2005/06/22 alba building project david carles engineering services division - cells
DESCRIPTION
2005/06/22 ALBA Building Project 3 Time Schedule EneFebMarAbrMayJunJulAgoSepOctNovDic AVANT PROJECT BASIC PROJECT EXECUTIVE PROJECT Ideas Competition Construction period: 24 months 2005: Redaction of the Project 17 Firms interested 5 FinalistsTRANSCRIPT
2005/06/22
ALBA Building Project
David CarlesEngineering Services Division - CELLS
2005/06/22 ALBA Building Project 2
ALBA Building Project.
Time Schedule.
The Site.
Description of the Facility.0 ObjectiveA. Architecture and Civil Works.B. Mechanical Installations.C. Electrical Installations.D. Safety and Fire Protection.
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Time Schedule
Ene Feb Mar Abr May Jun Jul Ago Sep Oct Nov Dic
• AVANT PROJECT
• BASIC PROJECT
• EXECUTIVE PROJECT
IdeasCompetition
Construction period: 24 months
2005: Redaction of the Project
17 Firms interested 5 Finalists
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The Site (1/2)
UAB Campus
Sant Cugatdel
Vallès
ALBA
Cerdanyoladel
Vallès
ParcTecnològic
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The Site (2/2)
BP-1413 Road between Cerdanyola and Sant Cugat
Works on site during last year:
Geotechnical Characterization Summer 2004
Monitored behaviour •Taking data daily •12 Monthly reports
Vibration campaignDec 2004
Sector CENTRE DIRECCIONAL
CERDANYOLA DEL VALLÊS
60.000 m2
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Description of the Facility
0. Objective.
A. Architecture and Civil Works.
B. Mechanical Installations.
C. Electrical Installations.
D. Safety and Fire Protection.
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0. Objective
MECHANICAL
STABILITY
ELECTRICAL THERMAL
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A. Architecture and Civil Works.
1. Foundations - Slab2. Functionality Diagram3. Transit4. Basement5. Ground Floor6. 1st floor7. 2nd floor8. Cross Sections
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A.1. Foundations - Slab• CRITICAL AREA (70 – 120 m diameter)
– A stiff test plate directly founded on the subsoil is so far the most promising solution.
– The vibration criteria in the low frequency range are very stringent and will govern the suitable solution.
– Based on the results of the Geotechnical investigations performed, it can be concluded that the deformation potential is low.
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A.2. Functionality Diagram
OA: Foyer – Auditorium – Cafeteria - StoresMB: Service tunnelTB: Tanks – Water Treatment – Dynamic UPS
OA: Entrance – offices - meeting and show roomsMB: ALBA tunnel – Exp hall – Service area - Laboratories - Mechanical rooms – loading areaTB: cooling & heating plant – workshops - storage
GROUND FLOOR
FIRST FLOOR
SECOND FLOOR
BASEMENT
OA: offices – free suitable for officesMB: mechanical rooms – control room outer ring – free suitable central courtyard
OA: offices – free suitable for offices
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A.3. Transit
PedestriantransitVIP vehicles
Park & Bus transit
General supply transitScientific & technical
supply transit
Park & Bus transit
Main Entrance
Entrance to the Building
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A.4. Basement
Cafeteria – VendingAuditorium (200 p.)Compacts archive
Medical serviceChanging room
Waste store
Service tunnel
Electrical StationElectrical Control Room
TanksPumps and exchangers
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A.5. Ground FloorExperimental Hall
ALBA TunnelBeam Lines
Laboratories:• BL Labs• ID + magnets• Vacuum lab • Comp & communic.• Metrology lab • Electronics lab• Detectors lab• RF lab
Entrance – HallOffice Area – 400 m2
Trucks access exp. area
Central courtyard
Workshops – 750 m2Storage – 600 m2
Cooling Plant & Cooling TowersDynamic UPS
Utilities
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A.6. First Floor
Office Area 400 m2 (Phase 2)
1.100 m2 (Phase 1)
Technical Area2 * 500 m2
ALBA Control Room
Central courtyard
Free suitable forSupplementary labs. Phase 2
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A.7. Second Floor
Office Area
400 m2 (Phase 2)
1.100 m2 (Phase 1)
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A.8. Cross Sections
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B. Mechanical Installations.
1. Production and Distribution
2. Water Treatment and Fluids
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B.1. Production & Distribution
Cooling Towers9 MW Cap
Boilers1,5 MW
Cooling Plants
UTA’s•ALBA Tunnel•Service Area•Experimental Area•Beam Lines•Offices
ALBA Tunnel - Linac / BO / TL - S.R.Service AreaExperimental Area
Air Cond. 4 MWCooling 4 MW
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B.2. Water Treatment & Fluids.
• Demineralised water.
• Natural gas.• Gas oil.• Compressed air.
– Distribution loops: perimeter laboratories and beam lines - Storage ring -Booster and Linac -Service area -Technical Building
• Gas nitrogen.– Supply from a liquid nitrogen tank to
laboratories and beam lines.• Other fluids.
– Space will be foreseen for possible future installations of other gases as liquid nitrogen or recuperation of helium gas.
Deionization UnitInverse Osmosis Unit
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C. Electrical Installations.
Topology and Power
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C. Topology & Power
4,5 MWALBA Machine
Total Power 12 MW
4,5 MWCooling & HVAC
2 MWOffices & Workshops
1 MWCritical Supply
StaticUPSDynamic
UPS
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D. Safety and Fire Protection.
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D. Safety and Fire Protection.
• In accordance with national rules.• Safety and Control Integrated System:
– Fire Detection– Fire Extinguishing (mobile, fixed, outdoor hydrants, automatic
plus water/pumping system)– Intrusion detection– Access control– Visits control– Closed TV system– Technical control– HVAC monitoring and protection– Electrical Power monitoring and protection– Emergency Plan– Waste management
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Thanks for your attention