ANS student members are encouraged to apply to the Washington Internships for Students of Engineering (WISE) program for the opportunity to spend next summer exploring the intersection of technology and policy in Washington, D.C.

“WISE provides a unique opportunity for ANS student members to learn about how our government deals with technologically complex issues,” said ANS Fellow and WISE program coordinator Alan Levin. “Past interns have said that the program is a challenging and enjoyable experience that gave them new perspectives on engineering and government; for some, the program influenced their choice of post-graduate study and/or career.”

Garrick

B. John Garrick, ANS Fellow and member since 1956 and an international authority on quantitative risk assessment, died on November 1 due to complications from a fall. He was 90.

Garrick, a distinguished adjunct professor of materials science and engineering at the University of California at Los Angeles, established his trailblazing theory on risk sciences in his Ph.D. thesis, which contributed to building the foundation of probabilistic risk assessment. Also referred to as quantitative risk assessment, it offers a guide to corrective actions to eliminate threats and to best practices for managing low-probability, high-consequence events resulting from natural and man-made disasters.

Wisconsin-based SHINE Medical Technologies announced on November 4 that its Therapeutics division has made its first commercial sales of lutetium-177 to multiple customers. Lu-177 is a therapeutic isotope in demand by clinical trial sponsors because of its potential to treat a range of cancers.

SHINE said that its production process enables the company to produce the high specific activity, non-carrier-added Lu-177 that is required by today’s clinical trials. In the short term, SHINE will produce Lu-177 at Building One of the company’s Janesville campus while a larger facility is being constructed exclusively for the production of the radioisotope. Building One, which was completed in 2018, houses SHINE’s first integrated, full-size production system and is used to train staff and develop operating history with the equipment.

Groundbreaking for the larger facility is expected in November. According to SHINE, the new production facility will be able to scale to support the company’s anticipated Lu-177 demand for the next five years. It will be capable of producing more than 300,000 doses of Lu-177 per year, the company said.

The Nuclear Regulatory Commission on October 29 imposed a civil penalty of $606,942 on the Tennessee Valley Authority for violating the agency’s rules involving employee protection, after proposing the fine and issuing four related violation notices in August.

Following investigations completed in October 2019 and January 2020, the NRC concluded that two former TVA employees had been subjected to reprisals for raising concerns regarding a chilled work environment.

In a November 4 Federal Register notice, the NRC notes that TVA responded to the proposed fine on September 23, denying all four violations and arguing (unsuccessfully) that “if the NRC continues to believe that the violations occurred, then at a minimum the NRC should reduce the severity level of the alleged violations and commensurately reduce the civil penalty.”

The U.K. National Nuclear Laboratory’s Colin Fairbairn (left) and Ben Smith (in pre-COVID days) work on the Box Encapsulation Plant (BEP) robots project at the NNL’s facility in Workington, Cumbria, U.K. Photos: UKNNL

Though robotics solutions have been used across many industries, for many purposes, Sellafield Ltd has begun to bring robotics to the U.K. nuclear industry to conduct tasks in extreme environments. The Sellafield site, in Cumbria, United Kingdom, contains historic waste storage silos and storage ponds, some of which started operations in the 1950s and contain some of the most hazardous intermediate--level waste in the United Kingdom. There is a pressing need to decommission these aging facilities as soon as possible, as some of them pose significant radiation risk.

Although a much-discussed October 12 story from Bloomberg headlined “Exelon Weighs Shedding Nuclear Plants, Other Non-Utility Assets” went unconfirmed, a new report from Greentech Media says that confirmation has now taken place.

Wagner

John C. Wagner, ANS Fellow and member since 1991, has been named as the next director of Idaho National Laboratory, Battelle Energy Alliance (BEA) announced on Thursday. BEA manages and operates the laboratory for the Department of Energy.

Wagner will begin his new role on Dec. 11. He has been at INL since 2016 and has been an associate laboratory director for Nuclear Science and Technology since 2017.

Craig Piercy

This month’s issue of Nuclear News focuses on the People of Nuclear and what it means to be a member of the “Fellowship of the Atom.”

