Professor of Environmental Science, University of Hull, UK
University of Hull
Hull, United Kingdom
1 profile visit
Environmental Scientist with interests in the monitoring and remediation of pollution (e.g. metals, PFAS), resource recovery and brownfield restoration.
The University of Hull is a research-led institution located in the historic city of Hull, East Yorkshire, at the heart of the UK’s Humber region. Our mission is to tackle global challenges through transformative, interdisciplinary research that delivers real-world impact. From climate change and renewable energy to health innovation, social justice, and digital technologies, our research addresses issues that matter locally, nationally, and internationally. Hull’s strategic location on the Humber estuary—a hub for renewable energy and maritime industries—positions us as a key player in advancing sustainability and economic growth. We collaborate with partners across the globe to drive innovation, inform policy, and create solutions for a fairer, more sustainable future. As a member of international research networks and a leader in knowledge exchange, the University of Hull empowers researchers to think beyond boundaries and shape change worldwide. Our commitment to excellence ensures that our discoveries not only enrich academic understanding but also improve lives and communities across the globe.
We specialise in improving our understanding and managing environmental risks associated with wastes from a range of industrial and municipal sources. We work across scales ranging from laboratory bench-scale assessments of pollution remediation, up to national / international GIS-based assessments of risk and resource recovery potential. Areas of recent focus include:
Reuse, value recovery and remediation of mineral processing wastes (e.g. steel slags, bauxite processing residue)
Monitoring and management of pollution from abandoned non-coal mines
Catchment-scale approaches to assessing PFAS source, transport and fate, integrating hydrological monitoring with chemical analyses
Understanding climate-based risks associated with legacy wastes through national scale GIS assessments and site investigations
Developing nature-based approaches for managing legacy wastes and enhancing brownfield sites
Recent publications are available at the following links: