(NYTIMES) During more than three decades in the oil and gas business, Andy Lane has managed the construction of enormous facilities for extracting and transporting natural gas, in places like Trinidad and Indonesia.
Now he is working in his native England, taking on a complex and expensive venture that essentially aims to reverse what he has spent much of his career doing.
Lane’s newest assignment is designed to collect carbon pollution from a group of chemical plants in northeast England and send it to a reservoir deep under the North Sea.
The multibillion-dollar project could be a breakthrough for a technology known as carbon capture and storage, a concept that has been around for at least a quarter-century to reduce the climate-damaging emissions from factories.
The idea sounds deceptively simple: Divert pollutants before they can escape into the air, and bury them deep in the ground where they can do no harm. But the technology has proved to be hugely expensive, and it has not caught on as rapidly as some advocates hoped.
Still, lots of attention is being paid to carbon capture as a way to meet the targets in the 2016 Paris climate agreement. As a candidate, President Joe Biden promoted carbon capture’s promise; last month, Exxon Mobil announced a US$3 billion (S$4 billion) investment in low-carbon efforts, including carbon capture; and a week later, Elon Musk promised to put up US$100 million for a contest seeking the best carbon-capture technology.
The project in England, in an area called Teesside along the River Tees, is led by the oil giant BP and expects to have size on its side: The area is home to one of the country’s largest clusters of polluting factories and refineries. By linking them together – collecting all their emissions by pipeline, and charging them a fee – BP hopes to achieve sufficient scale to make a profitable business of tackling their pollution.
Teesside “has quite a lot of the big industrial emissions sources in the UK, and that is why this project makes sense,” Lane said.
It is also fast becoming a focal point of attention in Prime Minister Boris Johnson’s government, which is eager to cement support in the onetime Labour stronghold. The area’s turn toward Johnson’s Conservative Party helped it win big in the 2019 national election.
On Wednesday, Teesside was designated one of eight “freeports” in England, an economic zone with lower taxes and other business incentives. Rishi Sunak, the chancellor of the Exchequer, also gave it an extended shout-out in his budget presentation in Parliament that day, citing the carbon capture effort as he called Teesside “the future economy of this country”. Lane and the area’s influential Conservative mayor, Ben Houchen – described by Sunak as “an inspiring local leader” – portray carbon capture as the means to rejuvenating run-down industrial regions like Teesside.
“It puts the region on the map and attracts additional investment,” Houchen said.
Their plans would certainly turn Teesside into a vast construction site, potentially employing 2,000 workers. BP and its partners propose to build a very large electric power station fuelled by natural gas near a shuttered steel mill at the mouth of the river. The plant would help replace Britain’s ageing fossil-fuel-burning power stations and provide essential backup electricity when the country’s growing fleet of offshore wind farms are becalmed. Equipment would remove the carbon dioxide from the power station’s exhaust.
Pipes would run through the area rounding up more carbon dioxide from a fertiliser plant and a factory that makes hydrogen, which is winning favour as a low-carbon fuel. BP also expects to connect other plants in the area. Pipes would take the carbon dioxide 90 miles out under the North Sea, where it would be pumped below the seabed into porous rocks.
Four other oil giants – Royal Dutch Shell, Norway’s Equinor, France’s Total and Italy’s Eni – are also investors in the plan, although the final go-ahead awaits a financial commitment from the British government. The price for the initial stage could approach US$5 billion.
About two dozen carbon capture projects are operating globally, but the technology has struggled to overcome high costs and worries about liability if the carbon dioxide somehow escaped.
Some also see it as a lifeline – albeit an expensive one – for polluters.
“Carbon capture is being used as a Trojan horse by the fossil fuels industry to keep demand for fossil fuels alive,” said Mike Childs, head of science, policy and research at Friends of the Earth in Britain. He added that it would be better to create processes that didn’t “create pollution in the first place”. Carbon capture has had its share of false starts in Britain. David Hopkins, managing director for Britain of CF Fertilisers, a major emitter and a likely customer for BP, said he had been discussing versions of the Teesside project “for at least 10 years”. But increasingly ambitious climate change goals help make the case for technologies like carbon capture. While Britain and other countries have made strides reducing emissions from electric power generation, carbon capture will be needed to deal with large-scale polluters like steel, cement and chemical plants, experts say.
If pumped into the atmosphere, that amount would cost more than US$30 million a year in carbon taxes at current prices. Hooked up to the carbon capture system, users like CF are expected to pay fees negotiated with the government that would be competitive with or cheaper than the carbon trading tax.
Without a carbon capture plan, Hopkins said, the plant might need to close because of pressure from cheaper, imported fertilisers made producing higher levels of pollutants.
Carbon capture “has a massive role to play” in meeting climate goals, said Oswald Clint, an analyst at Bernstein, a market research group. If the major oil companies “can make a business out of it by collecting emissions from industrial players, then even better,” he added.
If BP can put together a package including government support that provides sufficient profits for the company, the power plant could begin operating in around five years.
Lane’s goal, he said, is to create a regulatory and technology model that can be used many times, cutting costs like the wind and solar power industries.
“These things can be done, and they can be done repeatedly in many parts of the world,” he said. “But you have to start.”
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