The chief executive of EDF Energy has added his voice to growing support among renewable energy industry leaders for approval of two proposed North Sea oil and gas projects. Simone Rossi characterized new fossil fuel extraction as a “no-brainer” that could be pursued alongside accelerated renewable energy deployment and net zero commitments.
Rossi argued that transitioning away from fossil fuel dependency would require decades and that the UK should utilize domestic resources rather than import fuels from other countries. He pointed to environmental benefits of local production, noting that domestically sourced hydrocarbons have lower emissions than imports due to reduced transportation requirements. The executive indicated that new North Sea developments could generate employment and tax revenue for the government to direct toward energy bill relief for struggling households.
The statements from EDF Energy’s leadership reflect a broader consensus among prominent figures in energy and policy circles. Other renewable energy executives backing additional North Sea production include Greg Jackson of Octopus Energy and Tara Singh of RenewableUK. Political figures expressing support span across party lines and include former chancellor Rachel Reeves, defence secretary Wes Streeting, and Liberal Democrat leader Ed Davey, though this position aligns with the Labour party’s election manifesto allowing new production from already-licensed areas.
The government faces competing pressures as it prepares to make final decisions on the Rosebank and Jackdaw projects within weeks. Environmental groups and the Green party leader Zack Polanski have urged rejection following recent climate impacts and fossil fuel price volatility. The proposed developments already hold licenses granted under the previous administration, meaning approval would comply with the current government’s manifesto commitments. Developers had resubmitted applications earlier this year following a court order requiring enhanced climate impact analysis of the fuel combustion.
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