GE Vernova: The UK Needs CCS for Energy Transition
UN Secretary-General António Guterres' called for scientists, engineers, and governments to prioritise carbon dioxide removal and storage for net zero in June 2024 to “deal safely and sustainably with final emissions from the heavy industries hardest to clean.”
Carbon capture and storage (CCS) is crucial to reaching net zero around the world in line with Paris Agreement commitments to prevent catastrophic global warming.
The UK government has pledged nearly £22bn (US$28.5bn) to carbon capture projects in efforts to reach net zero.
Central to this initiative is the £4bn (US$5.2bn) Net Zero Teesside project, set to become the world's first commercial carbon capture system for gas power.
This venture unites industry leaders GE Vernova, bp, and Technip in efforts to advance carbon capture technology and infrastructure.
GE Vernova released a whitepaper on how deploying CCS can support the energy transition in the UK.
Roger Martella, Group VP and Chief Sustainability Officer at GE Vernova, says: “Carbon capture is a critical breakthrough technology.
“We’ve been selected to provide the turbines for the Teesside Project, which will be the leading carbon capture demonstration project in the world as it moves forward.
“Our turbines probably move air faster than any equipment in the world, so this isn’t any old carbon capture technology.
“We have to build the most complex and industrialised carbon capture technology.”
The UK's need for carbon capture
The UK's push for carbon capture and storage (CCS) is driven by legally binding ‘carbon budgets’, established by the Climate Change Committee (CCC).
These budgets aim to reduce emissions to about 78% of 1990 levels by 2037, with gas power incorporating CCS expected to generate 6% of UK electricity by 2035.
The Department for Energy Security and Net Zero's analysis indicates a need for up to 10 GW of gas power with CCS.
Meanwhile, National Grid and Scottish & Southern Energy (SSE) project a requirement for 32 GW in a low carbon power system.
To meet growing energy demands, approximately 1 GW of new gas capacity with CCS will need to come online annually from 2027 to 2050.
GE Vernova's study, "Reaching Net Zero Carbon in Great Britain," reveals that combining renewables with abated gas turbines can achieve emissions reduction at a lower total system cost.
Scott Strazik, CEO at GE Vernova, says: “We believe carbon capture has an important role as one of the crucial methods to decarbonize power generation globally as we drive the energy transition and help governments and customers meet net zero targets in the coming years.”
The advantages of gas with CCS for the UK
GE Vernova's whitepaper outlines four key benefits that CCS could provide for the United Kingdom:
- Lower system cost: Integrating renewable energy sources with gas turbines equipped with carbon capture technology offers a more cost-effective approach to lowering emissions, potentially making the decarbonisation process more economically viable for the sector.
- Job creation and transition: The CCS sector is anticipated to generate both direct and indirect job opportunities, while also enhancing the skills of existing UK workers. According to the UK Government's “CCS Vision”, the industry could create up to 50,000 jobs by 2030.
- Economic growth: The establishment of CCS infrastructure is likely to promote growth in associated sectors, including construction, engineering and manufacturing industries.
- Supply chain and storage opportunities: GE Vernova suggests that the UK is in a distinctive position to emerge as a frontrunner in offering storage solutions to nations facing challenging geological conditions or policy environments.
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