TenCate Solutions
- New lakes in Czech Republic with TenCate geosynthetics
- Landscaping project in Gaziantep (Turkey)
- TigerTurf goes the distance
- TenCate Defender™ M in FR-ACU and FROG
- Synthetic turf for 5-a-side pitches
- Composites for innovation in mobility
- TenCate Mirafi® RS580i for a durable subgrade
- TenCate prepreg systems for Orion
- Dewatering projects in Rio de Janeiro
- TenCate Tecasystem™ - new protective solutions
- TenCate Geotube® technology for dewatering
- Dewatering project in Almeirim (Portugal)
- TenCate Geotube® in Korea awarded
- Runway extension airport Ain Arnat
- Avalanche protection Innsbruck
- Carbon laminates for Airbus A350 XWB
- TenCate Liba® stands the test
- Monitoring and warning system
- Rehabilitating and protecting coastline of Grand Isle
- Multi-layer protection on the job
- TenCate Campshield™ for group tents
- Geosynthetics in the Volgermeerpolder
- Dewatering of contaminated sediments
- Safe waste storage Laogang
- Bank restoration industrial terrain
- Geosynthetics for a green appearance
- Developments in synthetic turf systems
- Retaining wall with element of green
- Composites in climate-neutral vehicle
- Composites for UltraLight Glider
- Solar Team Twente 2009
- Solar Team Twente 2007
- Solar Team Twente 2005
- KG-1 Concept
- Go-4 Dakar
- DUT Racing Team
- Superbus Concept
Rehabilitating and protecting coastline of Grand Isle
Worldwide TenCate Geotube® technology is used in environmental and infrastructural projects. Currently, TenCate Geosynthetics North America is working with the US Corps of Engineers on rehabilitating and protecting the coastline of Grand Isle (Louisiana, USA). A row of TenCate Geotube® GT500 containers measuring 9,600 metres in length forms the core of what will ultimately be a row of dunes. The containers replace a series of burritos (dunes) that the Corps had originally chosen but which had succumbed to the elements. The TenCate Geotube® units, however, are doing just fine.
The burritos that the Corps had built here after Katrina consisted of geotextiles filled with sand and then sewn together − a construction that proved unequal to the hurricanes Gustav and Ike. The core of the new row of dunes consists of a chain of TenCate Geotube® units with erosion mats in front and behind. Each tube (65 metres long and 10 meters in circumference) is filled with a mixture of sand and water that, after hardening, is expected to last 100 years. After being installed, the tubes are covered with a million cubic metres of sand from the seabed.
http://www.wwltv.com/news/Temporary-Repairs-Hold-For-Grand-Isle-Levee-Damaged-By-Ida-69702667.html
