2. 5. TECHNICAL ROOF EQUIPEMENT
6. MAIN ENTRANCE
7. PARKING
8. AMBULANCE PARKING
AL USOOL AL AQARIYA for General Contracting CO. - Tripoli per TMC - Tripoli
Medical Center (LIBIA)
CYCLOTRON BUNKER, RADIO PHARMACEUTICAL PRODUCTION UNIT DUAL PET
DEPARTMENT FOR TRIPOLI MEDICAL CENTER
Planning and realization
Total volume m³ 7500
Total area m² 1500
1. MANAGEMENT AREA
2. PET DEPARTEMENT
3. CYCLOTRON LABORATORY
4. TECHNICAL ROOMS
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15. INTRODUCTION
The intervention consists in the realization of a one storey building with an almost rectangular plan of the
dimensions of approximately: 68.70 x 20.00m, with a widening in correspondence with the main entrance which
brings the transversal dimensions up to approximately 24.90m for the first 15.00m. The total area is about
1400m2. The building presents an interior height of 4.55m, except for an area intended for the storage of plants
and the Cyclotron room which present an interior height of 3.00m.
Two further structures of the dimensions of respectively 5.00 x 6.50m and 5.00 x 5.00m with interior height of
3.00m, function as connections to the rest of the existing hospital structure.
STRUCTURAL CHARACTERISTICS
The building has the following characteristics:
Foundations of the raft type in reinforced concrete
Pillars of reinforced concrete with a square or circular section
Cover of the slab type in reinforced concrete
INTERNAL FINISHINGS
External masonry: External walls is a multiple layer wall by:
Internal vestment in hollow concrete blocks worked with mixed mortar
Space between two walls: with thermo isolating polystyrene panel,
External vestment in hollow concrete blocks worked with mixed mortar
Internal masonry and technological rooms: carried out in hollow concrete blocks worked with mixed mortar
Thermal Insulation: The thermal masonry and cover insulation will be executed in polystyrene panels
Internal plastering: The technological rooms will be finished with one layer of ready-mixed plaster
Cyclotron and technical rooms floor finishing: The cyclotrone and technical room floor will be made with
concrete, hardening superficial treatment with natural quartz inert or concrete.
Internal stoneware tile floors: in prime quality porcelainized stoneware tiles, dimensions to be chosen, with
certified resistance.
Raised floors: with supporting structure of adjustable columns diam. 30mm with base and cross head and
threaded 16mm stems and a nut for the height regulation.
Finishing Floor Materials: the upper finish is carried out according to project for the different areas:
• floor of PVC tiles (laboratories in Cyclotron and Pet-Ct area)
• self laying stoneware tiles (waiting areas, corridors and main entrance)
• self laying carpet tiles, in antistatic and class 1 waterproof material ( conference rooms )
Walls and precast wall cladding in plasterboard: all the internal partitions and cladding will be done using
precast wall cladding and internal in order to ensure high hygienic standards and the best finishing. Where
required, will be provided a glass panelling, both full height and partial glazing, made with double frames levelled
with the wall.
False ceiling in mineral fibre: in 60x60cm panels for public and not classified areas
Sealed false Metal ceilings: supply and placing of false ceiling in sealed steel panels for a controlled pressure
environment, oven painted with edges without bevel.
False plasterboard ceilings: Building for the entrance finishings
External Windows and Doors: Highly thermally insulated door system with double insulated glass and all the
accessories made of Stainless steel
Room Furnishing and technical furniture
Complete furnishing and technical furniture have been scheduled.
The project will be specifying the furnishing room after room.
The applied criteria includes different levels and solutions as for the different uses of the room and the level of the
personnel using it, therefore we have decided to suggest various types and levels of office furnishing.
The entrance and reception areas are of a very high quality and aesthetic level being an important reception
element, both for users and external patients.
Technical furniture for the PET area ( beds, seating etc. ) and GMP laboratory ( stainless steel benches) has been
scheduled.
EXTERNAL FINISHING
The building has the following characteristics:
One main entrance facing the existing hospital road for public access
Two entrances from the existing hospital for direct access to PET area and Cylotron area
External marble cladding of all the external walls
Parking areas for doctors and perimetral sidewalks
External lightening system will increase the atchitectural characteristic of the building
Green areas will surround the building
MECHANICAL SYSTEM
The main parts of the system are:
power supply and electrical room cooling;
sanitary system: cold and hot water; normal sewage system; hot sewage system (potentially activated); fire
protection network (hydrants and gas fire extinguishing system);
medical gases;
pure and ultrapure gases;
S.C.A.D.A. (Supervisory Control And Data Acquisition).
High Efficiency Terminal Filter for the highest standards of air purity and aseptic conditions in medicine, biology,
pharmacy and in many sensitive areas of technology. Available in housings of three different depths.
