This solution involves prefabricating walls at Green Stone's production site in Bastogne, Belgium. These are then delivered to the site, ready to be installed according to an installation plan supplied by its design office. There are many advantages to this method, including speed of installation, time savings and improved working conditions for the workers involved. For example, a house can be built in one storey a day, compared with 10 days using the traditional method. The walls are also made of Poroton&reg;, a clay brick containing mineral wool insulation. These combined materials offer excellent thermal performance, making it possible to design homes that consume less energy. Thanks to its integrated insulation, there is no longer any need for external insulation, and fa&ccedil;ade renderings can be applied directly, saving even more time on planning.

To build our housing estate, we chose Green Stone technology, a high-performance solution.

High-performance, eco-responsible construction

English

This new residential development is in a quiet, privileged location, set back from the main road between Avenue de Luxembourg and Rue des Pr&eacute;s. It comprises 15 single-family homes and three small-scale residences, each with four flats. With its soft colours, zinc roofing, large elegantly framed windows and green spaces, our teams have created a haven of peace, an invitation to well-being and a gentle way of life.

In Bascharage, Félix Giorgetti is developing and building the Am Leem housing estate.

Am Leem housing estate

Presentation of the Am Leem development, a residential project in Bascharage developed and built by Félix Giorgetti

Basch M7&8 Ar

View of the back of the houses on the Am Leem development in Bascharage

Basch R12 Av V2

The Am Leem housing estate features three residences: Clay, Sand and Gravel.

ProEXR File Description=Attributes=cameraAperture (float): 36cameraFNumber (float): 8cameraFarClip (float): 1e+030cameraFarRange (float): 1000cameraFocalLength (float): 22.1525cameraFov (float): 77.9694cameraNearClip (float): 0cameraNearRange (float): 0cameraProjection (int): 0cameraTargetDistance (float): 561.043cameraTransform (m44f): [{0.892261, -0.451521, -6.40743e-007, 689.554}, {-0.45152, -0.89226, 2.9802e-007, 287.738}, {-1.4901e-007, -1.4901e-007, -1, 140.331}, {0, 0, 0, 1}]channels (chlist)compression (compression): ZipdataWindow (box2i): [0, 0, 3839, 2159]displayWindow (box2i): [0, 0, 3839, 2159]lineOrder (lineOrder): Increasing Yname (string): ""pixelAspectRatio (float): 1screenWindowCenter (v2f): [0, 0]screenWindowWidth (float): 1type (string): "scanlineimage"vrayChannelInfo (string): "{"VRayGlobalIllumination":{"alias":108,"index":3,"flags":16392},"VRayLighting":{"alias":107,"index":4,"flags":16392},"VRayRefraction":{"alias":103,"index":6,"flags":16392},"Z":{"alias":117,"index":10,"flags":16452},"VRaySpecular":{"alias":106,"index":8,"flags":16392},"effectsResult":{"alias":153,"index":11,"flags":16517},"Alpha":{"alias":125,"index":1,"flags":16389},"VRayShadows":{"alias":105,"index":7,"flags":16392},"VRayWireColor":{"alias":127,"index":9,"flags":16404},"VRayReflection":{"alias":102,"index":5,"flags":16392},"RGB color":{"alias":126,"index":0,"flags":16385},"Ambient occlusion":{"alias":1000,"index":2,"flags":16404}}"=Channels=A (half)Ambient occlusion.B (half)Ambient occlusion.G (half)Ambient occlusion.R (half)B (half)G (half)R (half)VRayGlobalIllumination.B (half)VRayGlobalIllumination.G (half)VRayGlobalIllumination.R (half)VRayLighting.B (half)VRayLighting.G (half)VRayLighting.R (half)VRayReflection.B (half)VRayReflection.G (half)VRayReflection.R (half)VRayRefraction.B (half)VRayRefraction.G (half)VRayRefraction.R (half)VRayShadows.B (half)VRayShadows.G (half)VRayShadows.R (half)VRaySpecular.B (half)VRaySp

Basch M Int Cam02

Our interior designers have created bright, functional and welcoming spaces.

