UK plant nears full switch away from coal

From being one of the worst polluters in the country, Drax has pivoted to an ambitious policy to reduce carbon emissions. (AFP/File)
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Updated 01 June 2020
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UK plant nears full switch away from coal

  • The Drax operation, providing 4 million households with electricity, sees CO2 emitted from burnt wood captured by newly planted trees

LONDON: As the coronavirus pandemic undermines the production of cleaner renewable fuels, the UK’s biggest electricity plant is close to using only biomass following a bumpy transition away from coal.

Situated in Yorkshire, northern England, the Drax Group power plant will complete its switch next year after embarking on a journey almost a decade ago to use organic matter alongside the fossil fuel to slash carbon emissions.

But the company’s method of capturing CO2 continues to raise concerns even as biomass has become Britain’s second largest renewable energy behind wind power, with only a handful of coal-run plants remaining in the UK. The Drax operation, providing 4 million households with electricity, sees CO2 emitted from burnt wood captured by newly planted trees.

Drax adds that the switch, in line with UK government policy to ban the use of coal by 2025, allows it to keep the plant running and maintain 900 jobs.

“More than 10 years ago, Drax was looking at its future ... and the UK, at the same time, was looking about how it could deliver its climate change objectives,” recalls Drax CEO Will Gardiner.

“And those two things came together in a very auspicious way so that there was a good recognition in the UK that biomass was a very good alternative ... to increase renewable power,” he told AFP in an interview. But the use of biomass to generate electricity is not without controversy.

In 2018, a total of 800 scientists wrote to the European Parliament calling for such biomass to be limited to wood residues, including cut branches, to limit deforestation. But even with such a move, gains to the environment can be trimmed by sourcing wood from afar. “Once you move from local usage ... to extracting trees from distant countries and shipping them to a factory, you are adding quite a significant amount of additional CO2 to the atmosphere,” noted Michael Norton, environment program director at European Academies Science Advisory Council (EASAC).

Norton added that it “takes anything from several decades to centuries to recover through the growth” of new trees.

The Drax plant imports from North America 80 percent of the wood that it burns, although Gardiner stresses that the company uses branches that otherwise would “rot in the fields and emit CO2.”

The International Energy Agency last week said in a joint report that “COVID-19 is intensifying the urgent need to expand sustainable energy solutions worldwide” — a timely boost for companies like Drax amid ongoing criticism regarding their net contribution in helping to tackle climate change.

“The growth of electricity generation from renewables appears to have slowed down as a result of the pandemic, according to the available data,” said the report, written also by the World Health Organization.

“But they so far appear to be holding up much better than other major fuels such as coal and natural gas,” it added.

Gardiner told AFP that he “doesn’t think there will be any coal or natural gas in our system in 2050.”

He added: “In the UK, I think wind power in 2050 probably will be 80 percent of the energy mix.

“At the same time, you always need something else in addition to wind power to provide for flexibility and for system support,” he said, noting that “biomass can do that.”


Egypt–Saudi power link set to boost regional energy integration, minister says 

Updated 8 sec ago
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Egypt–Saudi power link set to boost regional energy integration, minister says 

RIYADH: Electricity interconnection projects between Egypt and Saudi Arabia will strengthen regional energy cooperation and economic integration, Egypt’s minister of electricity and renewable energy said during a visit to a key cross-border power facility. 

Mahmoud Esmat made the remarks while inspecting the Egypt–Saudi electricity interconnection station linking the two countries’ power grids, where he reviewed construction progress and equipment testing ahead of trial operations expected in the coming weeks, according to a statement from the Egyptian State Information Service. 

The project is described as the first of its kind in the Middle East in terms of scale, manufacturing technology, operation, and application in grid interconnection lines. 

The initiative supports the state’s broader vision to implement sustainable solutions aimed at ensuring the stability of the national unified grid and enhancing the reliability and quality of electricity supply. 

It also aligns with Egypt’s allocation of 136.3 billion Egyptian pounds ($2.8 billion) to the electricity and renewable energy sector in its 2025–26 development plan, nearly double the 72.6 billion pounds set aside the previous year. 

The plan focuses on diversifying energy sources, expanding renewable capacity, and strengthening the national grid to meet rising demand. 

The statement said: “The minister toured the station’s departments and control and operation center, following up on the completion of testing for all equipment and components in preparation for launching operations and synchronizing the project with the unified power grids of Egypt and Saudi Arabia in the coming weeks.” 

It added: “Esmat reviewed the implementation rate of the project and testing works, as well as the project’s timeline. He highlighted finalization of operational tests at the Badr transformer station and the Sakakin Taba 2 station, as well as the 500 kilovolts overhead transmission line extending approximately 320 km.”  

The minister said the project forms part of broader efforts to build an integrated power network connecting the two countries, facilitating efficient and flexible electricity exchange and laying the groundwork for a unified Arab electricity market. 

He added that the initiative reflects a clear vision and comprehensive strategy to strengthen the efficiency of the energy system while delivering both immediate and long-term solutions to safeguard grid stability and enhance service quality.