The United Kingdom’s clean energy transition is projected to create over 400,000 new jobs by 2030, with trades such as plumbing, carpentry, electrical work, and welding among the biggest beneficiaries.
According to a government report released on Sunday by the Department for Energy Security and Net Zero, the decarbonisation plan will stimulate job creation across several sectors, including nuclear, renewable energy, carbon capture, and energy efficiency- Bloomberg first reported.
The report highlights that trades such as plumbing, carpentry, electrical work, and welding will experience significant demand growth as the country ramps up its clean energy infrastructure.
In the East of England, construction of the Sizewell C nuclear facility on the Suffolk coast is expected to generate around 10,000 jobs at peak construction.
Meanwhile, Scotland and the North East of England will see approximately 35,000 jobs supported by carbon capture and storage projects. London’s clean energy workforce could also more than double, with up to 25,000 people employed directly in the sector by the end of the decade.
Energy Secretary Ed Miliband emphasized that the government’s priority is to ensure British workers benefit directly from the green jobs boom. Speaking on Sky News on Sunday, Miliband stated, “We will do everything we can to make sure that these jobs go to workers from Britain.” He added that the government aims to train about 20,000 people to prepare them for the new employment opportunities in clean energy industries.
“Where are the good jobs of the future going to come from? What’s the job my son or daughter can do in the future?” Miliband said. “This is the answer: clean energy jobs working on nuclear power stations, offshore wind, and carbon capture.”
However, reports have raised concerns that the government’s projections may be overly optimistic, noting that the UK could face challenges in sourcing workers with the necessary expertise domestically.
The initiative is part of the UK’s broader goal to achieve a net-zero energy system by 2050, with significant progress targeted by 2030 through investments in nuclear power, offshore wind, and carbon capture technologies.