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Offshore energy integration can deliver 30% of UK’s net zero target, according to OGA report

According to the recently published Oil and Gas Authority’s (OGA) Energy Integration Project report, the integration of offshore energy systems – including oil and gas, renewables, hydrogen and carbon capture and storage, – could contribute to deliver approximately 30% of the UK’s total carbon reduction requirements needed to meet the 2050 net zero target.

The OGA Energy Integration Project report was published in collaboration with Ofgem, The Crown Estate and the Department for Business, Energy and Industrial Strategy (BEIS). The report also highlights the additional potential for offshore renewables, such as wind, wave and tidal, to contribute approximately a further 30% towards the UK’s net zero target. This means the UK Continental Shelf (UKCS) could support, in combination with complementary investments in onshore energy infrastructure, around 60% of the UK’s decarbonization requirements.

There are over 30 energy integration projects already underway across the UKCS, with more than 10 actively being engaged by the OGA alongside this study.

The report also concludes that not only is the close coordination of these technologies valuable in terms of energy production and cutting greenhouse gases, but that their integration would help technologies become economically more attractive.

The findings of the report include:

  • Oil and gas platform electrification is essential to cutting sector production emissions in the near term, and critical to the industry’s social license to operate. Electrification can abate operational emissions by 2-3 metric tons of CO2 per year by 2030. This is the equivalent of reducing 20% of today’s production emissions, rising to 40% by 2030.
  • Oil and gas capabilities, infrastructure and supply chain are crucial to energy integration, and can potentially support further offshore renewables expansion, including floating wind power.
  • Reusing oil and gas reservoirs and infrastructure can accelerate carbon capture and storage (CCS), connecting to onshore net zero hubs and saving 20-30% CAPEX on specific projects.
  • To reach the CCS scale in support of net zero, the UK needs to develop around 20 individual CO2 stores for a total capacity of over 3 gigatons of CO2 by 2050 (with large CCS projects featuring multiple stores).
  • Blue hydrogen (produced from natural gas) has the potential to decarbonize around 30% of the UK natural gas supply by 2050, potentially supporting circa half of CCS expansions in the same timeframe.
  • Green hydrogen (from renewables) can support and enable the significant expansion of offshore renewables in the 2030s and beyond, providing an efficient storage and energy transportation solution. Reducing the costs of the technology involved (electrolysis) would be needed to support the faster uptake of this technology.

“The UK Continental Shelf has the potential to make a deep and meaningful impact on the UK’s overall net zero target and offshore energy integration can be the game changer,” Dr Andy Samuel, OGA Chief Executive, said. “By closely coordinating our energy systems, a secure energy supply can continue to be delivered from a diverse mix of production while unlocking more and more of the green energy and carbon capture needed to help take the UK to net zero.”

“It is great to see this report set out a clear path towards net zero, highlighting that the offshore energy sector has the capacity to help deliver huge carbon reductions,” Kwasi Kwarteng, Minister for Energy and Clean Growth, said. “Sharing existing expertise and infrastructure from the oil and gas industry will be integral in the development of our outstanding renewable energy sector, helping us meet our climate change commitments.”

“The oil and gas sector has a key role to play in supporting a just transition to a future with net zero greenhouse emissions,” Paul Wheelhouse, Scotland’s Energy Minister, said. “This report clearly demonstrates that an integrated offshore energy system, including CCUS and use of hydrogen, can help Scotland and the UK meet our greenhouse gas emission reduction requirements – by around 30% for the UK as a whole and increasing to around 60% with the inclusion of offshore wind, floating wind, wave and tidal energy deployment.”

“The skills, expertise and infrastructure of the oil and gas sector and its supply chain will be vital in unlocking the opportunities for the integration of offshore energy systems – a key step on Scotland’s own pathway to a greener and fairer economy and society,” Mr Wheelhouse added.

“The launch of the Energy Integration Project report is testament to the OGA’s belief in the long-term strategic and economic value of the North Sea, and addresses the fact that oil and gas will continue to play a key part of the UK’s future energy mix, and can be balanced alongside low carbon, alternative energy sources,” said Tristan Chapman, Senior Vice President of Clean Energy at Lloyd’s Register. “This transition will mean emissions from hydrocarbon production can be reduced to net zero, while we accelerate the technological developments needed to move to 100% clean energy sources in years to come.”

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