Nuclear reactors have evolved to achieve more than just electricity generation and should be part of the U.K.’s plan to reach net-zero emissions by 2050. Photo: Royal Society, authors provided

The United Kingdom needs to start rebuilding its capacity to generate nuclear power, according to an opinion article published Wednesday on The Conversation by two members of the U.K.-based Bangor University faculty.

Bill Lee, a professor of materials in extreme environments, and Michael Rushton, a senior lecturer in nuclear energy, argue that the plan by the Committee on Climate Change, which advises the U.K. government on the effort to reach net-zero emissions by 2050, is “strangely silent on nuclear power.”

“The world needs a mix of renewable power sources, including one that can carry on producing power when the others can’t—the sun doesn’t always shine and the wind doesn’t always blow,” British journalist Jonathan Gornall writes in an opinion piece posted Wednesday on the Asia Times website. Gornall argues that the residents of Suffolk County in the United Kingdom would be better served by the expansion of the Sizewell nuclear power plant than by leaving a wooded area untouched.

RWM’s new research office will study geological disposal of nuclear waste in the U.K.

Radioactive Waste Management (RWM), the U.K. government organization tasked with planning for a geological disposal facility (GDF) for radioactive waste in the United Kingdom, announced on August 4 that, in partnership with the University of Manchester and the University of Sheffield, it has established the Research Support Office (RSO) to “harness the U.K.’s vast array of research capabilities in geo-disposal science and technology.”

The new office is to provide RWM with independent research to help guide the organization in designing and building a U.K. deep geological facility for the permanent disposal of high- and intermediate-level waste.

A report published last week by Energy Systems Catapult, a U.K.-based clean energy nonprofit, concludes that adding double-digit gigawatts of new nuclear is a “low-regrets option” for the United Kingdom as it strives to achieve net-zero carbon emissions by 2050. (Legislation establishing the 2050 target date was signed in June of last year, making the United Kingdom the first of the world’s major economic powers to take that step.) The report also stresses, however, that costs for new nuclear must decrease significantly for the technology to meet its potential.

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.

The global engineering company Jacobs, under a contract with Radioactive Waste Management Ltd. (RWM), will be studying the release of radioactivity from irradiated graphite taken from reactor core samples at the United Kingdom’s nuclear power plants. According to Jacobs, the research will support RWM, a subsidiary of the U.K. government’s Nuclear Decommissioning Authority, in its analysis of graphite behavior and the options for graphite waste management in the future.

Following a comprehensive and open national consultation, the United Kingdom’s Radioactive Waste Management (RWM) organization on February 18 published its approach to evaluating possible sites in England and Wales for a deep geological disposal facility. A wholly owned subsidiary of the U.K. government’s Nuclear Decommissioning Authority, RWM will be responsible for the siting, construction, operation, and eventual closure of a disposal facility for the United Kingdom’s high-­ and intermediate-­level radioactive waste.