At the heart of this workshop lay a twofold objective: first, to catalyze the widespread adoption of Black Soldier Fly (BSF) technology in Mali, and second, to empower young and women agripreneurs by furnishing them with insights into the multifaceted dimensions of BSF technology. Integral to this endeavor was the exploration of BSF by-products, specifically organic fertilizer derived from BSF breeding. Furthermore, the workshop aimed to educate young agripreneurs about the economic and environmental significance of animal mating and the utilization of the black soldier fly in formulating feed for chickens and fish, along with its role in organic fertilizer production. The workshop's agenda centered around several core themes. A comprehensive exploration of the biology of the black soldier fly served as a foundation for subsequent discussions. This segued into the introduction of black soldier fly technology itself and a comprehensive overview of the BBEST project. Significantly, the organizers underscored the existing applications of black soldier fly products in the realm of animal feed. The workshop's participants encompassed a diverse group of young agripreneurs actively engaged in poultry, fish farming, and organic vegetable production. Through their participation, these individuals emerged enriched with newfound knowledge and insights into the transformative potential of black soldier fly technology. In essence, this workshop embodied the pivotal role of education and awareness in fostering sustainable agricultural practices. By equipping young entrepreneurs with the tools to harness BSF technology, the workshop contributes to a more environmentally conscious and economically viable agricultural landscape in Mali. Participants during the awareness creation workshop in Mali.
Welcome to the Black Soldier Fly for Bio-circular Economy and Environmental Sustainability (BBEST) project, a collaborative effort that is transforming the landscape of waste management, animal feed supply, and organic fertilizer production across Africa.