Global description of the project
Since the Al smelters now need to cope with important energy supply/demand challenges, it is of utmost importance to gain knowledge on the effect of these transient operating scenarios on the behavior of the Al electrolysis cells. This research proposal aims to develop new knowledge/engineering tools to predict the impact of variable operating conditions on the thermal and thermochemical states of the electrolysis cells.
Context and support : In this project about development of Intelligent Sensors for the Prediction Of the transient thermal and thermochemical States of industrial Aluminium Electrolysis Cells (DIS-POS-AlEC project), the students will be trained in advanced numerical models and sensors and will participate in the development of specialized engineering tools that have an important strategic and economic impact on our partner, Rio Tinto Alcan Inc (RTA). RTA is the largest Al producer outside of China and Russia. RTA Arvida R&D Centre (ARDC) has been at the forefront of innovation in the industry since 1946. They have developed the AP60, the most advanced Al smelting technology producing 40% more Al per cell than traditional processes.
Team : U. de Sherbrooke, INRS, and the partner are actively involved in this research project by providing data and expertise and giving access to its state-of-the-art R&D facilities.
Sub-project of INRS : Design new physical sensors for continuous measurements in aluminum electrolysis cells
M.Sc. Project description
This project aims to develop cermet sheaths exhibiting no open porosity and high density by using powder metallurgy methods. Accordingly, the results from this project will feed the activities of the Ph.D.
Study Program
This study project will be carried out under the following program: Ph.D. in sciences de l’énergie et des matériaux (French description)
Qualifications required
In order to build the R&D team of the DIS-POS-AlEC project, we are recruiting motivated, dynamic and talented candidates for PhD and master students in all pertinent domains including: Engineering (chemical, mechanical, material), Chemistry or Material science. Recruitment of the graduate students will be done based on their motivation for the project and their expertise in development of sensors, regardless of their origins, gender, or beliefs. An effort will be made to recruit students with diversified backgrounds. Knowledge of thermodynamics and/or corrosion in a molten salt environment and experience in aluminum or metal corrosion will be considered an asset.
Beginning of the project
2024
Supervision
Scholarship
INRS offers financial support to its student community. However, candidates are also invited to apply for scholarships from FRQNT, NSERC, etc.
Location
UMR INRS-UQTR sur les matériaux et les technologies pour la transition énergétique
Pavillon Tapan-K.-Bose
3351, Boul. des Forges C.P.500
Trois-Rivières (Québec) G9A 5H7
Canada
How to apply
Interested persons can submit their application to professor François Allard by using the online form. The application must include:
- Complete CV
- A statement of all your academic transcripts
- Motivation letter (maximum 1 page) describing their research interests
- The name of three contact information for further reference.