Geen bewerkingssamenvatting |
Geen bewerkingssamenvatting |
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| Regel 4: | Regel 4: | ||
|Name=Mireille Martens | |Name=Mireille Martens | ||
|Imagename=Mireille5.jpg | |Imagename=Mireille5.jpg | ||
|Profiletext=Mireille Martens studied Water Management at HZ University of Applied Science and holds a Master's degree in Environmental Science from the University of Halmstad (Sweden) where she specialized in wetlands. | |Profiletext=Mireille Martens studeerde Watermanagement aan de HZ University of Applied Science en heeft een Master in Environmental Science van de University of Halmstad (Zweden), waar ze zich specialiseerde in wetlands. | ||
Ze is bij HZ aan de slag gegaan als docent en sinds november 2019 als projectleider van het TKI wetland-project. Het doel van dit project is om te onderzoeken of wetlands kunnen worden gebruikt als voorbehandeling om de hoeveelheid biofouling in watertechnologieën downstream (bijvoorbeeld Ion Exchange en Reverse Osmosis ) te verminderen bij het behandelen van industrieel en gemeentelijk afvalwater. | |||
Naast haar werk bij de Water Technology groep geeft Mireille ook les binnen verschillende vakken van de Water Management opleiding, zoals Environmental Chemistry, Hydrology en Advanced Water Technology. | |||
Naast haar baan bij HZ, werkt Mireille bij een ander bedrijf dat aangelegde wetlands ontwerpt en in opdracht geeft. | |||
|ProfiletextEn=Mireille Martens studied Water Management at HZ University of Applied Science and holds a Master's degree in Environmental Science from the University of Halmstad (Sweden) where she specialized in wetlands. | |||
She started working at HZ as a lecturer and since November 2019 as project leader of the TKI wetland project. The purpose of this project is to research if wetlands can be used as pre-treatment to reduce the amount of biofouling in water technologies downstream (for example Ion Exchange and Reverse Osmosis ) when treating industrial and municipal waste water. | She started working at HZ as a lecturer and since November 2019 as project leader of the TKI wetland project. The purpose of this project is to research if wetlands can be used as pre-treatment to reduce the amount of biofouling in water technologies downstream (for example Ion Exchange and Reverse Osmosis ) when treating industrial and municipal waste water. | ||
Aside from her work with the Water Technology group, Mireille also teaches within various courses in the Water Management programme, such as Environmental Chemistry, Hydrology and Advanced Water Technology. | Aside from her work with the Water Technology group, Mireille also teaches within various courses in the Water Management programme, such as Environmental Chemistry, Hydrology and Advanced Water Technology. | ||
