Professionality in the business of soil stabilization. And because …

... We are faster.

The design of our way of working, with unique machinery, makes us faster than our competition.

... We are more economical.

The industrialization of the process reverts to a lower cost.

…We are more enduring.

Our executions are durable .

...We are respectful with the environment

  • We contribute to reduce carbon dioxide emissions; with our method , we avoid the heavy traffic of trucks loaded with external materials . And we consume less fuel in executions.
  • We contribute to the reduction of fossil fuel consumption;  Stabilizia treated bases require – if necessary – a much thicker asphalt layer.
  • We make a much more rational use of water. Our mixing system is designed to not waste it.
  • We do not need quarry banks contribution ; we work with the native material.
  • The products we use are environmentally safe . We even normalize contaminated spaces.
  • The Stabilizia patented system for hydrating the soil and during the execution of stabilizing particle systems, allows water savings of 60 % compared to traditional irrigation tanks system. Water is a scarce resource that we are all obliged to look after.

Soil stabilization or control and reuse of contaminated soils , are two markets steadily growing and in situations of high economic growth and in times of crisis -or lack of funding for companies-, States or Governments can have obvious costs savings, better speed of execution and quality improvement techniques .

The huge benefits provided by these new systems of work, and saving of time and costs in the whole of the works, are even better when we add the ability to control and reuse all kinds of soil including industrially contaminated soil, very common in developed countries.

These soils are currently untreated, or represent an enormous management cost, finding no other solution than removal and storage in specialized landfills for hazardous materials. Economically unsustainable and almost impossible the reuse .