RWE announces winners of global offshore wind co-use competition
12.12.2024
RWE, Wales’ largest energy generator, is set to launch a number of feasibility studies into the reduction of carbon emissions at its key assets in South Wales, thanks to a successful funding bid as part of the South Wales Industrial Cluster (SWIC). The cluster funding has been announced today and comes from Innovate UK and the UK Government’s Department of Business, Energy and Industrial Strategy Industrial Decarbonisation Fund.
In addition to the UK, RWE is involved in hydrogen and carbon reduction projects in Germany and the Netherlands across all areas of the value chain, making the company a perfect partner for the SWIC consortium. The new studies will investigate how hydrogen and carbon capture can help reduce carbon emissions from RWE’s 2.2 gigawatts (GW) gas-fired Pembroke Power Station. They will also look into the feasibility of establishing a new green hydrogen production facility to support the SWIC partners within the industrial cluster.
Tom Glover said: “Pembroke is the most modern and efficient gas power plant in the UK and will play a vital role in supporting the energy transition over the coming years. It is important to understand the potential of hydrogen and carbon capture opportunities to ensure cleaner energy and industry in the coming years, as well as helping to secure skilled jobs for the region.”
Sopna Sury, Chief Operating Officer RWE Generation added: “We believe that hydrogen is a real game changer in the transition to a low carbon economy. Therefore, RWE will contribute its broad expertise in hydrogen, renewables and as the UK’s second largest generator of electricity, to support the success of these three feasibility projects.”
SWIC is a consortium of Wales’ major industry, energy, infrastructure, law, academic and engineering organisations and RWE is a key member. The cluster has been successful in securing support from the public and private sector, to develop a range of partner projects including; the production and use of a hydrogen supply, carbon capture usage and storage (CCUS) and CO2 shipping from South Wales which would be the first CO2 shipping industry in the whole of the UK. Together these projects can decarbonise industry and power in South Wales and create a net zero emissions industrial zone by 2040.
In 2020 the UK government announced a 10 Point Plan to deliver a Green Industrial Revolution to mobilise £12 billion of Government investment and create 250,000 jobs in the green economy, £1 billion of which was pledged to create carbon capture clusters.
Dr Chris Williams, who is heading up SWIC for Industry Wales, said: “The UK Government has set in law that the UK needs to be Net Zero by 2050, the South Wales Industrial Cluster has ambitions to do this by 2040. The collaboration and support of all partners has been pivotal to SWIC’s achievements so far.“
The deployment phase will help unlock the route to Net Zero in South Wales, helping support the future of existing industries, businesses and jobs. Once developed, the net zero infrastructure will attract new industries and businesses, further developing the production and use of hydrogen for home heating, power generation and transport across the region.
RWE has a wealth of knowledge and experience in the development of hydrogen projects across Europe including involvement in GET H2 , NortH2 and AquaVentus. The company will utilise the experience from its newly developed hydrogen team to support this activity within the cluster.
RWE is involved in all stages of the hydrogen value chain, ranging from electricity generation from renewables to hydrogen generation and storage, through to distribution to industrial customers. Through its gas-fired power stations, such as Pembroke Power Station in Wales, in the long-term the company is positioned to be an off-taker of low-carbon hydrogen for firm, flexible power. It will also support RWE’s target to be carbon neutral by 2040.
For more information about the South Wales Industrial Cluster visit: https://www.swic.cymru/.