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optimal control with application to various water systems (e.g., wastewater treatment, desalination, etc.) Prepare grant proposals and project reports Program using Python and test theoretical findings via
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from passionate, skilled and motivated engineering, chemistry or environmental science graduates with a PhD in the field of water or wastewater treatment processes to join our drinking water team and
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concern during wastewater treatment. The second would work with Prof. Arnold to quantify quaternary ammonium compounds and fluorinated chemicals in water, sediment, and biological matrices using a
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sensor development, wastewater surveillance, or reverse inference modelling for source tracking. You will bring laboratory expertise in designing experiments, handling advanced instruments, and
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Completed PhD in environmental engineering, or environmental biotechnology or similar disciplines, focusing on wastewater treatment and resource recovery. Demonstrated proficiency to carry out high quality
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The Cranfield Water Science Institute welcomes applications from passionate, skilled and motivated engineering, chemistry or environmental science graduates with a PhD in the field of water or wastewater
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). The selected candidate will investigate biotechnological strategies for wastewater treatment processes aiming at addressing emerging environmental challenges such as lowering the spread of pollution namely
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, Applications, and Economics. • Water Environment Federation. (2006). Membrane Systems for Wastewater Treatment (1st ed.). New York: WEF Press/McGraw-Hill. • Bergman, R. (2007). Reverse Osmosis and Nanofiltration
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water/wastewater treatment Advanced competence in laboratory and analytical work is necessary Ability to work effectively in an international and multidisciplinary team and good communication skills (oral
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&D's specifications Strong background in water monitoring and water/wastewater treatment Advanced competence in laboratory and analytical work is necessary Ability to work effectively in an international