Advanced Membranes for Treatment of Oily and Highly Impaired Waters - Wandera, Daniel;Husson, Scott
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The overall goal of my PhD research was to design and develop advanced anti-fouling and self-cleaning membranes for treating impaired waters. Initial work focused on the development of membranes to treat produced water, which is oily Wastewater that is co-produced during oil and gas exploration. Economical, environmentally sustainable treatment of the large volumes of produced water is a grand challenge for oil and gas companies. While membranes offer many advantages over more conventional treatment methods, membrane-based treatment processes for oily waters often fail due to membrane fouling.…mehr

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Produktbeschreibung
The overall goal of my PhD research was to design and develop advanced anti-fouling and self-cleaning membranes for treating impaired waters. Initial work focused on the development of membranes to treat produced water, which is oily Wastewater that is co-produced during oil and gas exploration. Economical, environmentally sustainable treatment of the large volumes of produced water is a grand challenge for oil and gas companies. While membranes offer many advantages over more conventional treatment methods, membrane-based treatment processes for oily waters often fail due to membrane fouling. Therefore, the primary objective of my doctoral research was to design membranes that limit foulant accumulation and provide an easy, chemical-free way to remove any attached foulants during the filtration of oily and other impaired waters. My strategy was to modify the surface of Ultrafiltration (UF) membranes with polymer nano-layer coatings using methods that enabled nano-scale control over the chemical and environmentally responsive conformational properties of grafted polymer layers.
Autorenporträt
Dr.Daniel Wandera obtained his Bachelor of Science Degree in Industrial Chemistry from Makerere University,Uganda in 2005 and his PhD in Chemical Engineering from Clemson University,USA in 2012. He is the proud recipient of the 2012 AIChE Separations Division Prof. Dibakar Bhattacharyya Graduate Student Research Award.