TerraFertilis
TerraFertilis: Optimization of Composting and Valorization of Microorganisms for the Production of Humus-Rich Soil
Scheda del progetto
The TerraFertilis project aims to innovate sustainable agricultural practices by focusing on optimising composting and the effective use of microorganisms to produce nutrient-rich soil. Using advanced digital technologies, composting becomes more efficient and productive. Advanced sensors enable real-time analysis, identifying optimal conditions for microbial growth and improving the effectiveness of the composting process. The project includes a database of the microorganisms involved in composting, facilitating the selection of the most suitable strains. TerraFertilis also aims to identify valuable substances in agricultural waste through rigorous chemical control, promoting reuse in agriculture.
Contact:
Carmen Porcaro, direzioneambiente@c-c-s.it
The 'TerraFertilis' project starts from a context in which sustainable agriculture and waste management have become crucial issues. Composting is a fundamental process to transform organic waste into humus-rich soil, a valuable natural fertiliser. However, the efficiency of composting and the optimisation of the microorganisms involved present significant challenges.
The project aims to develop advanced methods to optimise the agricultural composting process. This goes beyond traditional composting practices, seeking to identify the optimal conditions for the growth of microorganisms and the production of high quality compost. The innovative approach is to try to maximise the efficiency of composting, resulting in shorter production times and higher compost quality.
The 'TerraFertilis' project will have a significant impact in the medium to long term, helping to improve composting techniques and at the same time increasing the reuse of compostable substances for the production of humus-rich soil. In addition, it is also expected to have a significant positive impact on the environment as it reduces their dispersion in the environment and at the same time provides an environmentally friendly alternative to the use of chemical fertilisers.