![]() Why set sights so high on carbon-negative rather than just carbon-zero? “Because we can,” insists Privett, the Lep’s energy programme lead. “With two national parks, three areas of outstanding natural beauty (AONBs) and over 70% of our geography being used for agriculture, we are uniquely positioned to use our natural assets to capture and store carbon,” they write in the document. Photograph: Paul D Hunter photography/Alamy View image in fullscreen The view over North Yorkshire from the Cleveland Way national trail. They argue that the region is uniquely placed to do this. But Katie Privett and Katie Thomas, from the York and North Yorkshire local enterprise partnership (Lep), have drafted the “route map” to carbon-negative, which is in the process of being adopted before its official launch next month. Other regions, including Cumbria, Greater Manchester, West Midlands and West Yorkshire, are aiming for a slightly less ambitious carbon neutrality. It may come as a surprise to some that North Yorkshire, of all places, is the first region in England to aim to become carbon-negative. The area’s carbon plan lists a number of measures that will fundamentally change the way people in this sparsely populated, largely rural region live and work, including a 48% reduction in private car usage by 2030, a 900% increase in cycling by 2030, retrofitting 250,000 homes by 2038 and deploying between 200,000 and 270,000 heat pumps by 2038. Projects like Seagrown are crucial if North Yorkshire is to achieve its recently announced, highly ambitious goal of capturing and storing more carbon than it emits by 2040. The government recently shortlisted 14 capture projects, currently undergoing due diligence ahead of potential kick-off in the mid-2020s.View image in fullscreen The Biorenewables Development Centre at the University of York has worked with both Seagrown and Cosy Cottage soaps. In recognition of its potential, the UK government selected it as one of two CCUS clusters for fast-track development. Between 20, it could support and/or create roughly 25,000 industrial jobs. The East Coast Cluster could preserve livelihoods for thousands of people in the region. Storage will be managed by the Northern Endurance Partnership, a collaboration between bp, Equinor, National Grid, Shell and TotalEnergies, formed in 2020. Geological assessments indicate that Endurance can safely store 450 MT/CO 2, and other nearby storage sites have the potential to boost that to a billion tonnes. The carbon dioxide from both hubs will be stored in a saline aquifer called the Endurance Reservoir, 145 km offshore and about 1.6 km below the bed of the North Sea. It will be linked to a large pipeline with the capacity to transport carbon dioxide from many other sources, likely including a biomass powerplant, a hydrogen plant and a fertilizer plant. The project is now being developed by a consortium of OGCI member companies, led by bp.Ī newly built natural gas power plant with post-combustion carbon capture will anchor the Teesside project. The hub concept was first developed in Teesside when OGCI Climate Investments acquired the original government-funded concept in 2016 and developed it into a commercial project, working with industries, interest groups and local and national government. A consortium of 14 companies aims to decarbonize the region through low carbon hydrogen, carbon capture and carbon removal technology. Humber is the UK’s highest-emitting industrial area. Together they could capture and store up to 27 million tonnes of CO2 annually by the mid-2030s, accounting for almost half of all the emissions from the UK’s industrial clusters. The cluster was developed from two adjacent CCUS hubs, Net Zero Teesside and Zero Carbon Humber, which were merged during the UK Government CCUS Cluster Sequencing process. The East Coast Cluster comprises two industrial regions of the UK – Teesside and Humber – situated adjacent to suitable storage sites in the North Sea.
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