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Protection contre les chutes de pierres - Danielsberg 2019

The rockfall protection system after completion

Protection contre les chutes de pierres - Danielsberg 2019

The infrastructure endangered by the rocks (top right in the picture)

Protection contre les chutes de pierres - Danielsberg 2019

A crane places the huge posts onto the base plates

Protection contre les chutes de pierres - Danielsberg 2019

All posts have been erected, afterwards the the suspension ropes get installed

Protection contre les chutes de pierres - Danielsberg 2019

The 112 meter long barrier was realized with a support rope separation

Protection contre les chutes de pierres - Danielsberg 2019

Once the transmission ropes have been installed, the nets are unfolded

Protection contre les chutes de pierres - Danielsberg 2019

The buildings are located directly in the hazard zone

Protection contre les chutes de pierres - Danielsberg 2019

The net bundles are hanging on the support rope, ready to unfold

Protection contre les chutes de pierres - Danielsberg 2019

The ring nets are connected with shackles

Protection contre les chutes de pierres - Danielsberg 2019

View from the east to the completed rockfall barrier

Protection contre les chutes de pierres - Danielsberg 2019

Overview of the RXE-10000 system at Danielsberg

Protection contre les chutes de pierres - Danielsberg 2019

The rockfall protection system after completion

 

Systèmes

 

Longueur du système

- 112 m

 

Année d’installation

2019

Situation de départ

Buildings and the main road into the Mölltal (Danielsberg) were regularly affected by rockfall. During the planning of hazard zones, geological surveys also identified a substantial rockfall risk for the future. The expected rock falls require constructions that can absorb the highest energies.

Various solutions for protecting the infrastructure were considered. An earth dam, for example, was not an option due to the limited space available.

Video of the installation

Description

Amongst the flexible rockfall barriers, only the Geobrugg RXE-10000 with an energy absorption capacity of over 10,000 kJ met the requirements in terms of energy absorption capacity. The area occupied by the barrier is relatively small.

This is the first rockfall protection project worldwide with a capacity of 10,000 kJ. The RXE-10000 system was certified in 2018.

Client

Wildbach- und Lawinenverbauung

Entrepreneur

Wildbach- und Lawinenverbauung

Objet protégé

Route/Rue, Bâtiment, Zone résidentielle, Infrastructure

Protection anticorrosion

GEOBRUGG ULTRACOATING

Ingénierie

Wildbach- und Lawinenverbauung, IBG-ZT GmbH, Geobrugg

Votre contact local

Roger Moor
   

Roger Moor

Country Manager Ost- und Zentralschweiz, Liechtenstein

Risques naturels
Ingénierie Hydraulique
Exploitation minière / Tunnel
Geobrugg AG,Aachstrasse 11,8590 Romanshorn / Suisse Country Manager Ost- und Zentralschweiz, Liechtenstein

E-mail

René Müller
   

René Müller

Country Manager Cantons AG BE BL BS FR GE JU NE SO VD VS

Risques naturels
Ingénierie Hydraulique
Exploitation minière / Tunnel
Geobrugg AG,Industriestrasse 21,5200 Brugg / Suisse Country Manager Cantons AG BE BL BS FR GE JU NE SO VD VS

E-mail

Alexander Bittendorfer
   

Alexander Bittendorfer

Project Manager Inspection Services

Risques naturels
Geobrugg AG,Aachstrasse 11,8590 Romanshorn / Suisse Project Manager Inspection Services

E-mail

Isacco Toffoletto
   

Isacco Toffoletto

Ticino Country Manager

Risques naturels
Ingénierie Hydraulique
Exploitation minière / Tunnel
Geobrugg AG Ticino,Stabile Cometal, via Pizzante 7,6595 Riazzino / Suisse Ticino Country Manager

E-mail