East
Example DE:
•Fire protection requirements
•minimum distances to neighboring buildings
City of the FutureCurtain Wall Challenges in Middle East
Picture: ai3ing.de
Fire Case 1: Dense Urban Construction
City of the FutureCurtain Wall Challenges in Middle East
Fire Case 2: Ground floor layout impact
Example DE:
•Fire protection requirements
•For building corner parts < 120°
City of the FutureCurtain Wall Challenges in Middle East
Fire Case 3: Glass Roofing
Example DE:
•Fire protection requirements
•For different building heights and certain roof glazings
City of the FutureCurtain Wall Challenges in Middle East
Fire Case 4: Floor to Floor
Example DE:
•Fire protection requirements
•In parapet area to prevent spread of fire from floor to floor
City of the FutureCurtain Wall Challenges in Middle East
Example: Building extension
CW EI 30
CW E 30
Door EI 30
CW Standard
City of the FutureCurtain Wall Challenges in Middle East
Example: Building extension
CW EI 30
CW E 30
Door EI 30
CW Standard
Geode MX FP
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City of the FutureCurtain Wall Challenges in Middle East
FIRE - Status UAE
CW Type A
Standard Configuration 5
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City of the FutureCurtain Wall Challenges in Middle East
Success Factor = Specification + Installation
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City of the FutureCurtain Wall Challenges in Middle East
Primary Functions
Continuity of
fire resistance
Conducted heat
Ambient plus 180°C
Tightness
Flame, smoke and gases
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City of the FutureCurtain Wall Challenges in Middle East
1. FURNACE & FURNACE CLOSURE 1a
2. CONCRETE FLOOR BEAM
3. CONCRETE BLOCKS WORKS
4. TECHNAL ‐MX GEODE 52 CURTAIN WALL NON FIRE RATED
5. 28MM DGU 6 TOUGHENED/16/6 TOUGHENED
6. 28MM ROCK WOOL SANDWICH PANEL
1.2 AL/0.9 STEEL
7. INSULATION 50mm FIXEDTO SPANDREL
8. ALUMINIUM FACADE BRACKETS
9. SIDERISE FIRE BOARD PROTECTION 2 X 25MM
1st LAYER FIXED TO ALU WITH S/T SCREWS
2nd LAYER PIG TAILED SCREWED TO 1st LAYER
10. MINERAL WOOL SEAL & INTUMESCENT SEALANT
11. STEEL TRAY 0.9MM
12. SUPPORT STEEL
13. M10 BOLTS SETS
14 LAMATHERM CW‐FS120 INSTALLED W/ 10% COMP.
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City of the FutureCurtain Wall Challenges in Middle East
Step 1: Back panel installation Step 2: Stonewool installation
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City of the FutureCurtain Wall Challenges in Middle East
Step 3: 1st layer CW-FB installed Step 4: 2nd layer CW-FB installed
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City of the FutureCurtain Wall Challenges in Middle East
Step 5: Edges+Fixing taped Step 6: Bracket into CW-FS120
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City of the FutureCurtain Wall Challenges in Middle East
Step 7.1: CW-FS 120 installed Step 7.2: CW-FS120 installed
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City of the FutureCurtain Wall Challenges in Middle East
Time: 00:30 h
Front view Top view
Test Reference
Standard EN 1364‐4
Test Ref. EFR‐17‐U‐000353
Slab Deflection 15.30 mm
Frame deflection 4.10 mm
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City of the FutureCurtain Wall Challenges in Middle East
Time: 01:00 h
Front view Top view
Test Reference
Standard EN 1364‐4
Test Ref. EFR‐17‐U‐000353
Slab Deflection 25.40 mm
Frame deflection 6.64 mm
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City of the FutureCurtain Wall Challenges in Middle East
Time: 01:30 h
Front view Top view
Test Reference
Standard EN 1364‐4
Test Ref. EFR‐17‐U‐000353
Slab
Deflection 30.80 mm
Frame deflection 8.42 mm
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City of the FutureCurtain Wall Challenges in Middle East
Time: 02:00 h
Front view Top view
Test Reference
Standard EN 1364‐4
Test Ref. EFR‐17‐U‐000353
Slab Deflection 29.50 mm
Frame deflection 9.79 mm
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City of the FutureCurtain Wall Challenges in Middle East
Time: 03:00 h
Front view Top view
Test Reference
Standard EN 1364‐4
Test Ref. EFR‐17‐U‐000353
Slab Deflection 25.40 mm
Frame deflection 11.91 mm
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City of the FutureCurtain Wall Challenges in Middle East
1. Compliance to UAE Fire and Life Safety codes.
2. Completed test is at approved laboratory (Efectis) by DCD
3. Support from Siderise and Technal:
a) Installation process and methodology.
b) Approval and compliance with Civil Defense.
c) Shop drawing assessment
d) Training for Fabrication and Installation to achieve high quality assurance.
e) Assistance for any tests.
f) Inspection and installation audit.
4. Confidence and peace of mind while using tested solution of Technal &
Siderise products.
