CV Lattes
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Universidade de São Paulo (USP). Escola Politécnica (EP) (Institutional affiliation from the last research proposal) Birthplace: Brazil
Graduated in Chemical Engineering at Faculdades Oswaldo Cruz (2015), Master in Chemical Engineering at Polytechnic School of University of São Paulo (2018) with Sandwich period at The University of British Columbia, and Doctorate in Chemical Engineering at Polytechnic School of University of São Paulo (2021) with Sandwich period at The University of Queensland. He has experience in Research & Development and Process Engineering in the chemical industry, in the area of synthesis of polymer resins, sulfuric acid, water and wastewater treatment plants. Research in the area of Hydrometallurgy, Urban and Industrial Solid Waste Management and the promotion of the Circular Economy for the recovery of critical metals using leaching techniques, thermodynamic simulation, precipitation separation techniques, solvent extraction and ion exchange resins, cycle analysis of life and public policies. He is a reviewer at the Journal of Cleaner Production, Canadian Journal of Chemical Engineering, Waste Management, Resources, Conservation and Recycling, and Chemical Engineering Journal. Elected representative of graduate students in the Congregation of the Polytechnic School and in the Graduate Committee, and alternate in the Research Committee (2020-2021). SemeAd PQ Jr 2021 Academic Productivity Awards, Excellence in Review Award by Resources, Conservation and Recycling (2020) and Resources, Conservation and Recycling (2021) journals, and Vebleo Fellow Jr. He is currently a postdoc in the field of battery recycling for electric and hybrid cars. (Source: Lattes Curriculum)
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The main problem in separating rare earth metals into pure products (over 99%) is due to two reasons. The first is because of the low concentration in which these metals are usually present in solution (concentrations below 10ppm), and second because of the chemical similarity. For this reason, companies commercialize oxides of several rare earth elements, this product with a lower added …
In 2015, the amount of waste generated by the Bayer Process (red mud) has reached a mark of 4 billion tonnes worldwide, twice as much as at the beginning of the century. This increase was caused by the increase in the consumption of aluminum, whose most used raw material is the alumina obtained in the Bayer Process. Although its composition is mostly iron, aluminum and silica, metals such…
The preservation of the planet became an issue that aims to reduce the effects of anthropogenic action on the environment, since at the industrial development has environmental pollution. While on one hand science and technology bring benefits for humans, on the other it has caused harm to the environment. In the mining industry is no different, these industries must reconcile income with…
Critical metals have a severe risk of interruption in the supply chain in the short and medium term. The leading economies worldwide have rare earth elements, Li and Co, in their list of critical metals. These elements are critical to producing technologies in strategic sectors, as in the case of renewable energy, e-mobility, defense, and aerospace, and they are essential to achieving a n…
Mining industries have high importance on global economy, especially on Brazilian economy, which was the sector that had positive balance in 2014. The nickel ores has different kinds of metals, and used sulfuric acid to make these metals soluble. Among the techniques that may be used for the treatment to recovery metals of interest - liquor -, the ion-exchange process presents an alternat…
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| 1 / 1 | Ongoing scholarships abroad |
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