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Bilfinger Berger
Deep Foundations
Bored Piles (Drilled Shafts, Cast In-Situ Piles)
Europe
International
Driven Piles
Retaining Walls (Shoring)
Underpinning
Diaphragm Walls
Slurry and Cut-Off Walls
Jet Grouting
Excavation Pits
Ground Freezing
Ground Improvement
Landfill Construction and Rehabilitation
Storm Water Protection
Monitoring and Testing
Engineering and Consultant Services
Special Foundation Techniques

Bilfinger BergerBored Piles (Drilled Shafts, Cast In-Situ Piles)

Europe

The large number of pile systems currently available on the market reflects the significance of pile foundations. Bored piles can be either used as single foundation piles (on/offshore), pile groups, inclined piles, or in various combinations for retaining walls. In general, bored piles can be installed in a variety of soils including very soft clays, dense sands and hard rock. Various drilling techniques and excavation tools are employed as needed.Bilfinger Berger offers the following methods to excavate piles of various diameters depending on the soil conditions:
  • Rotary Drilling Method
  • Drive-Drill Excavation Method (Grab + Chisel)
  • Reversed Circulation Method (RCD)
  • Airlifting Method (and combinations with RCD)
  • Flush drilling Method (for smaller diameter)
  • Down-the-Hole-Hammer Drilling Method
  • Blasting Methods
If required, we own equipment to install steel casings using the following methods:
  • Driving (Drop Weight and Hammers)
  • Vibrating (Vibro-hammers)
  • Oscillating (VRM)
  • Rotating (RDM)
  • Pneumatic Installation (Hochstrasser-Weise Method)
If casings are not required, or cannot be used, we can stabilize the borehole with water, bentonite or polymer. If the surrounding soils are stable enough, the continuous flight auger method can be used for drilling without any support. We also offer energy pile installation. These piles combine a load bearing capacity with the ability to retrieve thermal energy from the surrounding ground. Pile test methods like static, dynamic or even the O-cell test method are among our standard practices. We have performed several vertical compression pile tests up to 50 MN.
Altentreptow, Landgraben
Construction Period: 03/2004 - 12/2004
[PDF, 322 KB]
Coburg, EÜ Itztalbrücke
Construction Period: 01/2004 - 06/2004
[PDF, 192 KB]
Cologne, Joint Venture Rheinpark Cologne
Construction Period: 02/2006 - 09/2006
[PDF, 520 KB]
Cologne, Test Pile Rheinhallen Rheinpark Cologne
Construction Period: 12/2005 - 02/2006
[PDF, 507 KB]
Düsseldorf, Hafenspitze Düsseldorf
Construction Period: 03/2008 - 11/2008
[PDF, 715 KB]
Frankfurt/Main, Commerzbank Tower
Construction Period: 06/1994 - 06/1995
[PDF, 225 KB]
Frankfurt/Main, Gallileo Tower
Construction Period: 09/1999 - 09/2000
[PDF, 337 KB]
Frankfurt/Main, Maintower
Construction Period: 08/1996 - 06/1997
[PDF, 465 KB]
Göteborg, Lilla-Bommen-Tunnel
Construction Period: 11/2002 - 03/2003
[PDF, 178 KB]
Hamburg, Airport City-Rail Motorway Section 5-8
Construction Period: 10/2005 - 01/2006
[PDF, 692 KB]
Hamburg, Development Ericusspitze
Construction Period: 06/2008 - 07/2009
[PDF, 514 KB]
Hamburg, Europa Passage
Construction Period: 08/2003 - 12/2004
[PDF, 416 KB]
Le Havre, Pont de Normandie
Construction Period: 09/1990 - 08/1992
[PDF, 59 KB]
Offenbach/Main, Excavation Pit Department Store KOMM
Construction Period: 01/2008 - 07/2008
[PDF, 937 KB]
Offenbau, NBS Nürnberg - Ingolstadt
Construction Period: 03/2000 - 08/2004
[PDF, 553 KB]
Paris, Syctom - Isseane
Construction Period: 09/2003 - 05/2004
[PDF, 178 KB]
Sarpsborg, Ny Sandesund Bridge
Construction Period: 07/2006 - 09/2006
[PDF, 584 KB]
Vienna, Schmerlingplatz
Construction Period: 07/2004 - 10/2005
[PDF, 510 KB]
Vienna, Schnirchgasse
Construction Period: 02/2003 - 09/2004
[PDF, 177 KB]

 

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