Innovative GREENODIN™ fertilizers and circular economy principles

Modern agriculture faces a number of challenges related to soil depletion, further erosion and degradation, reduced fertility, and the need to find sustainable solutions for reclamation and increased yields.

The intensive use of chemical fertilizers and monoculture farming lead to a deterioration of soil structure and a decrease in humus content, which ultimately causes the above-mentioned problems. At the same time, climate change and population growth require an increase in agricultural production without additional damage to ecosystems. In this context, the concept of a circular economy, focused on the efficient use of resources and waste minimization, acquires particular importance. It involves the reuse of biological materials, reducing dependence on fossil resources and restoring natural soil cycles.

New fertilizer production strategy

A recent study, “Achieving Circular Economy through Sustainable Biofertilizer Production from Mixed Municipal Waste: A Life Cycle Analysis Approach,” shows that waste can become a valuable raw material for the production of environmentally friendly biofertilizers. In particular, the study analyzes the life cycle of organic waste recycling, demonstrating that its use as fertilizers allows not only to reduce the volume of buried waste, but also to significantly reduce greenhouse gas emissions. This approach contributes to the improvement of ecosystem processes, increasing the content of organic matter in the soil and increasing its productivity. This opens up new prospects for the development of innovative GREENODIN™ fertilizers that use recycled organic raw materials and create a closed system for the restoration of soil nutrients.

The use of raw materials obtained using waste processing technology allows:

• Reduce waste and reduce the environmental impact. Recycling waste into fertilizer helps reduce solid waste, minimize soil and water pollution, and reduce the carbon footprint of production.
• Restore soil fertility by enriching it with essential micro- and macronutrients. Organic fertilizer created from recycled waste contains nitrogen, phosphorus, potassium, calcium and other elements that contribute to the formation of a healthy soil structure and increased yield.
• Create fertilizers with improved properties that promote accelerated plant growth. Biochar contained in recycled organic materials helps retain nutrients, improves soil microbiological activity and provides a longer-lasting effect from fertilizers.
• Optimize water use by increasing soil moisture retention capacity. Organic compounds in biofertilizers increase soil moisture retention capacity, making agriculture more drought-resistant and reducing the need for frequent irrigation.
• Stimulate the development of beneficial soil microflora. Biologically active substances in processed fertilizers contribute to an increase in the population of beneficial microorganisms, which strengthens plant immunity, reduces the level of disease and increases resistance to adverse conditions.

GREENODIN™ – a step into the future of agriculture

GREENODIN™ fertilizer technology already combines natural silicon-containing minerals and organic raw materials, ensuring high efficiency and environmental friendliness of the products. The integration of recycled components derived from municipal waste could be the next step in the development of environmentally friendly fertilizers of a new level.

In addition to their high agronomic value, GREENODIN™ fertilizers contribute to the restoration of degraded lands, increase plant resistance to stress conditions, and improve soil structure. The company’s developments are aimed at creating solutions that will not only be beneficial for agriculture, but also contribute to the overall improvement of the environment.

In addition to developing innovative products, our Institute is actively involved in scientific research and partnership programs aimed at promoting environmentally sustainable agriculture. The company collaborates with agricultural universities, research centers and agricultural producers, striving to introduce the latest biotechnology into the agro-industrial sector.

Our Institute continues to research and implement new technologies that contribute to the transition to a more sustainable and productive agriculture. We are confident that the future of the agro-industry lies in the integration of natural mechanisms and advanced technologies. Stay with us to learn more about advanced solutions in the field of agro-innovation!