Fully Funded Scholarship in Decarbonisation of the Maritime Sector: Understanding the Generation of Natural Hydrogen
Organization: University of Southampton
Host country: United Kingdom
Degree level: Doctoral
Funding: Fully Funded
Deadline: February 28, 2026
Fields of study: Chemistry, Chemical Engineering, Environmental Chemistry, Inorganic Chemistry, Geology
As the need to decarbonise transportation, especially the maritime sector, intensifies, there is growing interest in hydrogen energy. Geological seeps of Natural Hydrogen have been known for decades but regarded as curiosities. This project aims to understand the underlying chemistry responsible for the formation of this low-cost and energy-efficient source of hydrogen.
The research focuses on using X-ray absorption spectroscopy (XAS) to examine cross-sections of recent drill samples linked to Natural Hydrogen production. By leveraging modern synchrotron facilities with micro and nano spot sizes, the project will develop a comprehensive understanding of iron (Fe) chemistry and the alterations that occur under varying environmental conditions. You will be part of a cohort within the Southampton Marine and Maritime Institute (SMMI), receiving unique exposure to state-of-the-art analytical methods.
Benefits
Full tuition fee coverage
Tax-free living stipend at standard UKRI rates
Access to national and international synchrotron light sources
Membership in the Southampton Marine Maritime Institute (SMMI)
Unique technical training in element-specific speciation and 2D imaging
Eligibility
UK 2:1 honours degree or its international equivalent
Degree in Chemistry or a related discipline
Meeting the University's English language requirements (IELTS 6.5 or equivalent)
Strong analytical skills and interest in inorganic/structural chemistry
Requirements
Training in compressible flows or relevant chemical modelling
Experience in numerical modelling or simulation is beneficial
Ability to work with advanced synchrotron light sources and XAS techniques
Commitment to interdisciplinary research within the SMMI framework
Required Documents
Curriculum Vitae (CV)
Two academic references
Degree transcripts and certificates
English language proficiency certificate (if applicable)
Programs of Study
PhD Chemistry (Program Code: 7189)
Application Process
Log in to the University of Southampton online application portal
Select 'Research' as the programme type for the 2026/27 academic year
Search for and choose the programme 'PhD Chemistry (7189)'
Enter Professor Peter Wells as the proposed supervisor in Section 2
Ensure you mention the 'SMMI Maritime Decarbonisation' project in your application
How to Apply
Create an account on the official Southampton postgraduate study portal
Complete the online application form including personal and academic details
Upload all required supporting documentation in the specified format
Submit the application before the February 27th deadline
Selection Process
Initial screening of academic qualifications and chemical background
Technical interview with the supervisory team (Prof. Peter Wells and Prof. Damon Teagle)
Review of laboratory experience and technical potential
Final decision and funding notification from the Faculty Graduate School