đąDr Byron Lapo CalderĂłn: Leading Researcher in Sustainable Agriculture
Profesor at Universidad TÊcnica de Machala, Ecuador
đCongratulations, Dr Byron Lapo CalderĂłn, on winning the esteemed Best Researcher Award from ResearchW! Your dedication, innovative research, and scholarly contributions have truly made a significant impact in your field. Your commitment to advancing knowledge and pushing the boundaries of research is commendable. Hereâs to your continued success in shaping the future of academia and making invaluable contributions to your field. Well done! đ¨âđ
đ Byron Gonzalo Lapo CalderĂłn, born on January 12, 1983, in Machala, Ecuador, is an accomplished individual in the field of chemical engineering and environmental sciences. He earned his Bachelor’s degree in Chemical Engineering from the Universidad TĂŠcnica de Machala in 2006. Subsequently, Byron pursued a Master’s in Environmental Engineering at the Escuela PolitĂŠcnica Nacional in 2014. Currently a Ph.D. candidate in Chemical Process Engineering at the Universidad PolitĂŠcnica de CataluĂąa, Spain, Byron has demonstrated his commitment to academic excellence. ! đĽłđ
Professional Profiles: đ
Research Focus: đđŹ
This person’s research focus spans diverse areas, showcasing a multidisciplinary approach. They delve into sustainable solutions using banana waste for critical rare earth recovery, explore starch gelatinization in Ecuadorian exportable bananas, and address environmental challenges through chitosan-iron (III) systems for mercury and lead sorption. The application of chitosan-based materials extends to neodymium and antimony removal, emphasizing their versatility. Additionally, their work involves assessing mercury levels in Ecuadorian coastal sediments and enhancing electrochemical sensors for chemical oxygen demand determination. The research culminates in innovative methods like Nafion film covers and chitosan-manganese-ferrite magnetic beads for efficient metal recovery.
Publication Top Notes: đ¨âđđą
- A potential lignocellulosic biomass based on banana waste for critical rare earths recovery from aqueous solutions
Cited by: 50 Year: 2020 - Mecanismo de gelatinizaciĂłn del almidĂłn nativo de banano exportable del Ecuador
Cited by: 49 Year: 2015 - Sorption of Hg (II) and Pb (II) ions on chitosan-iron (III) from aqueous solutions: Single and binary systems
Cited by: 42 Year: 2018 - Neodymium recovery by chitosan/iron (III) hydroxide [ChiFer (III)] sorbent material: Batch and column systems
Cited by: 33 Year: 2018 - Antimony removal from water by a chitosan-Iron (III)[ChiFer (III)] biocomposite
Cited by: 29 Year: 2019 - Niveles de mercurio en sedimentos de la zona costera de El Oro, Ecuador
Cited by: 24 Year: 2016 - A Nafion film cover to enhance the analytical performance of the CuO/Cu electrochemical sensor for determination of chemical oxygen demand
Cited by: 23 Year: 2019 - Metalotioneinas en bivalvos marinos
Cited by: 20 Year: 2016 - Electrochemical generation of arsenic volatile species using a gold/mercury amalgam cathode. Determination of arsenic by atomic absorption spectrometry
Cited by: 20 Year: 2015 - Recovery of neodymium (III) from aqueous phase by chitosan-manganese-ferrite magnetic beads
Cited by: 16 Year: 2020