PhD in Ocean Biomass Catalysis for Sustainable Chemicals and Clean Marine Fuels

The University of Plymouth Marine Institute is offering a funded PhD opportunity focused on ocean biomass catalysis, specifically the development of enzyme-catalyst hybrids for renewable chemical production from invasive seaweed species such as Sargassum muticum. This project addresses the ecological challenges posed by invasive seaweeds in UK coastal waters, which threaten biodiversity and disrupt native habitats. By leveraging the fast-growing and nutrient-rich properties of these seaweeds, the research aims to transform an environmental problem into a sustainable industrial solution, producing chemicals and clean marine fuels while supporting biodiversity restoration and advancing the UK's transition to a low-carbon, circular economy. Supervision is provided by a multidisciplinary team: Dr Lee Durndell (University of Plymouth), Professor Karen Wilson (Griffith University, Australia), Dr Thierry Tonon (University of York), and Dr Leonardo Gomez (University of York). The project is ideal for candidates passionate about sustainable chemistry, bio-based innovation, and environmental science. Research areas include biocatalysis, green technology, materials science, and marine ecosystem restoration. Applicants should have a background in chemistry, environmental science, biology, or related fields, and be motivated to address environmental challenges through scientific research. Funding is provided, though specific details regarding stipend and tuition coverage are not listed. Interested candidates should visit the University of Plymouth website for the full advert and application instructions. The opportunity is part of the Marine Institute, which is recognized for its world-leading research in marine and maritime science. Keywords: ocean biomass catalysis, enzyme-catalyst hybrids, renewable chemical production, invasive seaweed, sustainable chemistry, biofuels, biocatalysis, green technology, circular economy, marine fuels, biodiversity restoration.