Waste composting

The composting process of the organic waste is based on the transformation of a wide range of organic materials into a high-quality mixed and composted soil conditioner.
These wastes come from a variety of sources, including urban organic collection, agro-industrial waste, green mowing, pruning, and even sewage sludge.
Before entering composting facilities, these materials undergo a pre-treatment necessary to remove impurities and foreign materials.

Effective separate collection of wet waste helps produce a higher quality compost, free of foreign materials that could disturb the delicate fermentation process. 

The organic waste composting process mainly involves three stages of treatment of the organic fraction coming from separate waste collection.

1. The collected biomass, after preliminary treatment, is fed into anaerobic digestion reactors, where specific bacteria operate in an oxygen-free environment.
   
2. Next, the biomass undergoes an aerobic treatment and a refining stage.
   
3. Finally, maturation takes place, before the produced compost leaves the plant in bulk, bagged, and/or pelletised fashion.
   

The process is controlled and stabilised through the use of temperature sensors and advanced digital technologies that ensure the effective action of the bacteria. Therefore, it is an accelerated and managed process that would happen in nature anyway.
During the anaerobic digestion process that precedes waste composting, biogas is produced through processes that occur naturally under controlled temperature and humidity. This biogas can be properly managed and used for the operation of the plants or can contribute to the supply of the national energy grid.
Once the high-quality compost is obtained, it is packaged appropriately and placed on the market where it finds application in agriculture and floriculture.
It should be noted that the technologies used in the plants and the specific processes may vary depending on the characteristics of the plant and the type of organic waste treated.