MA

Million Merid Afessa

Researcher and Senior lecturer en Jimma university

Ingeniería de energía sostenible en Jimma university and Politecnico Di Milano

Etiopía

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¡Hola, soy Million Merid Afessa!

Researcher and Senior lecturer en Jimma university

Million M. Afessa is an experienced Mechanical and Energy engineer with over 13 years of hands-on expertise across diverse fields within multidisciplinary engineering. Million is currently a research staff at Jimma Institute of Technology, and PhD student in collaboration with Politecnico Di Milano, Italy under the CRECK research group lab. Million research activities are focused on the thermochemical conversion of agricultural biomass residues for biofuel applications and other value-added products. Million M. known for his excellent communication skills, collaborative nature, and exceptional leadership abilities, effectively conveys ideas and leads teams in executing cutting-edge procedures. His adeptness in managing multiple tasks simultaneously further enhances his contributions. His research interests span renewable energy, waste conversion to bioenergy and value-added products, thermal power plant performance analysis, energy economics, and policy issues. With prior experience in research and teaching at higher institutions, he brings valuable insights, contributing significantly to advancing knowledge and shaping the future of engineering education and innovation. Furthermore, Million has extensive experience as a training facilitator, employability and life skills trainer, youth empowerment advocate, and dedicated volunteer.

Redes sociales

Experiencia

Educación

Certificaciones y Distintivos

No se agregó certificaciones o distintivos

Proyectos

Thermochemical conversation of biomass residues for biofuel applications.

https://authors.elsevier.com/a/1eQOobaW%7E00Et

PI

Khat stem and coffee husk are commonly available agricultural residues in Ethiopia and pose serious environmental hazards through the eutrophication of water streams and greenhouse gas emissions. To alleviate these impacts, thermochemical conversion of these residues through fast pyrolysis can be employed. The samples are characterized for their composition, experimental investigation has been carried out. This study reveals the potential of these residues to promote local sustainable economies and also gives a possible solution to the environmental issue caused by their disposal.

Idiomas

Inglés

Profesional

Amárico

Nativo

Habilidades

Communication - Keeping a Customer informed of Progress and advising on Workarounds

Engineering Analysis

Combustion Analysis

Trainer

Training and Event Management / Learning Solutions

Energy Conversion

Energy Analysis

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