CATCH Industrial Decarbonisation Network Chair Joe Howe, welcomed delegates in person and online before explaining the format of the meeting. Joe invited our first speaker Torsha Nag ABB, who talked about Digital Solutions in Green Hydrogen Production.
Torsha explained that the process of Energy and Hydrogen Management is complex, with various components needing to be optimized for the process to be effective. She continued by discussing the ABB approach, covering production, distribution and end use. Torsha further added about ABB OPTIMAX digital solution, that provides a coordinated solution- including forecasting, energy optimization, advanced process control and energy market interaction. Benefits include a 20% reduction in OPEX costs, efficiency increases and emissions reduction and balancing of energy sources to ensure availability while leveraging from market prices.
Joe facilitated questions before introducing Blair McMaster, Senior Consultant Carbon Capture, starting with an Introduction into DNV, who have been active in CCUS over the last ten years. He highlighted two recent projects including Skylark in Cumbria where they have large scale release experiments and Transactions, where they are an ENI CCUS global infrastructure partner. Next, he introduced their new report – Energy Transition Outlook: CCS to 2050.
The key takeaways from the report suggest that the turning point for CCS is now. CCS project pipeline has grown significantly, with capacity to increase substantially with the strongest growth in hard-to-decarbonise sectors. By 2050 they estimate that 6% of global emissions will be captured. Barriers include technical, high cost, public perception and regulatory and policy challenges. Blair discussed global predictions and highlighted that maritime transport is also included.
Link to the report – https://www.dnv.com/energy-transition-outlook/carbon-capture-storage/
Next, Joe introduced Children Challenging Industry Primary Science Lead Melanie Boyeson, University of York. Melanie told the group about how they facilitate connections and provide resources for primary children to experience industry and help businesses to achieve their outreach goals. The aim of the CIEC at University of York is to encourage young people – our future workforce – to consider STEM and industry careers. Find out more here – https://www.york.ac.uk/ciec/industry-support/
After a short break Joe introduced the paper The Road to Net Zero: Renewables and Nuclear Working Together, presented by William Bodel, Research Associate in Nuclear Systems, The University of Manchester. The paper is the latest of five position papers from the Dalton Nuclear institute and considers DESNZ detailed scenarios for future energy needs to 2050. The paper also analyses the High Electrification Scenario and suggests an alternative flexible nuclear scenario as well as the total installed power capacity and how much electricity is supplied. William introduced the solution of cogeneration, which uses nuclear power for electricity supply to the grid, and heat production for hydrogen, ammonia and synthetic fuels, direct air capture of CO2, industrial application and heating homes and businesses. This makes nuclear flexible in replacing gas as a support for wind. In comparison to the High Electrification Scenario which gas delivers 1% of all electricity, for 11% of the total cost.
Joe wrapped up the meeting after questions and thanked all our speakers and delegates.
The next meeting will be held on Wednesday 19th November at Aura Innovation Centre, Hull, which will include Centrica ES+ & Singleton Birch Case Study – Hydrogen Fuel for Low Carbon Lime Production.
















