After unloading, one of the most strategic phases of the entire process begins: preliminary mixing. This is where the material starts to change its identity.

It is not a random combination, but a carefully designed and precisely calibrated blend.

Every proportion is defined to create a homogeneous, stable, and biologically active matrix, ready to undergo the next stage of treatment. Lignocellulosic material provides structure, porosity, and carbon, while sludge contributes an organic component rich in nitrogen.

It is in this controlled space that the DNA of the future compost is built: a first, fundamental combination of materials suitable for producing concrete and measurable effects over time.

The quality, efficiency, and sustainability of the entire cycle depend on this initial balance.
Here we work for:

– Optimizing the carbon-to-nitrogen ratio
– Regulating moisture levels
– Promoting the natural aeration of the mixture
– Improving the efficiency of the sanitization and stabilization process
– Optimizing the residence time of the mixture inside the Biocells

This is no longer just mixing. It is a design phase.
The material is prepared to become a resource through a process that combines technical expertise and experience, allowing every element to integrate in the most effective way possible.

If we have certified the entry of materials at the weighbridge, it is here that we plan their transformation.
This is where matter stops being waste and begins to become value.

Next stop: A controlled biological process. The sanitization and stabilization phase inside the Biocells.