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Brochure, flyer, fact-sheetBioeconomy Talks for Sustainable Food and Agriculture (BET 4 Sustainable Food and Agriculture)
BioDAF-Circular bioeconomy in Abidjan: From Waste to Food Security
2025Also available in:
No results found.The "Circular Bioeconomy in Abidjan: from food waste to fork" (BioDAF) project involves setting up a Farm School for the production and rearing of Black Soldier Fly larvae in Abidjan. In addition to producing agricultural inputs (dried larvae and digestate) to meet the needs of urban and peri-urban agriculture, the project aims to train people in Black Soldier Fly larvae rearing. They will be able to develop grow-out units in their neighborhoods, based on the collection of bio-waste from Abidjan's markets. Successive trainings and services will enable scaling up of this activity throughout the city. It will contribute to cleaning up the city and income diversification. -
Brochure, flyer, fact-sheetBioeconomy Talks for Sustainable Food and Agriculture (Bet 4 Sustainable Food and Agriculture)
Transforming waste into biobased opportunities for emerging economies
2025Also available in:
No results found.This talk explores the biotechnological potential of converting waste into protein through microbial fermentation and insect farming, with a focus on black soldier flies, yeast–based processes, and biorefinery integration. Drawing from both scientific research and entrepreneurial experience, the discussion highlights the value of waste as a resource and its role in strengthening circular, bio–based systems in emerging economies. -
Brochure, flyer, fact-sheetBioeconomy Talks for Sustainable Food and Agriculture (Bet 4 Sustainable Food and Agriculture)
Transforming livestock waste into bio-organic fertilizer through biotechnology: experiences from China
2025Also available in:
No results found.This talk will showcase how biotechnology–driven manure utilization can enable a circular agriculture model, reduce environmental pollution, and unlock the potential of livestock waste as a sustainable bio–resource. The talk will also illustrate recent advancements in agricultural microbiology that are contributing to more efficient manure management.
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