In our Bioreactor lab at Environmental Technology and the Water and sediment lab at Hydrology and Environmental Hydraulics we explore innovative technologies for recovering valuable resources from wastewater, producing clean water, and understanding hydrological processes in rivers and deltas. Central to this work is the strong connection between water quality and water quantity across themes such as wetlands, emerging pollutants, and fluid mechanics.
As part of our team, you will support PhD and MSc students in designing their reactors, introduce and evaluate new measurement techniques, monitor budgets, and foster effective knowledge exchange within the group.
Your tasks and responsibilities include: - maintaining and improving lab spaces and equipment, in consultation with WUR facility services and external companies
- supporting the design, construction and troubleshooting of reactors and connected equipment (pumps, sensors, pH controllers) and data collection systems, including the development of new measurement methods
- contributing to practicals and lab-based education for BSc, MSc and PhD students
Your TeamYou will work with a team of 3 to 4 research technicians in the WaterTechLab and be in regular contact with the team of 7 technicians from the analytical lab at Environmental Technology. You will also frequently consult with PhD and MSc students and their supervisors from the academic staff.
Your workplaceThe WaterTechLab is a multifunctional laboratory and field instrumentation facility supporting research and education in water technology at WUR. It consists of two locations: ETE and HWM.
The
ETE location consists of 34 cabinets with various (bio)reactor setups equipped with (online) monitoring, as well as outdoor basins containing wetlands. These reactors and wetlands are used to study themes such as the removal of emerging contaminants from water and soil, desalination, and the recovery of valuable components from wastewater. The cabinets can be equipped for safe handling of toxic substances. There is also a direct connection to the wastewater stream of the Bennekom wastewater treatment plant, enabling research on real wastewater.
The
HWM location consists of four flumes in different dimensions, two of which can recirculate both water (fresh or saline) and particles (e.g., sediment or microplastics), along with additional educational and demonstration facilities. The flumes are equipped with high-quality instruments for measuring flow characteristics and particle transport.