The Stabilizia soil stabilization method reduces the direct and indirect impact on the environment compared to traditional construction systems.
REDUCTION OF DIRECT IMPACT :
It prevents the incorporation of external material into the soil, thus being less polluting.
Improves the resistance of the stabilized soil, thus preventing erosion.
REDUCING INDIRECT IMPACT :
Prevents the extraction of aggregates that affect the earth's crust.
Contributes to reducing the CO2 footprint .
It significantly reduces fuel consumption by minimizing the transportation of materials and reducing the duration of the works.
Maximum water saving capacity of the machinery.
COMMITMENT TO THE ENVIRONMENT
Today's world calls for sustainable systems. It is necessary to preserve the environment. Soil stabilization should not be based on systems of massive extraction of soils in quarries or excessive consumption of water, it is time to seek maximum efficiency with the minimum effect on the environment.
Stabilization
Through the development of new technologies and industrial processes, we optimize and use the strictly necessary resources, preserving the natural environment.
The Stabilizia soil stabilization method provides great environmental benefits compared to traditional construction systems.
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Avoid the extraction of aggregatesthat affect the earth's crust.
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contributes toCO2 footprint reduction.
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Significantly reduces fuel consumptionby minimizing the transport of materials and reducing the duration of the works.
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maximum capacity ofsaving waterof the machinery.
Stabilizia's commitment to optimal execution in all areas of a project has a positive impact on the consumption of resources and respect for the environment.
Stabilizia's commitment to optimal execution in all areas of a project has a positive impact on resource consumption and respect for the environment.
Soil stabilization or the control and reuse of contaminated soil are two markets that are constantly growing and which can make their way in situations of great economic growth as well as in times of crisis or lack of budgets for companies, States or Governments due to their obvious cost savings, speed of execution and their technical quality improvements.
The enormous benefits provided by these new work systems and the economic and time savings in the whole of the works, gain a new impetus when we add the possibility of controlling and reusing all types of soil, including as a very significant item the industrially contaminated soils that unfortunately abound in many of the advanced or developing countries.
These soils are currently either not treated or represent an enormous management cost as there is no other solution than their removal and storage in specialized landfills for hazardous materials, which make their removal almost economically unviable and their reuse impossible.
