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Hydraulic structures
Leachate collection
Leak detection with conductive geosynthetics
Leachate drainage on slopes
Final cover systems
Soil stabilization on slopes
Horizontal LFG collection
Temporary covers
Earth retention on slopes

Road foundation drainage
Draining mask
Cavities risk
Reinforcement on compressible soil
Soil reinforcement : rigid inclusions
Soil stabilization on slopes
Retaining wall
Drainage under railways
Vertical drainage of engineering structures
Drainage behind Mechanically Stabilized Earth (MSE) wall
Tunnel wall drainage

Protection and drainage of basement walls
Drainage of sports fields
Drainage of roof terraces and esplanades
Sub-slab drainage
Contaminated soil remediation and SSD system
Drainage of contaminated sites and soils

Tailings dam drainage
Dry stacks drainage
Leak detection with conductive geosynthetics
Mine waste deposit final closure
Venting layer, drainage layer, leak detection layer in pond
Drainage of heap leach pads
Tailings dewatering
Reinforcement of access trails

HYDRAULIC STRUCTURES ALVEOTER

ALVEOTER - Soil stabilization on slopes

Use

ALVEOTER® has a permeable three-dimensional structure that allows the soil to be confined and stabilized in the cells. When used on slopes, it effectively holds the soil in place to naturalize sterile surfaces with steep slopes.

The structure of ALVEOTER® and its composition in non-woven needlepunched geotextiles make it very light and easy to install (reduction of the accordion effect). It adapts easily to the irregularities of the support and to the geometry of the slope.

ALVEOTER® allows the use or reuse of a wide variety of materials, thus offering an efficient, economical and ecological solution.

Benefits

  • Erosion control on slopes
  • Installation on steep slopes (up to 1H/1V)
  • High stability over time
  • Flexibility and lightness
  • Perfect adaptation to the shape of the support
  • Easy to transport
  • Low volume packaging

Features

Soil stabilization Soil stabilization

Characteristics

  • Polyester geotextile
  • Standard cell height: 100 mm (4'')

 



FIND OUT MORE...

Technical data sheet
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Projects completed with ALVEOTER

Earth retention in infiltration ponds

Earth retention in infiltration ponds

[Hydraulic structure]

Richwiller (68)
600 to 800 m2
To enable load bearing and earth retention to a depth of 15 cm for long-term revegetation, the ALVEOTER® solution was implemented on the slopes of an infiltration pond, with 45° gradients.

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