ProEXR File Description=Attributes=cameraAperture (float): 36cameraFNumber (float): 8cameraFarClip (float): 1e+030cameraFarRange (float): 1000cameraFocalLength (float): 18cameraFov (float): 89.8964cameraNearClip (float): 0cameraNearRange (float): 0cameraProjection (int): 0cameraTargetDistance (float): 996.511cameraTransform (m44f): [{0.891829, 0.452353, 0.00416258, 719.205}, {0.452374, -0.891792, -0.00820765, 498.498}, {-1.78815e-007, 0.00920107, -0.999958, 393.388}, {0, 0, 0, 1}]channels (chlist)compression (compression): ZipdataWindow (box2i): [0, 0, 3839, 2159]displayWindow (box2i): [0, 0, 3839, 2159]lineOrder (lineOrder): Increasing Yname (string): ""pixelAspectRatio (float): 1screenWindowCenter (v2f): [0, 0]screenWindowWidth (float): 1type (string): "scanlineimage"vrayChannelInfo (string): "{"VRayGlobalIllumination":{"alias":108,"index":3,"flags":16392},"VRayLighting":{"alias":107,"index":4,"flags":16392},"VRayRefraction":{"alias":103,"index":6,"flags":16392},"Z":{"alias":117,"index":10,"flags":16452},"VRaySpecular":{"alias":106,"index":8,"flags":16392},"effectsResult":{"alias":153,"index":11,"flags":16517},"Alpha":{"alias":125,"index":1,"flags":16389},"VRayShadows":{"alias":105,"index":7,"flags":16392},"VRayWireColor":{"alias":127,"index":9,"flags":16404},"VRayReflection":{"alias":102,"index":5,"flags":16392},"RGB color":{"alias":126,"index":0,"flags":16385},"Ambient occlusion":{"alias":1000,"index":2,"flags":16404}}"=Channels=A (half)Ambient occlusion.B (half)Ambient occlusion.G (half)Ambient occlusion.R (half)B (half)G (half)R (half)VRayGlobalIllumination.B (half)VRayGlobalIllumination.G (half)VRayGlobalIllumination.R (half)VRayLighting.B (half)VRayLighting.G (half)VRayLighting.R (half)VRayReflection.B (half)VRayReflection.G (half)VRayReflection.R (half)VRayRefraction.B (half)VRayRefraction.G (half)VRayRefraction.R (half)VRayShadows.B (half)VRayShadows.G (half)VRayShadows.R (half)VRaySpecular.B (half)VRaySpec

Basch M Int Cam03

ProEXR File Description=Attributes=cameraAperture (float): 36cameraFNumber (float): 8cameraFarClip (float): 1000cameraFarRange (float): 1000cameraFocalLength (float): 14.88cameraFov (float): 100.53cameraNearClip (float): 106.97cameraNearRange (float): 0cameraProjection (int): 0cameraTargetDistance (float): 245.512cameraTransform (m44f): [{0.149593, 0.988737, -0.00449005, 665.233}, {0.988748, -0.149592, 0.000679269, -11.3258}, {4.19095e-008, -0.00454092, -0.99999, 434.018}, {0, 0, 0, 1}]channels (chlist)compression (compression): ZipdataWindow (box2i): [0, 0, 3839, 2159]displayWindow (box2i): [0, 0, 3839, 2159]lineOrder (lineOrder): Increasing Yname (string): ""pixelAspectRatio (float): 1screenWindowCenter (v2f): [0, 0]screenWindowWidth (float): 1type (string): "scanlineimage"vrayChannelInfo (string): "{"VRayGlobalIllumination":{"alias":108,"index":3,"flags":16392},"VRayLighting":{"alias":107,"index":4,"flags":16392},"VRayRefraction":{"alias":103,"index":6,"flags":16392},"Z":{"alias":117,"index":10,"flags":16452},"VRaySpecular":{"alias":106,"index":8,"flags":16392},"effectsResult":{"alias":153,"index":11,"flags":16517},"Alpha":{"alias":125,"index":1,"flags":16389},"VRayShadows":{"alias":105,"index":7,"flags":16392},"VRayWireColor":{"alias":127,"index":9,"flags":16404},"VRayReflection":{"alias":102,"index":5,"flags":16392},"RGB color":{"alias":126,"index":0,"flags":16385},"Ambient occlusion":{"alias":1000,"index":2,"flags":16404}}"=Channels=A (half)Ambient occlusion.B (half)Ambient occlusion.G (half)Ambient occlusion.R (half)B (half)G (half)R (half)VRayGlobalIllumination.B (half)VRayGlobalIllumination.G (half)VRayGlobalIllumination.R (half)VRayLighting.B (half)VRayLighting.G (half)VRayLighting.R (half)VRayReflection.B (half)VRayReflection.G (half)VRayReflection.R (half)VRayRefraction.B (half)VRayRefraction.G (half)VRayRefraction.R (half)VRayShadows.B (half)VRayShadows.G (half)VRayShadows.R (half)VRaySpecular.B (half)VR

