United States
United States

myGeobrugg

The economical solution to debris flow: Ring net barriers made of high-tensile steel wire

Our flexible ring net barriers made of high-tensile steel wire protect people and infrastructure in an innovative and efficient way. Besides the load capacity of 60 - 180 kN/m², the flexible debris flow barriers ensure the undisturbed flow of water and can be used in multiple levels one after the other.

Solid materials such as debris and driftwood are reliably stopped. This, together with the drainage effect of the mesh, significantly increases the retention volume of the protection solution. 

Three types of barriers are used depending on the channel characteristics: VX barriers are installed in narrowly incised torrents as they can span the channel without posts, which keeps material and installation costs low. Also operating without posts, the larger HX barrier spans channels up to 30 meters. UX barriers with posts offer high load capacity bearing capacity for wider channels.

Complete systems tested

Our barriers are the only debris flow protection solutions to have been tested in large-scale field tests under an extremely wide range of conditions.

Simple to install

Lightweight components reduce the amount of work required during transport and construction. Difficult earthworks are not required and the barriers are easy to adapt to any terrain, offering time and cost savings.

DEBFLOW dimensioning tool

Thanks to the quick and efficient dimensioning provided by our special tool, reliable functioning is guaranteed, even with multilevel barriers.

Videos

Debris flow protection solutions at the Trachtbach/Brienzersee in Switzerland
Huepbach
Debris flows - when creeks turn into torrential floods
Huepbach

References

To the project
ANA Chosica - 22 barriers for nine valleys

Chosica, Peru

 

Systems

UX180-H6

 

System length

60 m

 

Year of installation

2016

To the project
Favazzina

Favazzina, Italy

 

Systems

UX100-H4

 

Year of installation

2015

To the project
Galerie Maachi - BLS

Ausserberg VS, Switzerland

 

Systems

UX160-H4

 

System length

15 m

 

Year of installation

2017

To the project
Camarillo Springs Emergency

Camarillo, CA, United States

 

Systems

UX180-H6

 

System length

25 m

 

Year of installation

2015

To the project
Toconao

Toconao, Chile

 

Systems

UX160-H4

 

System length

22 m

 

Year of installation

2016

Contacts

Head office and production
   

Head office and production

 

Natural Hazards
Kevin H. Coyle
   

Kevin H. Coyle

Regional Manager Northeast

Natural Hazards
Hydraulic Engineering
Saleh Feidi
   

Saleh Feidi

Regional Manager California

Natural Hazards
Hydraulic Engineering
John Kalejta
   

John Kalejta

Regional Manager Central US

Natural Hazards
Hydraulic Engineering
Bob Lyne
   

Bob Lyne

Regional Manager Southeast

Natural Hazards
Hydraulic Engineering
Pierce Runnels, Civil Engineer
     

Pierce Runnels, Civil Engineer

General Manager Geobrugg North America

Natural Hazards
Tim Shevlin
   

Tim Shevlin

Sales Director

Natural Hazards