KEY TAKEAWAYS

• 
  Hours
  38 - 40 hr.
• 
  Salary indication
  Salary gross/monthly
  based on full-time
  € 2,901 - € 3,707
• 
  Deadline
  15 Aug 2025
  The Netherlands is a water-scarce country. We therefore need to focus on circular reuse of water within industrial and drinking water settings, and minimizing energy and water footprints in separation processes. Although membrane separations are mature and energy-efficient processes, widespread adoption of this technology for industrial wastewater reuse has not been achieved yet. A major reason is the highly variable nature of industrial wastewater. For that reason, together with our industrial partners Jotem Water Solutions and Waterstromen, we have defined the SMARTIER project: Scalable Membrane-based Adaptive Recycling Technology (SMART) for Industrial Effluent Reuse (IER).
  Within the SMARTIER project, we aim to develop the tools and know-how to enable robust and economical recycling and reuse of industrial effluent using membrane technology (ultrafiltration and reverse osmosis). We intend to do this by combining fundamental know-how relating to membranes, transport phenomena and interface science (UT) with the practical experience in building (Jotem Water Solutions) and operating (Waterstromen) membrane-based wastewater treatment plants.
  As part of the UT team, you will develop a robust model predictive control (MPC) algorithm based on sensor and other system inputs that can be used to enable industrial effluent recycling under a variety of process conditions. You will need to support the development of the MPC tool by performing relevant experiments on lab-scale, and later validate the MPC tool using pilot-scale data. You will closely collaborate with an EngD student in this project.

As PhD student in the SMARTIER project, you will:

• Develop a model predictive controller (MPC) for membrane-based wastewater treatment processes to enable reuse of industrial effluent;
• Perform relevant lab-scale experiments to define relevant water-quality and process parameters and to support the development of the MPC tool;
• Determe the efficacy of various sensing approaches for (online) parameter estimation during effluent treatment by membrane processes independently as well as in collaboration with the EngD student at Jotem Water Solutions.
• Implement and validate the developed MPC tool in close collaboration with the EngD student and by using pilot-scale data obtained by Waterstromen.

The SMARTIER project is funded by EFRO Oost.
This position will give you ample opportunities to collaborate with EngD and PhD students, post-docs and other researchers within the Membrane Science & Technology department.

Please refer the Job description for details