Dissemination, Communication and Exploitation
This deliverable ensures that all the project updates and outcomes are made accessible to the public or relevant target groups. It is responsible to showcasing INNOECOFOOD innovations, research publications, abstracts presented in conferences or workshops.
Sustainable production of crickets and black soldier flies
Sustainable production of crickets and black soldier flies will support fish feeds processing and also manufacturing of human food products such as bhagia, fish bars and dried insects that will create new income generation for the local youth and women
Characterization of spirulina strains from local lakes
Spirulina is an algae rich in protein. It can be used as to make human products such as capsules and food additives as well as fish feeds. INNOECOFOOD is identifying local species and characterizing them for local production and processing in 6 African countries.
Innovative, sustainable fish feed from fish waste, spirulina and insects
Fish feeds will be produced and optimized at the ECOHUBs from the insects like crickets, black soldier fly and spirilina to supply high protein feeds
Scoping of Aquaculture practices in six African countries
New technologies: RAS and IPRS, AI and IoT have been employed to boost Aquaculture production alongside with solar cold storage and drying technologies to enhance efficiency , increase production quantity and fish quality
Project Identification and Established Collaborations
INNOECOFOOD aims to partner with other projects to co-create more impact through different approaches, research and innovations.
INNOECOFOOD first batch of practice abstracts
These are practice abstracts of different key innovations, technologies and project outcomes.
Ethical, Environmental and Gender Indicators, and Action plan
INNOECOFOOD is working with the local youth and women in 6 African counties through the ECOHUBs and aquaculture Living Labs to uplift their socioeconomic status, food and nutrition security by involving them in self-sustaining modern aquaculture.