GeoEnergy
GeoEnergy is at the frontier of sustainable energy solutions. Led by Professors Andreas Busch and Florian Doster, this theme investigates the potential of the Earth’s subsurface to support low-carbon energy production, such as geothermal energy, hydrogen storage, and carbon sequestration.
The focus of this research is twofold: first, to harness geothermal energy for sustainable heating and electricity generation; and second, to explore the potential of the subsurface to safely store hydrogen and sequester CO2, both of which are critical to reducing emissions. Additionally, the theme addresses the safe disposal of radioactive waste, ensuring that energy solutions are both environmentally sustainable and safe for future generations.
Through this work, GeoEnergy has the potential to play a key role in the global transition to a low-carbon economy, offering practical solutions to some of the biggest challenges in energy storage and waste management.
The Global Research Institute for Net Zero (iNetZ+) at Heriot-Watt University plays a pivotal role in fostering interdisciplinary research that addresses the most pressing environmental and societal challenges of our time. Through its innovative research themes, iNetZ+ encourages collaboration across our school-based institutes, integrating expertise from engineering, social sciences, and the natural sciences. This collaborative approach is further strengthened by partnerships with other global research institutes at Heriot-Watt, ensuring that our collective efforts push the boundaries of sustainable solutions for a net-zero future.
Our areas of expertise
Heriot-Watt researchers unveil ambitious plan to seal 100,000 methane-leaking wells by 2034
Rockit, a cleantech initiative from Heriot-Watt University, has announced plans to help seal 100,000 methane-leaking wells in the next decade using chemical injection technology.
Repurposing oil and gas infrastructure, a geothermal revolution in the North Sea?
As we navigate the complex landscape of energy transition, a promising solution is emerging from an often overlooked source: our existing oil and gas infrastructure.
University partners with National Central University to tackle global energy challenges
Heriot-Watt University has joined forces with National Central University (NCU) in Taiwan to address some of the most pressing global energy challenges.
Related themes and projects
Decarbonising transport and logistics
By integrating agent-based modelling, data science, operations research, and behavioural change tactics, we'll develop an understanding and implement the necessary technological and operational shifts for new sustainable solutions.
Energy in buildings
We're addressing the significant role buildings play in worldwide greenhouse gas emissions and energy consumption; focusing on pioneering technologies and policies to guide buildings towards net zero, contributing to the global decarbonisation effort.
Harnessing green hydrogen
We're developing hydrogen production technologies, establishing new methods of transporting fuel and advancing storage solutions. Our researchers champion the use of hydrogen as a renewable energy source across industrial and domestic realms.