1. Manufacture from residues or with the minor consumption of not renewable raw materials.

 97% of GeoSilex^® components come from industrial residues.

5. Energy consumption produced from the boiling.

The remaining fluid generated from GeoSilex^® production acts as a flux reducing the energy consumption in the boiling of ceramic bricks.

2. Manufactured with zero carbon footprint.

GeoSilex^® is a lime obtained without CO₂ emissions and energy minimal cost.

6. When applied, GeoSilex^® cooperates with the rest of materials increasing its efficiency overall.

The addition of GeoSilex^® produces a reservoir of portlandite that lengthens the life of the concretes.

3. Reduction of CO₂ activity in useful life.

GeoSilex^® captures and stores CO₂. Reduces 30% the carbon footprint of the cement.

7. Working together with other environmentally friendly materials increases the efficiency of its activity.

The addition of GeoSilex^® to the concretes with a photocatalytic TiO₂ increases the reduction of NOx.

4. To generate neither residues nor leaks in the manufacturing process.

The totality of the remaining fluid that is generated in GeoSilex^® manufacture is reused in glass manufacture increasing the mechanical resistance and reduces the water absorption of the bricks.

8. Durability.

GeoSilex^® grants a high PH and contributes to a longer cement chemical stability and durability.