Dr. Evanimek Bernardo Sabino da Silva | Physical Chemistry | Best Researcher Award
Federal University of Rio Grande do Norte | Brazil
Dr. Evanimek Bernardo Sabino da Silva is a distinguished chemical engineer and researcher with extensive experience in chemistry, geophysics, mining, and environmental consulting. He earned his Bachelor’s and Doctorate degrees in Chemistry, as well as a Master’s in Geophysics, from the Federal University of Rio Grande do Norte (UFRN), where he also completed postdoctoral research at the Institute of Chemistry. Complementing this, he pursued postdoctoral studies in materials chemistry at the University of Santiago de Chile. His professional career includes roles as a Mining Technician at Codelco do Brasil Mineração LTDA, Geophysics Technician at the Rio Grande do Norte Research Support Foundation, and Full-Level Chemist at Mona Environmental Consulting. He further advanced his expertise as a Postdoctoral researcher at both UFRN and Universidad de Santiago de Chile, before contributing as a Chemical Engineer at Nucleo Advisory Engineering S.A. His research interests encompass advanced materials, green synthesis, and nanotechnology, notably focusing on Sol-Gel protein methods for nanoparticle preparation and sustainable systems for Ni and Co ferrites using cashew gum precursors. Through his multidisciplinary career across Brazil and Chile, Dr. Sabino da Silva has demonstrated a strong commitment to scientific innovation, environmental sustainability, and applied chemical engineering solutions.
Profiles: Scopus | Orcid | Google Scholar
Featured Publications
"Assessing the Origin and Mapping the Extension of Salinity Around Shrimp Culture Ponds in Rio Grande Do Norte (Brazil)"
"Synthesis of spinel ferrites from cashew gum for microwave devices application"
"Production of nanostructured ternary oxides of the pure and rare earth-doped perovskite type"
"Green chemistry synthesis of wolframites: An investigation about stoichiometric ratios, optical, structural, vibrational, and physico-chemical properties"
"(Bi13Co11)Co2O40–Co3O4 composites: Synthesis, structural and magnetic properties"