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Civil engineering |
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| In the water
and environment sector, many infrastructure
facilities still need building, extending
or modernising. The BCEOM and Egis Eau
teams are competent to design, calculate
and supervise the construction of civil
engineering structures and equipment
required for projects. |
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Experience
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Programming
assignment for the
port of Faratea
The
archipelago of French
Polynesia is more
or less totally covered
by air for passenger
transport and by sea
for freight transport.
The island of Tahiti,
with the port of Papeete
and Faaa International
Airport deals with
most outside traffic
which is then transferred
to the other islands
in the archipelago.
The port of Papeete,
which is the hub of
this arrangement,
has insufficient capacity
to deal with the rapid
economic development
of French Polynesia.
As there were only
very limited extension
possibilities, it
was planned to build
a second international
port south of Papeete,
at Faratea.
This
port is designed to
accommodate the following
activities:
- industrial fishing,
- naval shipyards,
- oil berth,
- butane berth,
- containers (at a
later stage).
This
facility will mainly
comprise:
- a breakwater made
of artificial concrete
blocks, 25m deep and
2000 m long,
- 2000 m of quays,
- 15 to 20 hectares
of yards,
- related equipment
(slip dock, travel
lift, pontoons, etc.).
The investment is
estimated at 350 M
euros, which can be
used in at least two
phases.
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Project
management services
for the second tram
line for Montpellier
The SEMALY - BCEOM - BETEREM
- GARCIA DIAZ consortium
has been selected to
provide project management
services for the second
tram line for Montpellier.
This second line is
18 km long and runs
from east to west. It
intersects with the
first line at two points
to provide connections
and allows exchanges
in all directions.
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Calais
cross-channel ferry
terminal - Improving
berth 9
Cross-channel traffic in the
port of Calais is considerably
increasing, which means
adapting ships in consequence.
The ferry companies,
Seafrance and P&O
are renewing their fleet
and using larger ships
which thus reduce embarkation
and disembarkation times.
Calais Chamber of Commerce,
which is the port operation
concessionaire, is developing
new fixed equipment
to cope with the new
traffic.
A
project management assignment
was awarded to the ScetaurouteBCEOMEurodim
consortium. It concerned
the following structures:
- Berth P9 to be built,
to allow RODIN-type
ships to be accommodated
(L= 186 m, width = 27.7
m, draught 6.7 m, capacity:
800 light vehicles or
2000 m of RoRo traffic),
- Straightening the
alignment of the north
embankment to enable
ships to reach the new
berth,
- Reorganising land
traffic movements,
- Equipping the new
berth with a double
vehicle ramp and a pedestrian
ramp.
The
structures to be designed
are more complex due
to the constraint of
having to carry out
the works without interrupting
traffic in adjacent
berths. The retaining
wall of Berth 9 is a
vertical sheet with
a vertical clearance
of 19m, to be built
behind an existing sheet.
The slip dock structures
designed to carry the
ships supports during
loading and unloading
operations must be able
to cope with a high
water line variation
of 9 m.
The north embankment
must be straightened
without affecting the
operation of the adjacent
sugar berth and RoRo
berth.
Furthermore, the cross-Channel
ferry terminal is an
enclosed area, subject
to considerable safety
constraints to keep
illegal immigration
to Great Britain under
control. These constraints
affect the techniques
used and the way the
works are performed.
The
assignment awarded to
the consortium involves
the full range of project
management tasks (preliminary
and final designs, procurement
assistance and bid analysis,
checking and approving
drawings, construction
supervision and taking-over
certification operations).
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Cruise
ship quay extension
in Tahiti (Papeete)
Full project management contract
won after a competitive
tender.
The project aimed to
provide access and mooring
space for four liners
of between 200 and 300
m in length and reorganise
the ferry area. This
project has a large
urban development component.
Cost of works is €25
million.
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Project
Management for the Urban
District of Rodez
The Urban District of Rodez
entrusted BCEOM with
the full project management
for the construction
of a water treatment
plant in Rodez (Aveyron)
involving designs and
construction supervision,
monitoring and coordination,
impact studies, preliminary
designs and tender documents.
The project consisted
of an activated sludge
process with prolonged
aeration. The plant's
nominal rate/flow is
2100 m3/hour. The aeration
basin will have a capacity
of 30,000 m3 and be
10 m deep. Sludge will
be treated by dehydration
on press filters.
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Project
Management for laying
piping and other drinking
water supply structures
in Mantes (Yvelines)
Full project management assignment awarded by the
District Community Authority
(preliminary designs,
designs, procurement
assistance, design checking,
construction supervision,
acceptance operations,
alone or in a group
with Beture Infra (with
BCEOM as leader).
Following the 1992 Drinking
Water Master Plan, also
carried out by BCEOM,
several developments
to the District Community
Authority's Drinking
Water Supply were recommended
for which BCEOM was
project manager.
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