PhD in Well Integrity Assessment in Underground Hydrogen Storage (JWS2024-MHS), UK

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This fully funded PhD thesis explores the importance of safe underground hydrogen storage for clean energy goals, focusing on protecting the integrity of hydrogen injection, storage, and retrieval wells.

Research Focus:

This project will investigate potential well integrity issues in underground hydrogen storage. The research will focus on:

We’ll evaluate integrity risks in new hydrogen injector/producer wells and assess feasibility and risks in repurposing existing oil and gas wells for hydrogen storage.

Project Objectives:

This research aims to:

Identify well integrity risks associated with underground hydrogen storage.
Develop strategies to mitigate these risks in new and repurposed wells.
Support informed decision-making for safe and efficient hydrogen storage.

Building on Existing Research:

The project will leverage current research at Heriot-Watt University on risk-based well integrity modeling and assessment.

Required Qualifications:

Fully funded scholarship is open for all applicants from across the world

The applicant must have the following documnets:

A minimum upper second-class honors degree (or equivalent) in a relevant field.
A Master’s degree (preferred).
Relevant experience to demonstrate independent research.

Funding & Benefits:

The successful candidate will be awarded with the James Watt Scholarship which will covers full tuition fees and provides a generous annual stipend for 42 months.

How to Apply:

You can submit your application through online portal university

Required Application Materials:

Project proposal outlining your approach.
Statement of Purpose (1-2 pages) explaining your interest and suitability for the project.
CV
Educational certificates and transcripts.
Recommendation Letter Academic reference.
Certificate of English language proficiency (if applicable).