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Soil Stabilisation method

Jordstabilisering, principStabilisation is a process to improve the strength and durability of soil. This can be reached by mixing an appropriate amount of binder agent with the soil.

Mass Stabilisation Method Mass Stabilisation is a method to stabilise soft soils by adding binders in order to reduce settlements and/or to improve the stability of the land. It can be a quick and cost effective solution compared to the traditional method of piling or mass change. For example different kinds of clay, peat, sludge, and soft soil can be transformed into solid layers by using the stabilisation method. The ALLU Stabilisation System allows you to gain access even if the ground is a swamp where it is not possible to walk. The stabilisation method can also be used in treatment of contaminated lands, by encapsulating contaminants within the ground, and prevent leaching to the surrounding areas.

Benefits of soil stabilisation with ALLU

  • Wet site conditions can be overcome
  • Disposal of unsuitable soils is not required
  • Imports of new material is greatly reduced
  • Treated material can be placed under structures
  • Site traffic and impact on the environment is reduced
  • Low operating costs
  • Mixture more homogenous than with other methods
  • A wide variety of strengths are possible
  • By-products from industry can be used as raw materials.
Jordstabilisering, princip

Applications for soil stabilisation:

Stabilisation work of road and ground construction

  • Foundations for industrial buildings and bridges
  • Yard, parking place, sports ground and storage construction sites
  • Protection of adjacent structures
  • Reduction of earth pressure
  • Stabilisation of very soft soils for tunnel boring
  • Road, street and railway construction sites
  • Foundations for pools, landfill areas etc.
  • Protection layers under the water
  • Cable/pipe channel construction sites
  • Noise embankments
  • Ground water protection layers
  • Slopes of the rivers, lakes, roads, etc.
  • Erosion control
  • Protection layers for permafrost and frost.

Handling of contaminated soil

  • Isolation of contaminated soils
  • Neutralization of toxic waste.

Mixing of different materials

  • Recycling of the industrial side products
  • Fixation of the liquid waste(s)
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