From 2020 to 2021, he held the position of intern at EMBRAPA, where he gained experience in soil analysis and waste treatment. He has prior experience conducting research in Chemical Engineering, with a focus on Process Simulation (2018=2019). His research has primarily focused on the following topics: ethanolic transesterification reaction, biodiesel production and purification, multilinear interpolators, and economic analysis. Additionally, he has gained insight into organic and inorganic synthesis, particularly urease biomimetics (2016-2017). He completed his Bachelor's degree in Chemical Engineering with a Final Paper on the use of free hardware devices to control a ceramic reactor, with a focus on future potential for Internet of Things (IoT) control applications. He completed his Master's in Chemical Engineering at UFSCar (2023), where he conducted technical and economic analysis of biolubricant production. He also contributed to the project "Artificial Intelligence Applied to the Development of Products and Technologies 4.0 for the Sugar-Energy Sector." He is currently pursuing a doctorate in chemical engineering at UFSCar with a project entitled "Technical, Economic, and Environmental Analysis of Fermentation Processes Using E. coli as a Platform". (Source: Lattes Curriculum)
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The increase in computational power in the last decades has made process simulators essential tools for evaluating the technical and economic viability of new processes. These software solve systems of equations (algebraic or differential-algebraic), of the order of tens of thousands of variables, in different ways. The sequential modular simulators partition the process and solve these s…
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