Basch M Int Cam04

Bascharage Lotissement

Location of the Am Leem housing estate

The environment also plays an important role in this new route. In order to protect the local fauna, our teams have installed protective netting and will build in crossings under the road to allow frogs, in particular, to cross in complete safety. The Moulterbach stream will also be restored and enhanced, with a new bed meandering peacefully along the new road. In keeping with the environmental approach, 85,000 m3 of material from the earthworks will be processed on site and reused for the pavement boxes.

Protecting nature

This is why our teams have opted for a different methodology and will be using the top-down construction technique. The area will first be stabilised with 400 90 cm diameter piles, on which a covering slab will be placed. The next step will be to dig underneath the structure to create the invert and the walls of the cut-and-cover section.&nbsp;

La tranchée couverte étant située sur une nappe phréatique, cette partie représente l’un des principaux challenges de ce chantier.

Top-down construction

View of the cut-and-cover works in the Bettange-sur-Mess section and view of the rest of the route.

Contournement Dippach (7 Juillet 2023)©simon Schmitt Global View HD 6

Dipach-Gare bypass

For many years now, the Route des Trois Cantons - the main thoroughfare for the municipality to the west of the capital - has been saturated. More than 8,000 vehicles pass through every day, slowed down by the PN5 level crossing, which is closed for up to 40 minutes an hour. The new bypass will provide a direct link between the municipalities of Reckange-sur-Mess and Bettange-sur-Mess, offering an alternative to the Route des Trois Cantons, which runs through the conurbation, and eliminating its level crossing for greater safety. With a length of 2.2 km, the route will include two lanes of traffic and two junctions at each end to ensure that traffic flows smoothly. It will comprise a number of structures and facilities:
<ul>
<li>a 125 m-long cut-and-cover tunnel, with two 50 m-long access hoppers, which will run under the roundabout towards Bettange-sur-Mess ;</li>
<li>an 85 m mixed metal and concrete footbridge for soft mobility;</li>
<li>a reinforced concrete overpass 15 m long and 5 m wide;</li>
<li>cycle paths;</li>
<li>a farm track;</li>
<li>hydraulic structures such as canals and a retention basin;</li>
<li>a crossroads;</li>
<li>noise protection measures such as noise barriers.</li>
</ul>

Félix Giorgetti is carrying out the construction work on the Dippach-Gare bypass. A 2.2 km long project for the Ponts et Chaussées and the CFL.

Dippach-Gare bypass

Construction of the Dippach-Gare bypass by Félix Giorgetti for the Ponts et Chaussées.

Construction of a 2.2 km bypass to relieve traffic congestion on the rue des Trois Cantons.

Contournement Dippach Gare

The new road will run under the railway bridge, eliminating the level crossing at Dippach-Gare.

Dippach 10

The Moulterbach stream being restored to a more natural state.

Dippach 74

Drilling the piles for the cut-and-cover section.

Dippach 82

The road will start at the "Op der H&eacute;i" roundabout and end 4.4 km further north, a few hundred metres after the new Hosingen-Nord interchange at Dorscheid. This will require the construction of a number of engineering structures: seven bridges (including two biotope structures and a wildlife crossing) and a cut-and-cover tunnel. In addition to the network of stormwater pipes for the road and the existing pipes that will be relocated, six water distributors and four retention basins are planned. The stripped topsoil will be reused to cover the embankments and other infrastructure.

The Hosingen bypass is intended to relieve congestion in the village centre, which sees almost 17,000 vehicles pass through every day. 

