Abstract
Current African city region food systems fail to deliver food and nutrition security (FNS), health, and environmental sustainability. INCiTiS-FOOD develops scientifically underpinned circular agri-food technologies and practices, suitable for African cities. The context specific socio-technological use cases of INCiTiS-FOOD address the prevalent deficiency of animal sourced foods, vegetables and fruits. Hydroponics, aquaponics, and insect farming hold great promise because they require limited land, water, energy, wealth and reduce waste. Hydroponics and aquaponics infer soilless, circular vegetable and fish farming enterprises. Using an interdisciplinary approach, inclusive and scalable business models are developed for these enterprises, contributing to thriving and collaborative communities. This circular food system thinking improves FNS, delivers safe, affordable, nutritious, and healthy food, reduces waste and the environmental footprint in African cities. INCiTiS-FOOD follows a multi-actor approach for codesign and co-creation of circular agri-food innovations and business models, involving 8 city Living Labs in 6 countries from 3 African regions (East: Kenya; West: Ghana, Nigeria, Sierra Leone; Central: Cameroon, Gabon). The project aims for its innovations and businesses to attain a technological, societal, and business readiness level of TRL-7, SRL-7, and BRL-5, respectively. INCiTiS-FOOD agri-food innovations and business models will be widely adopted because their research and innovation maturity are proven by a large-scale demonstration as part of the Cascade Fund (1,000,000€). International ecosystem building is promoted by the digital INCiTiS-FOOD Platform on SmartAgriHubs.eu to support African innovation actors. In strengthening resilience, inclusiveness, and FNS, INCiTiSFOOD guides policy transformation by adhering to the EU Taxonomy Regulation and Milan Urban Food Policy Pact. The consortium is constituted with the EU-Africa dialogue in mind. INCiTiS-FOOD develops scientifically underpinned circular agri-food technologies and practices, suitable for African cities. The context specific socio-technological use cases of INCiTiS-FOOD address the prevalent deficiency of animal sourced foods, vegetables and fruits. Hydroponics, aquaponics, and insect farming hold great promise because they require limited land, water, energy, wealth and reduce waste. Hydroponics and aquaponics infer soilless, circular vegetable and fish farming enterprises. Using an interdisciplinary approach, inclusive and scalable business models are developed for these enterprises, contributing to thriving and collaborative communities. This circular food system thinking improves FNS, delivers safe, affordable, nutritious, and healthy food, reduces waste and the environmental footprint in African cities. INCiTiS-FOOD follows a multi-actor approach for co-design and co-creation of circular agrifood innovations and business models, involving 8 city Living Labs in 6 countries from 3 African regions (East: Kenya; West: Ghana, Nigeria, Sierra Leone; Central: Cameroon, Gabon). The project aims for its innovations and businesses to attain a technological, societal, and business readiness level of TRL-7, SRL-7, and BRL-5, respectively. INCiTiS-FOOD agri-food innovations and business models will be widely adopted because their research and innovation maturity are proven by a large-scale demonstration as part of the Cascade Fund (1,000,000€). International ecosystem building is promoted by the digital INCiTiS-FOOD Platform on SmartAgriHubs.eu to support African innovation actors. In strengthening resilience, inclusiveness, and FNS, INCiTiS-FOOD guides policy transformation by adhering to the EU Taxonomy Regulation and Milan Urban Food Policy Pact. The consortium is constituted with the EU-Africa dialogue in mind.
Project details
Unibo Team Leader: Francesco Orsini
Unibo involved Department/s:
Dipartimento di Scienze e Tecnologie Agro-Alimentari
Coordinator:
Universitaet Der Bundeswehr Muenchen(Germany)
Other Participants:
ALMA MATER STUDIORUM - Università di Bologna
(Italy)
Total Eu Contribution: Euro (EUR) 5.999.980,50
Project Duration in months: 48
Start Date:
01/01/2023
End Date:
31/12/2026
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No 101083790