Ph.D. in Space Engineering and Technology, area of concentration Science of Materials and Sensors (INPE). Has experience in synthesis and morphological, physical and electrochemical characterization of carbonaceous materials. Also has in situ Raman training and experience in electrochemical applications. Has been working with electrochemistry of carbonaceous materials since graduation (Environmental Engineer from the Federal Technological University of Paraná (UTFPR - 2017)), during which time she carried out a one-year internship abroad (Bragança - Portugal) and developed a research project related to the development and application of carbonaceous electrochemical sensors for identifying pollutants in water. This period abroad was a double-degree process between the partner institutions (Bachelor in Environmental Science and Master in Environmental Technology from the Polytechnic Institute of Bragança). Worked in the development and characterization of carbonaceous materials, having carried out an internship abroad (Universidad Castilla-La Mancha -UCLM, Spain) where he had extensive contact with several applications for carbonaceous electrodes, including electrochemical degradation of organic pollutants in water, soil, and air and also electrochemical generation of oxidants that can be accumulated for commercialization or applied in environmental remediation. Also, during an internship at UCLM, worked on the development of electrochemical cells in a 3D printer. Currently, work as a post-doctoral researcher at INPE (FAPESP fellow) in the project "In situ" and "in operando" characterization techniques on surfaces of nanostructured carbon materials. (Source: Lattes Curriculum)
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Nanostructured carbon materials, in our most basic research work, are being studied as superhydrophobic and superhydrophilic materials, as supercapacitor materials, as catalyst supports, in addition to their interaction with biological media. All these processes are dependent on surface interactions with the respective media, both through morphological changes and through changes in the c…
This project aims the synthesis and characterization of micro/nanostructured boron-doped diamond electrodes to study parabens (with endocrine interference activity) degradation. Diamond films will be grown using the HFCVD method and will be characterized by techniques such as: scanning electron microscopy, X-ray diffraction and Raman spectroscopy. Electrochemical processes (direct oxidati…
Carbonaceous materials, including carbon fibers (CF), are widely applied in different electrochemical applications for their properties such as low density, good conductivity, and large surface area. Modifications, like incorporating conductive polymers such as polyaniline (PAni), can enhance their performance. Recently a novel CF/PAni/Pb composite was developed and applied as the cathode…
Emerging pollutants are not included in monitoring programs by environmental and health agencies, and therefore, do not have environmental control regulations. These pollutants originated by anthropogenic actions are volatile organic and pharmaceutical compounds, which are found in air and urine/water, respectively. In addition, if they are not treated before reaching the environment they…
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