CNTR 00043: verschil tussen versies

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{{Contributor
{{Contributor
|Name=Maria van Schaik
|Name=Maria van Schaik
|Imagename=HZ-Maria-van-Schaik.jpg
|Profiletext=Maria is a junior researcher-lecturer in the field of Water Technology at the HZ University of Applied Sciences. She graduated Water Management at HZ University of Applied Sciences in 2014 and decided to continue with a Master in Water Technology at Wetsus Academy. Towards obtaining her Master’s degree, she carried out her internship and final thesis related to Nereda®, a wastewater treatment technology developed by Royal HaskoningDHV.  The focus of the thesis was recovery of  ALE (alginate-like exopolysaccharides) from Nereda® excess sludge  via membrane filtration.
|Profiletext=Maria is a junior researcher-lecturer in the field of Water Technology at the HZ University of Applied Sciences. She graduated Water Management at HZ University of Applied Sciences in 2014 and decided to continue with a Master in Water Technology at Wetsus Academy. Towards obtaining her Master’s degree, she carried out her internship and final thesis related to Nereda®, a wastewater treatment technology developed by Royal HaskoningDHV.  The focus of the thesis was recovery of  ALE (alginate-like exopolysaccharides) from Nereda® excess sludge  via membrane filtration.
|Stakeholder=STKH 00002,
|Stakeholder=STKH 00002
|Research group=RG 00005,
|Research group=RG 00005
}}
}}

Versie van 12 mrt 2020 16:01

















Maria van Schaik

Maria van Schaik
Maria is a junior researcher-lecturer in the field of Water Technology at the HZ University of Applied Sciences. She graduated Water Management at HZ University of Applied Sciences in 2014 and decided to continue with a Master in Water Technology at Wetsus Academy. Towards obtaining her Master’s degree, she carried out her internship and final thesis related to Nereda®, a wastewater treatment technology developed by Royal HaskoningDHV. The focus of the thesis was recovery of ALE (alginate-like exopolysaccharides) from Nereda® excess sludge via membrane filtration.
Organisatie: HZ University of Applied Sciences
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Onderzoeksgroep (primair): Water Technology
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