Paula Trindade

-Study of industrial stirred tanks. -Development of simulations using Computational Fluid Dynamics using open source software. -Development of experiments in a pilot scale stirred system with visualization methods using particle image velocimetry (PIV) and learning in data processing. -Responsible for the validation and verification methods. -Participation in training and responsible for equipment initialization. -Development of technical reports and documentation to clients.

- Development and implementation of continuous improvement strategies in the Filtering Department; - Project development in the field of process water quality improvement and ceramic filter cleaning reagents management. - Implementation of risk control procedures; - Monitoring internal audits and industrial goals.

- Scientific project in the field of automation, to evaluate and optimize PID controllers; - Algorithm development; - Construction of microcontrollers and scale plant for the study.

- R&D project development for Invista Textiles UK Ltd to optimize chemical plant enforcing productivity, security and sustainability; - Development of plant prototype in pilot scale, as well as new reagents; - Experiments with catalytic processes and advanced material characterization techniques; - Project was finalist in a national competition at the Innovation Centre of Oxfordshire, representing the entire Queen's University of Belfast.

- Project in the area of treatment and recovery of industrial effluents applied in textile industry; - Evaluation of the use of new solvents for the recovery of organic contaminants and heavy metals in effluents; - Carry out tests to improve the efficiency of effluent treatment and analyze the economic viability of the process.

- Academic research project aiming to evaluate chemical reagents in processes; - Study of reagent compatibility, assessing the risk associated with inappropriate mixtures; - Monitoring of pH and buffer systems to control process conditions; - Application of advanced statistical tools in data processing.

Brazilian scholarship Program, fully funded by CAPES. Focused on advanced chemical engineering modules, solving complex engineering design problems.