5. Material available in stock locally.
6. Easy and Fast solution for fabrication and installation.
Advantages for Metal Builders and Installers
39
City of the FutureCurtain Wall Challenges in Middle East
1. Define Fire segments in the building AR < 1600 m²
2. Air exhaust area must be defined by takinging into account
1. Time of fire propagation
2. Height of the room
3. Height of the smoke free zone
Smoke Release in Buildings in DE
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City of the FutureCurtain Wall Challenges in Middle East
1. Geometrical opening A = B x Lo
2. Aerodynamic Opening Aa = B x L x cv0
3. Air inlet area Ain must be 1.5 x Air outlet areas Aw
4. Air inlet area Ain = a x b x cz
Smoke Release in Buildings in DE
°
°
°
°
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City of the FutureCurtain Wall Challenges in Middle East
1. Smoke release openings must be positioned, so that wind directions can be
accomodated
Smoke Release in Buildings in DE
Pressurized Double Skin Facades - ModulAir
•Big dimensions
• up 2000 x 6000 mm realized
•Additional ventilation by flaps
possible
•Unitized solution
•Rounded corner areas possible
•Max light transparency
•Min frame sight lines
City of the FutureCurtain Wall Challenges in Middle East
City of the FutureCurtain Wall Challenges in Middle East
Pressurized Double Skin Facades – Revision Opening
Energy Preservation:
•Ucw = 0,7 W/(m².K)
•Ug = 0,5 W/(m².K)
Air born Sound:
•RA, tr = 48 dB
•Max natural lighting
•Small frame sight lines
•Integrated sun
shading solution
City of the FutureCurtain Wall Challenges in Middle East
Pressurized Double Skin Facades - ModulAir
City of the FutureCurtain Wall Challenges in Middle East
Pressurized Double Skin Facades - ModulAir
Location: CH
13 floor building
Only 3rd floor with ModulAir
113 Units
Unit dimension 2.3 x 6.3 m
Building owner: AXA Investment Managers Schweiz AG
6 storey building with 243 CCF facade elements with very different sizes and cavity
volumes
Elements with multiple rounded glass edges (L und Z-shaped)
Very ambitious architectural design
City of the FutureCurtain Wall Challenges in Middle East
Reference: AXA-Brandschenke Zürich (CH)
Factory storage
Detailed and object-specific guidelines
for the factory storage:
Mandatory dry-air-flush over a
defined period
Defined transition between factory
storage and transpot
Coded plug situations
City of the FutureCurtain Wall Challenges in Middle East
Transport
Detailed and object-specific guidelines
for the transport:
Dry-air-flush before transport
Compliance with the „filter-chain“
Transport only with connected filter
Coded plug situations
Closed and defined transport
City of the FutureCurtain Wall Challenges in Middle East
Intermediate Storage on site
Detailed and object-specific guidelines
for the storage at site:
Just-in-time-Installation: no dry-air-
flush necessary
Dry-air-supply via WICONA-rental unit
Temporary dry-air-supply by means of
the „object-unit“
City of the FutureCurtain Wall Challenges in Middle East
Installation
Installation of the facade elements after
completion of the dry-air installation
Step-by-step installation possible
Leak-tested pipe system
Stainless steel pipe system
Installation inside or outside of building
possible
City of the FutureCurtain Wall Challenges in Middle East
•Dry-air-system Centralised air-treatment
Centralised dry-air-unit
Centralised monitoring system
Centralised pressure control system
Maximum energy efficiency through individual
planning of all façade elements
self-regulating effect
Primary and secondary safety devices
City of the FutureCurtain Wall Challenges in Middle East
Pressurized Double Skin Facades – Revision Opening
The basic construction is a window unitized facade
Pressed lisens to accomodate the shading device and the external glass
In addition: fabrication / cleanliness / handling
Dry-air : 140€ - 210€ per m²
energy costs per year €/m² 0.23 €/m²
City of the FutureCurtain Wall Challenges in Middle East
Pressurized Double Skin Facades – Revision Opening
Reference: Renovation OSH – Horw (CH)
Building owner: Kanton Horw (public authorities)
3 storey building
343 CCF elements with very different dimensions (max. 6m heigh, 2,5m width)
City of the FutureCurtain Wall Challenges in Middle East
Reference: new construction FHNW – Muttenz (CH)
Building owner: Kanton Basel (public authorities)
13 storey building
3th. storey WICTEC Modul air-technology
114 CCF elements, dimensions (W/H): 2,3m x 5,5m, using exteriour adapter frame
City of the FutureCurtain Wall Challenges in Middle East
Supply Service and Function
•Sourc
e:
ai³
Energy
Ventilate
Light
Shade
Filter
Clean
Cool
Absorb
Supply
Store
•Bilder: Tesla.com; RENAULT.de; gebhard-dachsysteme.de; gruenzeichen.de; SAPA; baudokumentation.ch; moosstile wasabi; sueddeutsche-zeitung.de
Protect
City of the FutureCurtain Wall Challenges in Middle East
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