Imagine if the waste from city sewers could be recycled into high-quality plant food for farmers. Instead of letting nitrogen and phosphorus pollute our rivers and oceans, this system captures them and sends them back to the soil. It basically creates a loop where city waste feeds the crops that feed the city.
Farmers rely on expensive mineral fertilizers while cities struggle with nutrient pollution in wastewater. There is a missing link to move nutrients from urban waste back to rural fields efficiently.
A transition data platform, three physical nutrient recovery prototypes in pilot regions, and a business blueprint for scaling circular value chains.
If you are a commercial crop producer dealing with high mineral fertilizer costs — this project developed bio-based fertilizers from urban waste that provide a viable alternative to chemical inputs. This reduces reliance on expensive imports and lowers soil pollution.
If you are a plant operator dealing with nutrient runoff penalties — this project developed nutrient capture systems that convert waste streams into sellable products. This turns a waste disposal problem into a new revenue stream from bio-fertilizers.
If you are a manufacturer dealing with raw material scarcity — this project developed a blueprint for scaling circular nutrient flows. You can use these models to set up production in 14 different European countries.
Based on available project data, specific pricing or cost per ton is not mentioned; however, the project focuses on creating circular business models to ensure long-term economic viability.
Yes, the project is testing three prototypes in pilot regions and creating blueprints specifically designed to help users initiate, manage, and scale these solutions in follower regions.
Based on available project data, the project provides a blueprint for circular business models, but specific licensing terms for the technology are not detailed.
The project produces policy recommendations for the EU Commission to help establish a uniform legislative framework that supports innovative bioeconomy products.
The project period runs until 2026-11-30, with prototypes already being installed in three pilot regions.
The consortium is heavily weighted toward commercial application, with 18 industry partners (53% ratio) and 11 SMEs. This suggests a strong focus on market entry rather than just academic research, supported by a broad geographic reach across 14 countries to ensure the business models work in different regulatory environments.
Contact AGRATHAER GMBH in Germany for details on the transition platform and blueprints.
Contact us to access the circular business model blueprints for your region.
