Evans Were

My current research integrates classical and molecular microbiology techniques with analytical chemistry to understand the fate and mechanisms of infectious (micro)biological agents during bioconversion of biowaste using larvae of H. illucens. These efforts are complemented by a better understanding of how operational parameters such as substrate type and larval density impact process efficiency.

Larvae of H. illucens possess a remarkable ability to consume and convert the nutrients in biowaste substrates into two key high-value products: nutrient-rich larval biomass (used in feed formulations) and a treatment residue called frass (used mainly as a biofertilizer). Thus, BSFL bioconversion is an emerging technology for biowaste management aligns closely with global sustainability initiatives, including One Health, UN SDGs, and could potentially provide a closed-loop approach for advancing a circular economy. Therefore, understanding the fate of infectious agents in BSFL bioconversion could guide the optimization process efficiency and hygienic safety of the process and products.

I am particularly interested in and open to interdisciplinary research collaborations at the intersection of molecular biology and environmental health within a One Health framework.

ResearchGate

Ph.D Agricultural Sciences, University of Hohenheim, Germany

M.Sc Molecular Biology, Makerere University, Uganda

B.Sc Biological Sciences, Kyambogo University, Uganda

Diploma, Biological techniques, Kyambogo University, Uganda