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 by the Federal University of Bahia (1981), with specialization in Petrochemical Processing - Course of Eng. and Petrochemical Processing (CENPEQ) by UFBA / PETROBRAS / PETROQUISA (1981), Master of Science in Chemical Engineering by the State University of Campinas (1998) ), Doctor of Science in Chemical Engineering by the University of São Paulo (2003), post-doctorate in the Institut National Polytechnique de Toulouse (2004) and post-doctorate by the University of São Paulo - Escola Politécnica (2005-2009). Worked as Process Engineer at COPENE's Technology Development Center (Current BRASKEM S.A.) from 1982 to 1989. Currently, has been Professor-Doctor at the Chemical Engineering Department at USP since May / 2010. From September / 2011 to January / 2014, she temporarily moved away from USP and worked at BRASKEM S.A. as Coordinator of the Prospecting and Evaluation of Petrochemical Technologies at The Corporate Innovation Technology. Has experience in Research, Synthesis and Design of Processes and Teaching, acting mainly on the following themes: modeling, simulation and optimization of chemical processes, petroleum refining processes, CO2 conversion, hydrogen productionnatural gas conversion, catalytic processes, thermodynamics analysis, neural networks, multivariate statistical analysis for data analysis, water reuse, and technical, economic and environmental evaluation of processes. (Source: Lattes Curriculum)
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The FAPESP - Shell Research Centre for Greenhouse Gas Innovation aims to be a world-class Centre for advanced studies with a focus on innovation towards sustainability and mitigation of greenhouse gas emissions. The Centre complements Fapesp's experiences in supporting high-level scientific research and technology development towards these fields. It aims to establish a world-class Centre…
In recent years, the increase in carbon dioxide (CO2) emissions has been a topic of global concern in the face of climate change. Brazil is among the top ten CO2 emitters, making it essential to search for technologies to mitigate these emissions. Among the strategies studied, the catalytic conversion of CO2 into light olefins stands out as a promising route for adding value to the CO2 mo…
The substitution of fossil-based energy sources with clean and renewable technologies has been one of the main challenges faced by the scientific community. In this context, hydrogen has been highlighted as an energy vector free of carbon emissions and with high energy density. However, the transport and storage of hydrogen are the main challenges for this energy transition. Ammonia has b…
Carbon Capture and Utilization (CCU) technologies can be enhanced by using suitable Ionic Liquids (ILs). However, the complexity of IL-CO2 interactions makes it challenging to develop IL-based CCU processes, especially at high pressures. In addition, at high-pressures (>73.8 bar) and moderate temperatures (>31°C), the CO2 became a supercritical fluid, presenting other unique properties. T…
Carbon Capture and Utilization (CCU) technologies can be enhanced by using suitable Ionic Liquids (ILs). However, the complexity of IL-CO2 interactions makes it challenging to develop IL-based CCU processes, especially at high pressures. In addition, at high-pressures (>73.8 bar) and moderate temperatures (>31°C), the CO2 became a supercritical fluid, presenting other unique properties. T…
Due to the exhaustion of water resources for use in hydroelectric plants, other sources of electric power generation have been employed, among them, the growing use of natural gas in thermoelectric power plants (TC) is observed. The problem related to this type of energy matrix is that these units are one of the main responsible for CO2 emissions from fossil sources. Thus, increasing the …
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