The H.V.A.C. (Humidification and Ventilation Air Conditioning) plant consists of:
two A.H.U. (Air Handling Unit): one for the classified rooms in the FDG Production area and one for the non
classified rooms;
EXT Chimney with final filter for the rooms with potentially activated air;
4 ways fancoils ceiling mounted in a part of the rooms.
All the cooling sistems of the building are fed by two chillers air cooled type. In the technical room are located the
pumps and the collectors for distribute the chilled water to the systems.
All the pipework for distribute the chilled water are in stainless steel AISI 304. Valves and other components will be in
cast iron (flanged components), brass or bronze (threaded components). Insulations are made of elastomer foam
covered with 6/10 alluminium sheet in the technical room.
The sanitary installations are designed to achieve a standard of installation which provides the following:
free flowing plumbing systems;
freely ventilating plumbing systems;
rodding eyes, access doors etc., which are readily accessible and which will facilitate the easy maintenance of all
parts of the systems;
durable materials of first class quality;
systems which maintain their integrity during their operational lifespan.
The fire protection network comprehend water hydrants and an inert gas fire extinguishing system. The gas used is
nitrogen at constant discharge pressure; the bottles are stored in the technical room.
This innovative solution utilises a 300 bar reservoir pressure restricted to 60 bar pressure at the valve outlet, which
ensures extinguishant flow is at a constant rate throughout the discharge time. This eliminates the pressure peak at
the beginning of the extinguishing process, which can reduce pipe diameters and the size of any overpressure vents.
Medical gases (oxygen and medical compressed air) are distributed in the building. The gas bottles are stored in the
gas storage and the distribution to the utilities is part on the roof of the building and part inside the building. All the
circuits of compressed air shall be executed in copper.
Pure and ultrapure gases are distributed in the FDG production area. The gas bottles are stored in the gas storage.
The gases are: helium; ultrapure helium; nitrogen; hydrogen.
S.C.A.D.A. is an up-to-date family of freely programmable management and automation stations for the full spectrum
of building services applications. With system functions such as alarm management, time scheduling, and trend
logging, combined with sophisticated control functions, S.C.A.D.A. is a highly versatile asset in a building. Innovative
Web technology, high-performance open databases and open communications make S.C.A.D.A. wise investment in
the future.
16. ELECTRICAL CHARACTERISTICS
The electrical systems are the followings:
Main and secondary Switchboards;
Cable Trays and cables;
Earthing System, Lighting System and SPD;
Lighting System ( Normal and Emergency );
Sockets distributions;
TV System;
CCTV System and Access Control;
Fire Alarm System;
Extinguishing System;
Gas detection System;
Network of phone/data system;
Audio System for waiting rooms;
Patient care System
Intercom System.
The electric power is placed at the disposal of the contractor in the Electrical room on the ground floor, near the
technical room. This power is made available to the contractor by a cable arriving in the Electrical Room T04.
The realization of the main switchboard MBT and the secondary one will be in conformity with the standard EN
60439.
The equipments lighting, socket-outlets and sockets-data, are planned for an assembly of the type embedded
in the walls, gutters and false ceilings, except for the equipment assembled in the technical rooms which is of
the apparent type. All the cables are placed under tube in the walls and partitions and on cable shelf in the false
ceilings.
In order to permit communication between two different rooms there will be installed some digital wallmount
station for clean rooms completed with an intercom digital server. The intercom system ensures the
communication “free hands” between two rooms.
There will be installed a call audio system from the reception to the waiting areas.
The equipment for a typical room is the following:
displays modules near the door for each controlled room ( with also a button of presence of the nurse);
prismatic indicators units outside the doors indicates the urgent call and the presence of the nurse;
call push button with 7 contact socket outlet near the patient;
simple mini-keyboard for emergency call of the nurse;
Two display modules are installed also in reception and in cafeteria: the system will do also the possibility to
control and supervising all the alarms from PC.
The badge has the shape of a credit card with magnetic tracks: the magnetic track contains coding.
The reader of door has a read head which analyzes coding during the run of the badge. Information thus read is
then transmitted of the reader to the controller of door. It is there that the identification and the access
authorization take place.
A multicoloured diode LED and an internal buzzer inform about the reaction of the system.
The opening of the cover of the case starts a signal of sabotage.
The power of current takes place starting from the controller of door.
There will be installed five indoor fixed camera ( position indicated in project drawings ):
two near entrance doors in the existing corridor;
one in A16 room ;
one in Power supply room C03;
one in Control.
The lighting system project has been developed According UNI EN 12464 standards and requirements.
The Emin/Em uniformity will not be lower than 0,5 according to UNI EN 12464. The rooms subject to
intervention may be classified as ordinary spaces which refers to, as it regards safety illumination, the
regulation UNI EN 1838. This regulation requires for the ways out (safety exits) of up to 2 meters wide a
minimum lighting on the floor.
