COP29 was good for nuclear energy, but not so good for anything else.

That was one of Seth Grae’s takeaways from this year’s Conference of the Parties—or, United Nations Framework Convention on Climate Change (UNFCCC)—held for two weeks in November in Baku, Azerbaijan. Grae, chief executive of Lightbridge Corporation and chair of the American Nuclear Society’s International Council, attended with four other ANS delegates: ANS President Lisa Marshall, Gale Hauck, Shirly Rodriguez, and Andrew Smith.

The fourth nuclear unit at Barakah power plant in the United Arab Emirates has been “safely and successfully” connected to the nation’s grid, according to an announcement by the Emirates Nuclear Energy Corporation. ENEC announced the start-up of the 1,400-MWe pressurized water reactor earlier this month. Nawah Energy Company, ENEC’s operating and maintenance subsidiary, runs the facility.

Sama Bilbao y León is director general of the World Nuclear Association.

The global nuclear sector is at a crucial point. The future of nuclear power looks brighter than it has in many years, but it is up to us to capitalize on the current momentum and make the most of this opportunity.

We have recently seen new proposals and policy announcements from companies and governments around the world indicating a growing recognition of the essential role nuclear energy must play in the future.

Humanity has less than 30 years to reach net zero. Nuclear energy offers a golden opportunity to build a cleaner, more equitable world in which everyone has access to clean, abundant, affordable energy and a high quality of life.

The Intergovernmental Panel on Climate Change (IPCC)—the United Nations body established to assess the science related to climate change—is offering experts an opportunity to review the draft version of its Sixth Assessment Synthesis Report.

IPCC assessment reports are published every six to seven years. The Fifth Assessment Report, completed in 2014, provided the main scientific input to the 2015 Paris Agreement.

Interested experts can register for participation in the review here. Registration is open through March 13. The review period ends on March 20.

The International Atomic Energy Agency has revised upward its projections regarding the potential growth of nuclear power’s capacity for electricity generation over the next three decades. The upward revision is the first by the IAEA since the Fukushima Daiichi accident in 2011.

Released last week, the 148-page report, Energy, Electricity and Nuclear Power Estimates for the Period up to 2050, provides detailed glimpses into possible nuclear futures in North America; Latin America and the Caribbean; Northern, Western, and Southern Europe; Eastern Europe; Africa; Western Asia, Southern Asia, and Central and Eastern Asia; Southeastern Asia; and Oceania. Global and regional nuclear power projections are presented as low and high cases.

Czerwinski

Writing in today’s suburban Chicago Daily Herald, Madison Czerwinski, executive director of Campaign for a Green Nuclear Deal, warns of the damage to Illinois’s clean energy aspirations should the state’s policymakers fail to agree in time on legislation providing some form of aid to Exelon’s imperiled Byron and Dresden nuclear plants, both of which are slated for closure later this year. (And “in time” in this case means the next few weeks.)

Czerwinski notes in a guest column that despite the executive order signed by Gov. J.B. Pritzker in January 2019 committing Illinois to reducing greenhouse gas emissions consistent with the Paris climate agreement, electricity emissions in the state are up from last year by 36 percent—a number that will only grow in the event an acceptable bill is not forthcoming.

The International Atomic Energy Agency has just released its latest projections for energy, electricity, and nuclear power trends over the next 30 years. Compared with the previous year, the new projections are largely unchanged.

In the report's high-case scenario, the IAEA expects a rise in global nuclear electrical generating capacity of 82 percent, to 715 gigawatts. In the low-case scenario, that capacity is expected to drop 7 percent, to 363 gigawatts.

The report is titled Energy, Electricity and Nuclear Power Estimates for the Period up to 2050.

Fig. 1. Geographical spread of U.K. organizations engaged in the U.K. AFCP, including a number of the world leading U.K. universities. Image: NNL

Called “the first significant public investment in a generation,” the U.K. Advanced Fuel Cycle Program (AFCP) is driving innovation to underpin future nuclear deployment in the United Kingdom. Led jointly by the U.K. Department for Business, Energy and Industrial Strategy and the National Nuclear Laboratory (NNL), the program involves more than 40 U.K. organizations, including a number of world-­leading U.K. universities (Fig. 1), and is working with international organizations across more than 10 countries, leveraging U.K. investment into more than £100 million in international programs.