The Soil Rebirth project emerged from a real environmental challenge observed in the coal-mining region of Pljevlja, Montenegro, where extensive industrial activity has left large areas of degraded land while significant quantities of mineral residues accumulate in industrial landfills. At the same time, Europe is facing a growing crisis of soil degradation and loss of fertile topsoil.

The project originated from the idea that these two challenges could be addressed simultaneously by transforming industrial residues into a regenerative resource. The founding inventor developed a patented technology that converts coal dust, marl, stone powder and sawmill residues into compressed fertile soil structures capable of supporting plant growth for extended periods without the need for chemical fertilizers.

The initial phase of the project focused on research and experimental development of the soil composition and production method. Laboratory testing confirmed that the material mixture can provide stable soil structure, water retention and sufficient nutrients for plant growth. The innovation was later recognized internationally and received the WIPO Medal for Inventors.

Implementation on the ground has been carried out through pilot-scale experimentation and collaboration with local stakeholders. Industrial partners provide access to mineral residues, while municipal authorities support testing of the soil briquettes in urban greenery environments. Demonstration tests have been conducted to observe plant germination, soil stability and vegetation growth using the artificial soil briquettes.

These pilot activities allow the project team to collect practical data on plant development, soil behaviour and environmental performance in real conditions. The next implementation phase involves scaling the pilot production and expanding field tests in degraded land areas and urban landscapes, demonstrating how industrial waste streams can be transformed