Although the first quarter of the year saw some of the French nuclear fleet return to service, it was not at the rate originally anticipated, according to data analysis company EnAppSys. France’s nuclear availability, the company noted, was expected to reach a maximum of 50 GW by the middle of the first quarter, but that goal was not reached due to several reasons, including the need for additional repairs and maintenance when stress corrosion cracking first appeared in several reactors last year. Workforce strikes at nuclear operator Électricité de France also led to widespread employee walkouts from nuclear power plants.

Belgium-based engineering firm Tractebel and the Netherlands’ NRG Pallas have signed a memorandum of understanding to provide engineering services in support of new reactor construction at the Borssele nuclear power plant, located near the village of Borssele in the Dutch province of Zeeland.

The Belgian government is exploring the idea of extending the operational life of its three oldest reactors by two years, a variety of news outlets are reporting.

Those reactors—Units 1 and 2 at the Doel facility and Unit 1 at Tihange, sporting a combined capacity of 1,852 MWe—were slated to be permanently shuttered in 2025 in keeping with the country’s nuclear phase-out policy.

Unit 2 at Tihange, one of Belgium’s two nuclear power plants, was permanently disconnected from the grid late on the evening (local time) of January 31, operator Engie Electrabel has announced.

The 1,008-MWe pressurized water reactor is the second unit in Belgium’s nuclear reactor fleet to be retired in accordance with the country’s 20-year-old law mandating a gradual phase-out of nuclear power. The first Belgian unit to be retired, Doel-3, a 1,006-MWe PWR, was shut down on September 23, 2022. Remaining in operation are Doel-1, -2, and -4 and Tihange-1 and -3.

As a direct result of the war in Ukraine, several countries have changed their policies on nuclear energy—even those with long-standing nuclear phase-out plans. This February will mark one year since Russia began its invasion of Ukraine, leading to ongoing war and turning pandemic-era energy shortages into a global energy crisis. Spiking gas prices and concerns about electricity supply during the cold winter months have thrown many governments into a frenzy as they try to ease the impact on their citizens.

Countries in the process of phasing out their nuclear power had been prepared to increase their reliance on natural gas. But as Russia supplies 40 percent of the European Union’s natural gas, nations with no reliable alternative now face sky-high energy prices—even energy poverty. Across Europe and beyond, nuclear power plants slated for permanent closure have been given second chances to shore up energy supply. Nuclear power has also claimed a bigger spotlight in countries’ strategies for energy independence.

Unit 3 at the Doel nuclear power plant has become Belgium’s first reactor to be permanently shuttered, in keeping with that nation’s nuclear phaseout policy. The 1,006-MWe pressurized water reactor, which began commercial operation in October 1982, was removed from service last Friday at 9:31 p.m. (local time).

Belgium’s nuclear reactor fleet now consists of six operating units: Doel-1, -2, and -4 and Tihange-1, -2, and -3. Next on the retirement list is Tihange-2, scheduled to be shut down in February 2023.

The Belgian government has signed a nonbinding letter of intent with Electrabel, a subsidiary of the French utility Engie, to keep nuclear a part of Belgium’s energy mix for an additional 10 years.

Electrabel operates Belgium’s two nuclear power plants, the four-unit Doel and three-unit Tihange.

In a move motivated by Russia’s invasion of Ukraine and the sky-high energy prices hitting Europe as a result, the Belgian government last Friday announced its intention to extend the operational life of two of its nuclear power reactors, Doel-4 and Tihange-3, through 2035.

Europeans are taking resolute steps to reduce their output of climate-changing gases, but some countries are moving in the wrong direction.

Many countries are adding solar and wind, which are low-carbon energy sources. Some have moved to biomass, the value of which as a climate cure is not clear. A few are adding reactors, while others are defining nuclear as dirty energy and natural gas as “clean” and are changing their generation mix accordingly.

The European Union could reduce imports of Russian natural gas by more than a third within a year through a combination of measures that would support energy security and affordability and would be consistent with the European Green Deal, according to a new report from the International Energy Agency.

“Nobody is under any illusions anymore,” said IEA executive director Fatih Birol on announcing the release of the report, A 10-Point Plan to Reduce the European Union’s Reliance on Russian Natural Gas. “Russia’s use of its natural gas resources as an economic and political weapon shows Europe needs to act quickly to be ready to face considerable uncertainty over Russian gas supplies next winter. . . . Europe needs to rapidly reduce the dominant role of Russia in its energy markets and ramp up the alternatives as quickly as possible.”

After offering a small shred of hope that it might be persuaded to keep its remaining power reactors in operation a bit longer to reduce its dependence on Russia for energy, Germany has opted to continue with its nuclear phaseout. The last three operating German reactors, Neckarwestheim-2, Isar-2, and Emsland, are slated for shutdown later this year.

Belgium’s seven-party coalition government this morning announced via press conference a tentative agreement to close the nation’s two nuclear power plants by 2025, confirming a commitment made in October of last year when it took office. Plant closures are scheduled to begin in 2022.

A pronuclear think tank in Belgium has written a letter to the country’s prime minister, Alexander De Croo, urging him to reevaluate the government’s plan to phase out nuclear power generation by 2025 and replace it with gas power.

Belgium’s National Institute of Radioelements (IRE) announced on April 30 that it has produced its first batch of commercial molybdenum-99 from low-enriched uranium (LEU) targets. The first batch of Mo-99, whose decay product, technetium-99m, is used in nuclear medicine for diagnostic imaging, was produced for the U.S. health market. IRE said that the conversion to LEU represents a key milestone for the institute in the global commitment to end the civilian use of highly enriched uranium (HEU) for the production of Mo-99.