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assessment of chemicals, such as: Predicting the environmental biodegradability of chemicals (e.g. in wastewater treatment plants), based on molecular descriptors and/or environmental parameters. Predicting
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surveillance, sustainable wastewater treatment, and the removal of emerging contaminants from wastewater. As part of these projects, the postdoctoral fellow will design and conduct experiments applying culture
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wastewater treatment plants), based on molecular descriptors and/or environmental parameters. Predicting the environmental toxicity of chemicals based on read-across from empirical toxicity data of chemicals
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production, and wastewater generation/treatment in modeling nitrogen flows across Canada and the United States. A possibility also exists for the selected candidate to work with stakeholders and other team
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the costs and benefits of operating water industry assets, for example, water and wastewater treatment plants, drinking water reservoirs or combined sewer overspills. They will also understand the ways in
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limited conductivity, opening up the way towards purifying various industrial wastewater streams while at the same time making hydrogen. Within a European consortium of several universities and a
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the costs and benefits of operating water industry assets, for example, water and wastewater treatment plants, drinking water reservoirs or combined sewer overspills. They will also understand the ways in
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. This makes it possible to use electrolytes that have only limited conductivity, opening up the way towards purifying various industrial wastewater streams while at the same time making hydrogen. Within a
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will include a range of targets, including gas installations and leaks, landfill sites, biogas plants, wastewater treatment plants and farms. RHUL hosts the NERC-funded MIGGAS (Mobile Integrated