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the potential of foam fractionation and further develop the technology for the removal of PFAS. Your assignment Your work aims to increase the foundational knowledge of the foam fractionation process for
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chemical engineering, or a related education that combines aspects of chemistry and physics, someone who has a strong interest in electrochemical engineering and interfacial science. You have a talent to
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processes is preferred. You have an affinity for practical engineering solutions and can operate setups in the laboratory and on location. Keywords: Desalination, electrodialysis, crystallization, process
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environmental conditions. Your Profile You have a master’s degree in chemical engineering, (bio)process engineering, environmental engineering or equivalent. You are an independent, motivated student with
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recovered, but scale up in a context of meaningful biopolymer applications stands to have significant bearing on the success of the industrial process. In this project, the focus is on relevant PHA
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(or soon obtain) a Master of Science background in polymer science, chemical technology, or physical chemistry, with expertise in electrochemistry. Practical skills are essential, alongside the ability
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life, insects, and a diverse range of plants, but lack comprehensive data. It is not economically feasible, to use traditional methods (sampling and lab analysis). A new systemic and cost-effective
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2023.14 Developing high-throughput membrane adsorbers via electrospinning for selective PFAS removal
engineering, process engineering, chemistry or physical chemistry. You need to be able to bridge chemical engineering with thorough fundamental understanding of physical chemical phenomena involved in