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    Emma Lovell

    Lecturer in Chemical Engineering at UNSW

    Dr. Emma Lovell is a Senior Lecturer and ARC DECRA Fellow in the School of Chemical Engineering at UNSW Sydney.12 She is a researcher in the Particles and Catalysis (PartCat) Research Group, focusing on developing novel catalysts for energy and environmental applications.1

    Dr. Lovell completed her PhD in 2016 at UNSW, where she developed catalysts for carbon dioxide conversion.12 During her doctoral studies, she was the recipient of the Women in Engineering Scholarship.1

    Her current research involves:

    1. Developing catalytic materials for various energy inputs
    2. Photo/plasmon-enhanced thermal catalytic carbon dioxide methanation
    3. Plasma-catalytic carbon dioxide methanation and nitrogen fixation
    4. Defective electrocatalysis for hydrogen evolution and carbon dioxide reduction reactions1

    Dr. Lovell's work aims to create more sustainable processes for producing essential chemicals like ammonia, which is crucial for fertilizers and food production.2 She is particularly interested in using renewable energy sources and innovative catalytic processes to reduce reliance on fossil fuels in chemical production.2

    In addition to her research, Dr. Lovell is active in science communication, participating in initiatives like the UNSW Centre for Ideas' 10 Minute Genius series to explain complex scientific concepts to the public.2

    Highlights

    Emma Lovell | Power to X: The Fossil Fuel Puzzle | UNSW Sydney
    Emma Lovell | Power to X: The Fossil Fuel Puzzle | UNSW Sydney
    ‪Emma C Lovell‬ - ‪Google Scholar‬

    Related Questions

    What are some of the key projects Emma Lovell is currently working on?
    How does Emma Lovell's research contribute to sustainable energy solutions?
    What inspired Emma Lovell to pursue a career in chemical engineering?
    Can you provide more details about the Particles and Catalysis (PartCat) Research Group at UNSW?
    What are the main challenges Emma Lovell faces in her research on catalysts?
    Emma Lovell
    Emma Lovell, photo 1
    Emma Lovell, photo 2
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    Location

    Greater Sydney Area