Freeing up the city centre

20210520 Presentation Projet De Loi Contournement Hosingen 1 114

The 325 m-long cut-and-cover tunnel consists of two traffic tubes. © MMTP

With a length of 325 m, the structure will consist of two tubes, each housing two lanes of traffic and as many pavements for pedestrians, separated by a reinforced concrete wall. The gauge will have a clearance height of 5 m for normal traffic and 5.50 m for exceptional transport. The technical supply and monitoring facilities will be located in a service building at the northern exit of the cut-and-cover tunnel. Construction of the cut-and-cover will involve major earthworks to a depth of 25 m, involving a total of 350,000 m3 of excavated material, all of which will be stored on site for re-use. With its rounded geometry, the construction of the structure represents quite a challenge. A 15 m long double carriage will then be installed to carry out the concreting of the cut-and-cover and its two tubes in phases.

Félix Giorgetti, in temporary association with Baatz, inaugurated the long-awaited Hosingen bypass construction project with the completion of its first lot: a 325 m-long cut-and-cover tunnel.

Hosingen cut-and-cover tunnel

Félix Giorgetti is building a cut-and-cover tunnel for the Ponts et Chaussées as part of the construction of the Hosingen bypass.

The cut-and-cover tunnel is the first section of the Hosingen bypass.

20210520 Presentation Projet De Loi Contournement Hosingen 1 45

Illustration of the cut-and-cover section ©MMTP

20210520 Presentation Projet De Loi Contournement Hosingen 1 112

The cut-and-cover will consist of two tubes, each with two traffic lanes ©MMTP

Dji 0876

The earthworks have started in September 2023.

Ground Breaking 02 91

The project was officially launched in June 2023 in the presence of François Bausch (Minister for Mobility and Public Works), Romain Wester (Mayor), Marc Ries (Ponts et Chaussées) and Paul Giorgetti.

Ettelbruck One Rendering

Ettelbruck ONE, a 20,000 m2 complex developed by Landimmo Real Estate and built by the joint venture Félix Giorgetti and CDCL.

Landimmo Real Estate, a member of the Landewyck Group, has entrusted F&eacute;lix Giorgetti and CDCL with the construction of Ettelbruck One, its Nordstad Administrative Centre. Located in Ettelbruck, this complex of almost 20,000 m2 of gross floor area is being built on a site steeped in history, where a former tobacco factory belonging to the Landewyck Group once stood. The new building, with its modern, avant-garde architecture, will bring together several of the country's public institutions and administrations, a medical centre, offices, shops and restaurants. This BREEAM-certified project will bring a new dynamic to the region. Structural work began in September 2023 and will be completed by the end of 2024.

For Landimmo Real Estate, Félix Giorgetti and CDCL are responsible for the shell of Ettelbruck ONE, a 2,000 m2 administrative complex.

Ettelbruck One

Construction by Félix Giorgetti and CDCL for Landewyck Group of Ettelbruck One, a complex with a gross floor area of almost 20,000 m2 

A 20,000 m2 complex for Landewyck Group

Ettelbruck One Rendering2

Ettelbruck One, a complex of almost 20,000 m2 built by Félix Giorgetti and CDCL for Landimmo Real Estate.

Nestled between the exit of the Fort Neipperg car park and the platforms of Central Station, the rue du Chemin de Fer will play a very important role in the construction of the new CFL headquarters. It will indeed be the entry point to the site. The road is being widened in two stages, with the first part completed in July 2023. The work involved widening the road and creating an access ramp to allow machinery to reach the site several metres below. The second phase will take place at the end of 2026, when the building is handed over and the ramp becomes an access point for emergency services.
<h3>From 3.5 to 7 m wide</h3>
The challenge lies in the narrowness of the site, between the car park exit at the top and the station platforms at the bottom. To maintain one-way traffic, an impressive gantry crane was installed, with a 60 m long jib and a hook height of 36 m. Our teams demolished the stairs leading down to a platform, as well as part of the platform and the retaining wall. New foundations were laid to build a new retaining wall, making it possible to extend the road from 3.5 to 7 m in width. The new road rests on 6 m-high mews, beams, predales and slabs cast on site. It is bordered by prefabricated cornices. The asphalt was laid by our partner Julien Cajot.

As part of the construction of the new CFL headquarters, our teams widened the Rue du Chemin de Fer.

Preparatory work

The joint venture F&eacute;lix Giorgetti, CDCL and Poeckes was chosen by Chemins de fer luxembourgeois to build its new 24,000 m2 head office.
It was also awarded the contract to install the living quarters, as well as cleaning out the old building and stabilising its fa&ccedil;ades.
Completion of this major project is scheduled for 2026.

