I am a chemical engineer from UFRJ/COPPE acting in research and with a background in software development.
Researcher at the Interdisciplinary Fluid Dynamics Center (NIDF) investigating the scaling of calcium carbonate in production pipe and offshore production equipments. Contributing in the development of chemical speciation of electrolyte system software and in the development of predictive models for the calcium carbonate deposition with the validation with experimental data.
Developments of dynamic models for temperature swing adsorption for methane dehydration at ATOMS laboratory.
Acting as a visiting researcher in a project with CENPES on the theme of modeling, control and monitoring processes of pre-salt replicating platforms. Worked in the development of computational tools for an EMSO simulator interface with HTTP services and Python language. Inference applications of flow variables in production lines were studied.
Worked on the implementation of a new thermodynamic model; Construction of the virtual plant; Implementation of control algorithms; Tests and support for the implementation of advanced control on platforms; Preparation of technical reports; Analysis and interpretation of results; Dissemination of results; Monitoring of project goals and indicators.
Conducted research related to the statistical monitoring of continuous processes applied to compression systems of offshore platforms; Development of a computational module with the creation of a software specification report; Monitoring of project goals and indicators.
Solve equilibrium of electrolyte system and display the equilibrium equations. Allow calculation with B-dot and Pitzer models and provide saturation index, pH, DIC and all species concentrations.
A Dashboard for covid statistics using the Coronavirus Tracker API, hence subject to its availability.
Generate curves for coordinogram for relay protection (IEC, ANSI)
A tool for automatic analyze of ELISA plates for COVID Detection.
Progressive Web-app for the CBTermo congress (2019) listing the works and lectures.
Progressive Web-app for the Process System Engineering congress (2019).
Auxiliary tool to implement partial differential equations using Ortogonal Collocation on Finite Elements
Numerical Methods series: newton method for single variable.