Type of project: MSc thesis/internship
Starting date: Feb or Mar. 2026, a later starting time is possible
Duration: > 6 months (could be discussed)
Location: Wetsus, European Centre of Excellence for Sustainable Water Technology, Leeuwarden, the Netherlands
Salary: The maximum Wetsus allowance for this internship is 425 € per month. Grant holding students (i.e. Erasmus or other) receiving financial support of less than 425 € per month can apply for a top-up supplement to the maximum allowance.
Introduction:
Iron oxide adsorbents are widely used for phosphorus (P) removal from wastewater due to their high affinity and regeneration potential. However, the internal transport and distribution of P within these porous materials remain poorly understood — particularly how phosphorus and other coexisting elements (e.g., Ca, NOM) migrate and accumulate during long-term operation and regeneration cycles. Understanding these transport dynamics is crucial for improving adsorbent utilization efficiency and long-term regeneration performance.
This project aims to visualize and model the spatial transport and retention behavior of phosphorus inside granular iron oxide adsorbents. Using SEM-EDX imaging to map the internal elemental distribution and diffusion–reaction modeling to describe phosphorus migration and retention kinetics, the project seeks to link microscopic observations to macroscopic adsorption performance.
Your tasks:
Your profile:
How to apply:
Please upload your CV (max. 2 A4 pages), a motivation letter (max. 1 A4 page), and a list of the attended courses in the application form below. Feel free to contact Yuwei Huang (yuwei.huang@wetsus.nl) if you have further questions or need more information.