Finlay Currid

My focus at the Institute for Energy and Environmental Flows (IEEF) is to develop system models and engineering designs for inter-seasonal energy storage networks that will reduce reliance on natural gas for the heating and cooling of urban environments in the UK. The proposal is centred around Aquifer Thermal Energy Storage (ATES) technology which aims to deliver significant energy duties with moderate temperature driving forces through integrated heat networks to achieve low-cost heating and cooling solutions. This requires designing innovative heat transfer equipment that factors resistance to corrosion and fouling from the outset with robust control systems in place for safe operation and inter-seasonal cycling. Key challenges in this area arise due to the different age range and build quality of UK infrastructure in addition to environmental constraints such as the complex mapping of variable subsurface compositions and permeability.

Who or what inspired you to pursue your research interests?

I am determined to find a sustainable solution to our increasing energy demands by developing innovative engineering designs based on the practical application of mathematics and science. This PhD requires understanding large-scale thermodynamics, fluid mechanics and process integration in order to create models and designs that will allow the recycling of otherwise wasted energy. Achieving this has the potential to significantly reduce energy costs for individuals and businesses across the UK in addition to improving the UK’s national energy security, providing an engineering challenge that I am excited to be part of.