The UK’s drive towards net-zero carbon emissions by 2050 will lead to major changes in energy generation. Over the coming decades, geomechanics will play a crucial role in enabling a broad range of low-carbon technologies, including geothermal energy, carbon capture and storage, and subsurface energy storage. It will also be essential in ensuring that the evolving energy system develops in a safe and environmentally responsible way. From assessing leakage potential and flow mechanisms in CO₂ storage to understanding the behaviour of geomaterials in energy storage systems and supporting infrastructure, the engineering of geological materials across a range of scales is fundamental to achieving future climate goals.

The Northern Energy Geomechanics Group (NE2G) provides novel solutions to the technical challenges arising in this changing energy landscape. We have expertise in advanced computational and experimental approaches on a multiscale basis, from the fundamental mechanical properties of geological materials to the behaviour of deep subsurface systems under complex thermo–hydro–mechanical loading conditions. We have a strong track record of delivering high-impact research and valued consultancy for industry. Our mission is to use this expertise to address the challenges and uncertainties associated with the sustainable engineering of energy systems in the pursuit of a low-carbon future.