Imagine taking the leftovers from olive oil, meat, and dairy factories and turning them into a high-tech 'vitamin boost' for the earth. Instead of letting this waste rot in landfills, it's processed into bio-char and nutrients that make soil healthier. It's like a recycling system that turns industrial trash into garden gold for farmers.
Food processors pay high fees to dispose of organic residues in landfills, while farmers struggle with declining soil health and expensive synthetic fertilizers.
A suite of 10 recycling technologies (including biochar and electrodialysis) and an intelligent IoT-based collection and transport system.
If you are a waste manager dealing with residues from 8 different food streams—including meat, dairy, and cereals—this project developed 10 technological solutions that turn these wastes into sellable soil improvers. This reduces landfill costs and creates a new revenue stream from bio-based products.
If you are a farm owner dealing with degraded soil health—this project developed bio-stimulants and biophosphates that improve soil quality. By using these local, circular improvers, you can reduce reliance on synthetic chemicals while improving crop resilience.
If you are a logistics firm dealing with inefficient organic waste collection—this project developed an intelligent collection and transport system. Using IoT and data analytics, you can optimize routes and maximize the recovery of organic matter.
Based on available project data, specific pricing or implementation costs are not provided, though the project evaluates commercial aspects within its management platform.
The project tests solutions in 7 Living Labs across Europe to ensure they work under real-world conditions, indicating a focus on industrial scalability.
Based on available project data, specific licensing terms are not mentioned, but the project involves 8 industry partners and 7 SMEs who typically manage commercialization.
The project specifically identifies and addresses regulatory bottlenecks to ensure that food processing residues can be legally converted into fertilizing products.
The project period runs from 2023-06-01 to 2027-05-31, with final results expected by May 2027.
The consortium is heavily geared toward commercialization, featuring 28 partners with a 29% industry ratio (8 industry partners and 7 SMEs). This balance between 5 universities and 8 research centers ensures that the 10 developed solutions are not just theoretical but are being validated by market players across 10 different countries.
Contact ETHNIKO KENTRO EREVNAS KAI TECHNOLOGIKIS ANAPTYXIS in Greece
Contact us to connect with the Waste4Soil Living Lab operators for pilot integration.
