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RUSTICA in the context of natural renewable resources
Currently, the international and European economy is mainly based on resources of fossil origin. These resources are subject to debate not only because of their finiteness but also with regard to greenhouse gas emissions and climate change.
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The question of resources also comes into play if fertilisers are addressed. Mining and chemical synthesis based on crude oil and natural gas are still important pathways for gaining compounds suitable for plant nutrition.
In this respect, the questions raise: how could be responded to these challenges and how could the alternatives look like?
By exploring the appropriateness of waste and side streams from the agri-food chain and converting them into plant nutrients to be used as tailor-made and high-level solutions for various agricultural and horticultural purposes, the RUSTICA project addresses such challenges.
To validate the results of its research, the specific approach of RUSTICA comprises five regions of which four are located in Europe and one in Colombia. Hence, the project provides unique options to demonstrate how natural renewable resources by means of locally available waste and left-over materials from agriculture can serve as valuable input materials for various plant nutrition concepts.
In the course of individually adapting these plant nutrition concepts to regional requirements, the RUSTICA project paves the way for highly innovative and bio-based fertilisers and, at the same time, fosters the idea of circularity for the natural renewable resources deployed to this end.
Starting from redundant organic matter, the project creates new value chains, votes for cost-effective and affordable fertiliser products, as well as ecologically sound solutions through returning natural resources to the earth. – thus, enabling nutrition and growth of new plants by closing the loop for renewables.
More news about this project:
Why electrodialysis is important to design the RUSTICA Bio-based Fertilizer
Electrodialysis (ED) is one of the competitive membrane-based technologies for separating NPKs and Volatile Fatty Acids (VFAs) from fermented food wastes.
Why is RUSTICA a multi-actor project? What is the sense of all these efforts in stakeholder engagement?
RUSTICA project is designed to systematically engage with the regional stakeholders. This engagement is formalized in a series of regional workshops planned every six months starting from month 12 of the project. Knowing that the project is addressing five regions and the duration is about 4 years, 30 workshops in total are planned.
Organic residues recycling in agriculture
Soil organic matter (SOM) is one of the most important components of soil as it influences virtually all the properties of soil that control agricultural and environmental functions. Soil organic matter is difficult to measure directly, so laboratories usually measure and report its largest component, the soil organic carbon (SOC).
