Dr Yihuai Zhang he/him

Photo of Dr Yihuai Zhang
Innovating in the Net Zero geo-energy engineering

Lecturer / Assistant Professor in Geo-Energy Engineering

James Watt School of Engineering
Research interests:
Carbon capture and storage, Hydrogen storage, Geothermal energy extraction, Compressed air energy storage, Flow in porous media, Fluid dynamics, Rock mechanics, Geophysics, Multiscale multiphysics modelling, Digital twin
Research fields:
Carbon capture, utilisation and storage (CCUS), Underground hydrogen and energy storage systems, Geothermal energy and low-carbon heat extraction, Subsurface energy engineering and compressed air energy storage, Multiphase flow and transport in porous media, Computational fluid dynamics and multiscale modelling, Geophysics and subsurface imaging
Why do you want to join the DiveIn community?
My research sits at the intersection of geo-energy, subsurface engineering, and environmental sustainability, and thrives in diverse, collaborative environments that encourage knowledge exchange across disciplines and backgrounds. DiveIn’s focus on building inclusive researcher communities and supporting PGRs in both technical and leadership development resonates deeply with my approach to supervision and research culture. I am committed to mentoring students from diverse backgrounds and equipping them with cutting-edge skills in areas such as carbon capture and storage, hydrogen and geothermal energy, and multiscale modelling—all of which contribute directly to the UK and world's net-zero transition.
Personal profile:

I am a Lecturer in Geo-Energy Engineering at the University of Glasgow, where I lead a growing research group focused on net-zero subsurface energy technologies. My research passion lies in developing sustainable, efficient, and safe geo-energy solutions that support the energy transition, spanning carbon capture and storage (CCS), hydrogen storage, compressed air energy storage, and geothermal heat extraction. At the heart of my work is a fascination with how fluids move through porous rocks, and how we can harness and model these processes across scales to unlock clean energy systems.

My group combines advanced experimental techniques—including high-resolution X-ray microCT imaging and high-pressure flow experiments—with digital rock modelling and multiphysics simulations. We are currently exploring projects on dynamic CO₂ trapping, hydrogen–rock interactions, and clay-based barriers for nuclear waste disposal. I supervise three PhD students and co-supervise others across schools, supporting interdisciplinary training across geoscience, engineering, and computational modelling.

I am actively looking to build collaborations with researchers in applied physics, materials science, computational engineering, and data science. CDT projects that link subsurface processes with AI, robotics, imaging, or environmental sensing are of great interest, as are projects that explore geo-energy solutions for decarbonising heating and cooling in urban or remote communities.

As a supervisor, I am supportive, collaborative, and deeply committed to my students’ development. I encourage creativity and intellectual independence while ensuring a structured and inclusive research environment. Equity, diversity and inclusion are integral to how I build my team and engage with the wider research community. I am actively involved in inclusive teaching initiatives, co-developing accessible learning materials, and mentoring students from underrepresented backgrounds.

Outside of work, I enjoy travelling to different places around the world. Look forward to contributing to the DiveIn community’s inclusive and interdisciplinary mission.

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