A large-scale project

A project with a very interesting architectural and environmental concept that echoes the values of our company. CFL opted for a partial demolition of the old building, which dates from the 1950s, while preserving elements typical of the architecture of the period, such as the main fa&ccedil;ades overlooking Place de la Gare, the central core, the entrance staircase and the mosaic mural in the entrance hall. The new building will also boast superior energy performance and is aiming for BREEAM Excellent certification.

CFL has chosen the joint venture Félix Giorgetti, CDCL and Poeckes to build its new head office, which will accommodate up to 1,200 employees.

CFL new headquarters

The joint venture Félix Giorgetti, CDCL and Poeckes has been selected by CFL to build its new headquarters on Place de la Gare in Luxembourg City.

A 24,000 m2 building

Cfl Render Update 1 Web

The new CFL headquarters from the train station platforms.

Rue De Chemin 2

Widening of the rue du Chemin de fer.

Rue De Chemin 18

Installation of predella as part of the widening of the Rue du Chemin de Fer.

Rue De Chemin 59 2

View of the new Rue du Chemin Fer from the platform.

<div>The construction site will also include a major earthwork project, involving some 140,000m3 of excavation and backfill in order to level out the terrain. This will start with stripping the topsoil. A maximum of the extracted material will be reused.</div>
<h3>Reinforcing the soil</h3>
<div>As the quality of the soil was not sufficient to accommodate the road structure, our teams called on a special machine to create 2,800 ballasted columns. This technique consists of reinforcing the soil by digging shafts - the columns - and injecting ballast, a material that is both permeable to water and has high mechanical properties, into them at high pressure. The column is made throughout the loose soil layer and descends to a more resistant layer of soil. In this project, the ballasted columns will reach a depth from 6 to 8 m.</div>
<div> </div>

Upcycling

<div>Bypass until May 2024</div>
<div>&nbsp;</div>
<div>As the route is very busy, this structure, which passes under the roadway, represents one of the major challenges of the project. It involves digging up to 11m under the road while limiting the impact on traffic.</div>
<div>&nbsp;</div>
<div>To do this, a bypass will be installed on one side of the road and then on the other, with a speed limit of 70km/h to allow our teams to carry out the earthworks.</div>
<div>The project also includes two hydraulic structures to channel the nearby river and reinforce a drinking water pipe from Roeser.</div>
<div>In terms of soft mobility, it is also planned to make sections of the PCY and PC28 cycle paths that will pass nearby. </div>

The assignment includes the construction of the foundations of the two-track line as well as several structures, including a cut-and-cover tunnel to allow the train to pass under the N31 between Bettembourg and Livange at the Ibis hotel.

The major challenges of the project

Marche 10 1 Mkt

Lot 10 - The project includes the construction of a 1.7 km section of the new railway line between Bettembourg and Luxembourg.

<div>A major mobility project in Luxembourg, underway since 2016, the new railway line between Bettembourg and the capital continues to take shape. The objective for the CFL is to bring it into service from 2027.</div>
<div>&nbsp;</div>
<div>After delivering the grade separation in 2020, F&eacute;lix Giorgetti is now in charge, in temporary association with Baatz, of market 10, which consists of the construction of a 1.7km section of the 7km final route.</div>

Felix Giorgetti, in joint venture with Baatz, has been awarded contract 10 for the construction of a 1.7 km section of the new railway line between Bettembourg and Luxembourg.

New railway line Bettembourg-Luxembourg

Felix Giorgetti, in temporary association with Baatz, has been awarded the contract for the construction of a 1.7km section of the new Bettembourg-Luxembourg railway line.

Construction of a 1.7km section of the new railway line between Bettembourg and the capital.

Marche 10 2 Mkt

Marche 10 3

Lot 10 • A bypass will leave space for our workers to do the earthworks to create the cut-and-cover tunnel.

1eff8ee1 6a1c 40bd B9cd 4ca873bf1270 3

Lot 10 • The special machine to create 2,800 ballasted columns.

Cfl Livange (7 Juillet 2023)©simon Schmitt Global View HD 5

Lot 10

Substantial earthworks, of the order of 142,000m3, will be required to open up the track for CFL trains.

Marche10 Vue Aerienne 2

Much of the stripped soil will be reused. In the meantime, it is stored on site.