The nuclear science and technology (S&T) community in the United States and around the world has had a tumultuous existence since the early days of Curie, Fermi, and Rickover. As one friend puts it, “I’ve seen the demise of nuclear four different times, but we’re still here.”

Mary Lou Dunzik-Gougar

In the August issue of Nuclear News, I asked if you’ve ever wondered why nuclear isn’t commonly considered the choice for clean power production. In that and subsequent columns, I provided some information about the cleanliness, safety, and reliability of nuclear for your use in everyday conversation as you make the case for this clean energy source. This month, let’s tackle the scalable and sustainable aspects of nuclear.

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.”

Illustration of Core Power’s modular MSR concept. Image: Core Power

Core Power is a tiny startup that is bullish on the prospects for nuclear-powered ocean transportation. The company announced on November 2 that it is part of a team that has applied for a cost-shared award from the Department of Energy’s Advanced Reactor Demonstration Program (ARDP) to build a prototype molten salt reactor (MSR). Core Power believes that MSRs could be used for propulsion or electricity generation to decarbonize the world’s commercial shipping fleet.

Based in London, England, Core Power is the only non-U.S. member of the team, which includes TerraPower, Southern Company, and Orano USA. As a marine engineering firm, Core Power says that it offers its ARDP partners “access to pent-up demand from a market with real customers.” An announcement of ARDP “risk reduction for future demonstrations” award winners is expected in December.

The National Nuclear Security Administration has launched RAINS—the Reporting Assistant for International Nuclear Safeguards website—intended to assist users with the requirements surrounding international nuclear safeguards.

Nuclear safeguards are designed to verify that all nuclear material declared by a nation-state is not diverted for non-peaceful uses; detect any misuse of declared facilities or locations outside facilities; and detect any undeclared nuclear material or activities in the nation-state.

Artist’s rendering of a Holtec SMR-160 plant. Image: Holtec International.

Holtec International announced yesterday a drive to secure Nuclear Regulatory Commission design certification of the company’s SMR-160 small modular reactor on an accelerated schedule.

According to the announcement, Holtec met with NRC officials and staff on September 30 to present a licensing roadmap that charts what the company referred to as a “seamless progression from [10 CFR Part 50] to [10 CFR Part 52] and a licensing topical report submittal schedule to support an accelerated availability plan for our global customers.”

The first planned submittal, scheduled to occur within the next few weeks, is a topical report covering the SMR-160’s essential safety features: the Passive Core Cooling System (PCCS) and Passive Containment Heat Removal System (PCHR). These systems, Holtec said, “undergird the SMR’s guaranteed safety under the various operational occurrences and hypothetical accidents that may afflict the plant.”

The submittal also aims to demonstrate that the PCCS and PCHR comply with the NRC’s General Design Criteria (Part 50, Appendix A), “an important enabler to expedite licensing efforts,” according to Holtec.

Illustration of a Mars transit habitat and nuclear electric propulsion system. Image: NASA

NASA aims to develop nuclear technologies for two space applications: propulsion and surface power. Both can make planned NASA missions to the moon more agile and more ambitious, and both are being developed with future crewed missions to Mars in mind. Like advanced reactors here on Earth, space nuclear technologies have an accelerated timeline for deployment in this decade.

Space nuclear propulsion and extraterrestrial surface power are getting funding and attention. New industry solicitations are expected this month, and a range of proposed reactor technologies could meet NASA’s specifications for nuclear thermal propulsion (NTP). Nuclear electric propulsion could increase the feasibility of crewed missions to Mars with a shorter transit time, a broader launch window and more flexibility to abort missions, reduced astronaut exposure to space radiation and other hazards, expanded payload mass capabilities, and reduced cost.

A graphic representation showing how the 242-A Evaporator creates storage space in the double-shell tanks at the Hanford Site. Image: DOE

Improvements to Hanford’s 242-A Evaporator Facility continue to be made as the Department of Energy prepares to begin its direct-feed low-activity waste (DFLAW) approach to treating radioactive liquid waste at the site near Richland, Wash. The DOE announced on November 3 that its Office of River Protection and contractor Washington River Protection Solutions (WRPS) have completed several major upgrades and repairs at the evaporator, and more are planned.

