Three collaborative research initiatives involving the University of Aberdeen have received backing from the Scotland Beyond Net Zero (SBNZ) seed fund, designed to foster innovative solutions for Scotland’s sustainability challenges. The SBNZ fund supports interdisciplinary projects that align with national net zero ambitions across key themes such as energy, food, and the built environment.
Among the funded projects is “Warming Up Aberdeen,” a geothermal heating investigation led by the University of Aberdeen, in partnership with Robert Gordon University. This research will delve into how Aberdeen’s geological characteristics can be harnessed for low-carbon heating. This builds upon a prior £1 million grant from UK Research and Innovation (UKRI) for the Aberdeen Geothermal Feasibility Pilot (AGFP), which includes drilling a 500-metre borehole on the King’s College campus to gather crucial subsurface data. Geothermal energy, derived from the natural heat stored underground, offers a reliable and low-carbon renewable heating source.
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Another project will address sustainable diets by examining the effectiveness of Scottish Government policies aimed at reducing red meat consumption among the populace. Led by researchers from the University of Aberdeen and the University of Edinburgh, the study plans to survey 2,000 individuals to assess their willingness to adopt dietary interventions. Red meat and dairy production are recognised as significant contributors to global greenhouse gas emissions. The UK’s Climate Change Committee (CCC) has previously recommended that the Scottish Government promote a 20% reduction in overall meat consumption by 2030, increasing to 35% by 2050, alongside a 20% shift away from dairy products by 2030.
The third initiative focuses on the circular economy, with the University of Aberdeen and Robert Gordon University collaborating to explore ways of reducing the environmental impact of funeral practices. This research seeks to balance ecological considerations with the important personal and cultural values associated with funerals. Traditional funeral methods, including embalming, conventional coffins, and cremation, are known to carry substantial environmental footprints through carbon emissions, land use, and potential chemical release. Cremation, while prevalent in the UK, is an energy-intensive process that releases carbon dioxide and other pollutants.
Professor Ben Tatler, Vice-Principal for Research at the University of Aberdeen, commented on the significance of these awards. He stated: “These awards demonstrate the breadth and quality of the University’s contribution to addressing Scotland’s climate and sustainability challenges. From unlocking the potential geothermal energy beneath our feet, to supporting more sustainable food systems and exploring innovative approaches within the circular economy. They bring together researchers, policymakers and communities to deliver impactful, interdisciplinary solutions. We are delighted to see our researchers playing leading roles in collaborative partnerships through SBNZ, helping to generate the evidence, innovation and engagement needed to support a just transition to a more sustainable future.”