Marche10 Depot C V1

Lot 10 

Another hydraulic structure that protects drinking water and gas pipes.

Marche10 O H8

The project involves the construction of several structures. Here, the hydraulic structure that will channel the Bubesbaach stream. Construction of the 90 m-long structure began in September.

Marche10 O H9

With a total surface area of 14,000 m2, this office building will offer optimised, tailor-made and comfortable work spaces to promote the well-being, collaboration, exchanges and productivity of employees. Its BREEAM Excellent certification will guarantee its energy performance and sustainability. The Waves is also aiming for Well Gold certification and meets the standards for people with reduced mobility.

Excellent energy performance

A real architectural jewel, it consists of two volumes of asymmetrical heights linked by a large open interior courtyard that bathes all the spaces in natural light. It is four storeys high on one side and seven storeys high on the other. The entrance is set back slightly, at the junction of the two buildings on the north-east fa&ccedil;ade, while access to the 100 parking spaces, located on the two basement levels, is via the south-west fa&ccedil;ade. The Waves also houses a large 360 m2 inner courtyard that will welcome occupants and visitors in a pleasant, green setting.

Bathed in natural light

Our partners

The Waves 01

The Waves, an office building with a bold architecture and a double façade made of glass and Corten.

The Waves will take place on Rue Lucien Thiel, on the Kirchberg plateau, known for the large national and international companies that have chosen to establish themselves there. More than a simple business district, the Kirchberg is animated by a strong dynamic thanks to an important commercial, cultural, educational and residential offer. All this in a modern and welcoming environment. The address is also very well served thanks to the numerous public transport lines that will allow access to the four corners of the city, including a second tram line that will run at the foot of the building by 2035.

A second tram line

Curved lines, a double envelope of glass and Corten, an inner courtyard running through the floors...
The Waves is a bold office building that stands out as a unique and emblematic new project in Kirchberg.
It is the flagship building of the new Media Bay estate developed and built by F&eacute;lix Giorgetti, and was designed by the prestigious architectural firm Valentini HVP Architects.

The Waves is an office building in the heart of the Media Bay estate in Kirchberg.

The Waves

The Waves is an office building developed and built by Félix Giorgetti, located in Kirchberg

The Waves is a 14,000m2 office building in the heart of the Media Bay estate in Kirchberg.

The Waves 02

The Waves is part of the Media Bay domain in Kirchberg.

The Waves 04

The Waves, an office building in Kirchberg.

The Waves 05

The was houses a 320 m2 courtyard.

"We have to be perfectly organised," explains our site manager. We are working along a busy road. The safety rules are therefore very strict. For example, you can't get within one and a half metres of the concrete blocks. Vehicle traffic is limited to 70 km/h, but you never know. A truck could hit the wall and cause serious damage."
Another requirement is the circulation of authorities. One lane must be accessible at all times to facilitate their intervention through the heavy traffic. An access road was therefore created on what stood as the hard shoulder, as well as refuge areas in case of a break down.
The final constraint was the motorway service area at the beginning of the section under construction. "The petrol station is the busiest in Europe, and closing it is not an option. We therefore had to find solutions to manage the traffic and maintain its activity."

The A3 widening project has some special features, particularly in terms of organisation, safety and traffic management.

Optimal safety

Elargissement A3 1

Widening of the A3 motorway on the Croix de Gasperich and the Living interchange section by Félix Giorgetti in the France-Luxembourg direction.

The major project to widen the A3 to 2x3 lanes between the French border and the capital began in mid-2022. This project is long awaited by the thousands motorists who use the route every day, and represents a major mobility challenge for the country. As part of this large-scale project, F&eacute;lix Giorgetti is in charge of the construction of the section between the Croix de Gasperich and the Livange interchange. More than two years of work are planned for this 4km section. Initially, the work involve extensive earthworks with the removal of more than 200,000m3 of material. For this purpose, our teams have been equipped with a Komatsu PC 490, which is ideal for large-scale work, and a Liebherr R926 Compact, which is controlled by a Leica GPS to ensure perfect embankment. The motorway widening also includes the laying of sewerage and multi-tube channels (for electricity and fiber-optic internet), the construction of foundations for future gantries, the laying of acoustic walls, and the creation of a 16,450m3 retention basin with a large vegetated area.

Félix Giorgetti is taking part into the major mobility project of the widening of A3 motorway.