Used to reduce waste volume by removing liquid from Hanford’s underground storage tanks, the 242-A Evaporator is fundamental to the Hanford Site tank waste mission and will play an essential part in the DFLAW treatment approach, according to the DOE.

The Belarusian nuclear power plant. Photo: Rosatom

Belarus on November 3 became the latest nation to begin generating electricity with nuclear energy when Unit 1 of the Belarusian nuclear plant was connected to the country’s power grid.

The Belarusian construction project, located in the Grodno region of Belarus, features twin 1,109-MWe pressurized water reactors, supplied by Rosatom, Russia’s state-owned nuclear energy corporation. The units are VVER-1200 Generation III+ designs, model AES 2006. Just last week, a VVER-1200 was connected to the Russian grid at the Leningrad plant.

The start-up program for Unit 1 began on August 7, when the first fuel assembly with fresh nuclear fuel was loaded into the reactor, according to a Rosatom press release. The reactor achieved first criticality on October 11.

Once fully completed, the plant is expected to supply approximately 18 billion kWh of low-carbon electricity to the Belarus national grid every year, Rosatom said.

Artist’s rendering of the Sizewell site, with Sizewell C at right. Image: EDF Energy

A BBC News story from late last week states that the U.K. government “is close to giving the green light” to EDF Energy’s proposed Sizewell C nuclear new build project in Suffolk, adding that details surrounding the project’s financing “are still being hammered out.”

The Sizewell C station, consisting of twin European pressurized reactors (EPRs), would be built next to Sizewell B, a 1,198-MWe pressurized water reactor that began operation in 1995. (The Sizewell site also houses Sizewell A, a 290-MWe Magnox gas-cooled reactor, but that unit was permanently shuttered in 2006.) Sizewell C would be a near copy of the two-unit Hinkley Point C station, currently under construction in Somerset.

The Government Accountability Office (GAO) released a report on October 29 outlining potential issues regarding a 2018 Department of Energy order on how the department, the National Nuclear Security Administration, and their contractors interact with the Defense Nuclear Facilities Safety Board (DNFSB) and its staff. DNFSB is the independent agency responsible for ensuring that DOE facilities are protective of public health and safety.

According to the 81-page GAO report, provisions of DOE Order 140.1, issued in May 2018, restricted DNFSB’s access to information essential to its mission, and a subsequent revision of that order has not eliminated concerns that it would hinder DNFSB in carrying out its oversight responsibilities.

Chuck Jones, former FirstEnergy CEO

Akron, Ohio-based FirstEnergy Corporation—former parent of Energy Harbor, the owner of Ohio’s Davis-Besse and Perry nuclear plants—announced on October 29 that it has fired its chief executive officer, Charles “Chuck” Jones, as well as its senior vice president of product development, marketing, and branding and its senior vice president of external affairs.

The actions, according to FirstEnergy, were prompted by an internal company review undertaken in response to the scandal surrounding H.B. 6—the now infamous legislation signed into law last year by Ohio Gov. Mike DeWine that includes subsidies for Davis-Besse and Perry and that is at the heart of an alleged multi-million dollar racketeering and corruption scheme aimed at guaranteeing its passage.

In the announcement, FirstEnergy said only that its review “determined that these executives violated certain FirstEnergy policies and its code of conduct.” Replacing Jones is Steven E. Strah, who had been the firm’s president.

You may have read the abbreviated version of this article in the November 2020 issue of Nuclear News. Now here's the full article—enjoy!

I have enjoyed a long and stimulating career in applied nuclear physics—specifically nuclear reactor physics, nuclear fusion plasma physics, and nuclear fission and fusion reactor design—which has enabled me to know and interact with many of the scientists and engineers who have brought the field of nuclear energy forward over the past half-century. In this time I have had the fortune to interact with and contribute (directly and indirectly) to the education of many of the people who will carry the field forward over the next half-century.