University of Birmingham Students Drill New Borehole to Enhance Hydrogeology Studies

Students from the University of Birmingham, along with groundwater professionals and industry partners drill 29-metre borehole on campus

group of people in hi visibility clothes watching a large pipe next to a large drill

Borehole drilling on campus

In November 2024, the MSc Hydrogeology student cohort joined 10 external groundwater professionals from organisations based the UK, Ireland, Zimbabwe, Spain and Netherlands to attend a drilling course organised and delivered by Groundwater Relief and the University of Birmingham. This activity was carried out with extensive support by the University’s Estates Office, WJ Groundwater, Aquitech, Palintest, In-Situ, Peter Dumble Hydrogeology, and Richard Carter and Associates Ltd.

The drilling supervision course successfully drilled a 29-metre-deep borehole on the University of Birmingham campus. Apart from the unique training experience, this borehole is also part of a growing network of boreholes aimed at advancing groundwater understanding and the University’s decarbonisation plans.

Birdseye view of construction site with drill and pipe

The project adds to the eight boreholes already used on campus for research

The initiative provided several key benefits:

  • Real-Time Training in Borehole Drilling: All trainees acquired invaluable experience in overseeing the complete lifecycle of borehole drilling supervision, preparing them for future humanitarian projects in developing countries and advancing their expertise in water resources and supply management
  • Hands-On Learning: MSc students had a unique opportunity to engage directly with the drilling process, enhancing their practical skills through first-hand experience. They also gained further networking opportunities with professionals in the field.
  • Training in Hydrogeological Field and Lab Techniques: The course also provided opportunities to gain experience in a range of hydrogeological techniques, including lithological logging, pumping tests, borehole camera surveys, surface geophysics surveying, and water quality testing.
  • Sustainability Plans: The completed borehole provides further valuable information in support of the University’s goal of exploring ground source heat pump systems, contributing to its ambition of achieving net-zero carbon emissions by 2045.
Person in high visability hat and vest sampling soil

Samples of soil were analysed as part of the drilling process

The drilling process involved advanced techniques to ensure the integrity of the borehole, and it will now be added to the eight boreholes already used on campus for research (including both contaminant transport research and the development of a novel borehole gravimeter logging device by the Cold Atoms Group in Physics).

This was a great opportunity to support the training programme of Groundwater Relief, a life-saving humanitarian organisation, whilst also providing a unique educational opportunity for our MSc Hydrogeology students and furthering our work on understanding the groundwater system below the campus. In the context of the latter, the new borehole will add to the eight already used for research and training on campus and support the collaborative work we are undertaking with the University’s Estates Office to determine the potential of ground source heating as part of their campus decarbonisation programme

John Tellam, Professor of Hydrogeology

This collaboration enriches the education of the Birmingham University students’ and also provides us the opportunity to train humanitarian practitioners in key skills associated with developing water supplies

Geraint Burrows, CEO of Groundwater Relief and an alumnus of the University’s Hydrogeology MSc course

As the University continues to expand its research capabilities, this borehole marks a significant step forward in both education and environmental stewardship. Future plans include further exploration of groundwater resources and the potential implementation of innovative energy solutions on campus.

This project exemplifies the University of Birmingham’s dedication to integrating practical experience, industry exposure, and careers development with academic learning, preparing students to tackle major challenges including the global freshwater crisis especially in the face of climate change, the role of geoenergy in the energy transition, the global issue of emerging contaminants, secure waste disposal, carbon and energy storage, sustainable and safe engineering construction, technology metal production, and humanitarian relief.

About Groundwater Relief

In 2012 Geraint Burrows founded Groundwater Relief (www.groundwater-relief.org) . Groundwater Relief’s core objective is to alleviate poverty and suffering through working with others to provide safe and affordable water supplies. The organisation undertakes this mission though a core team of staff, and a global membership of over 550 groundwater experts.