Widening of A3 motorway

Widening of the A3 motorway in the France-Luxembourg direction over a 4 km section by Félix Giorgetti for the Administration des Ponts et Chaussées

Elargissement A3 2

A Komatsu PC 490 for big earthwork tasks.

Elargissement A3 3

The speed has been limited to 70km/h and a lane is reserved to authorities.

Elargissement A3 4

Widening of the A3 motorway.

Elargissement A3 5

Elargissement A3 6

The project also includes the creation of a retention bassin of 16,450m3 with a large vegetated area.

Started last November and March, the work must be completed by September 2023 and spring 2024 respectively to prepare for the arrival of the tram. Our teams are fully mobilised, with increased staffing levels and a six-day-a-week schedule to complete this important mobility project as planned.

The main challenge of these assignments lies in the schedule.

Stronger workforce for an ambitious schedule

This section will also require the construction of a retaining wall approximately 135m long and 11m high and 120,000m3 of fill to absorb the steep slope of the terrain. The main component of the lot, this structure is made of reinforced earth (a structure that combines backfill, reinforcement and a modular system of prefabricated concrete panels) and will be composed of reinforcement up to 8m long.
Lot 2a involves sinking under the motorway for the passage of networks and the construction of a covered trench. This 375m long structure with its hoppers will open the way for the tram under the Senningerberg interchange.

The new road will also allow motorists to drive directly to the A1 towards Trier.

Paving the way for the tram

Bvd Hohenhoff01

The works include the redesign of the Senningerberg interchange, the creation of part of the Höhenhof boulevard and the construction of a cut-and-cover tunnel.

Lot 1 consists of the redevelopment of the Senningerberg interchange, with the construction of part of the new H&ouml;henhof boulevard and the creation of a connecting road between the boulevard and the route de Tr&egrave;ves. This work will turn the area into a real mobility hub, including a P+R, a bicycle parking area, a bicycle path and a tram line with bus and tram stops.

In the context of the arrival of the tram to the Findel by the end of 2024, the Ministry of Transport and Mobility has entrusted Félix Giorgetti with the realisation of lots 1 and 2a.

Höhenhof boulevard

In the context of the arrival of the tram in Findel at the end of 2024, the Ministry of Transport and Mobility entrusted Félix Giorgetti with the realisation of lots 1 and 2a.

Making of a cut-and-cover tunnel and of a part of the new Höhenhof boulevard as part of the tram's arrival at the Findel.

Bvd Hohenhoff02

Bvd Hohenhoff Mur

The Terre Armée retaining wall is approximately 135m long and 11m high.

Bvd Hohenhoff Mur02

2a Deviation

A bypass has been put in place to carry out the earthworks for the cut-and-cover tunnel.

2a Tranchee

The cut-and-cover tunnel is taking shape.

After the rehabilitation of the Findel runway, the construction of a retention basin and the E121 security post, to name but a few, this is a new project carried out for lux-Airport that has been successfully completed. In addition to the initial order, the construction of a 250m2 guardhouse and the external works (including the user car park and the extension of the taxi park on the runway) were also added. The latter were carried out in joint venture.

Further works

In addition to the hangar, the structure includes workshops, storage areas and an administrative building that will accommodate the 160 or so Luxair Technics employees and support future growth.
The project started in May 2022 and was completed in record time, with the structural work delivered, as planned, less than a year later, in March 2023.

Supporting staff growth

Félix Giorgetti has completed the structural work on the new Luxair hangar and is continuing with the external landscaping, in association with Karp Kneip. 

This new infrastructure plays a decisive role for the Luxembourg airline.&nbsp; The new facility, located southwest of the runway, will replace the historic hangar built in 1951 in Neudorf and will be able to accommodate, for example, two large and one small commercial aircraft.
In this huge maintenance hall, the slab - made of 300 t of reinforcement and 1,800 m3 of concrete - is equipped with an underfloor heating system, and energy supply manholes called "PITS" (compressed air/electricity/kerosene vapour extraction) will optimise the work of the technicians.

Félix Giorgetti carried out the structural work on the new lux-Airport hangar for the maintenance of the Luxair fleet.

lux-Airport maintenance hall

Felix Giorgetti carried out the structural work on a hangar for lux-Airport for the maintenance of the Luxair fleet.

Projects

A 400-space P+R in Mersch

Category