Education

^{DISCLAIMER: The views expressed in posted articles do not necessarily reflect the views of the American Nuclear Society. The views expressed here are those of the individual authors. ANS takes no ownership of their views. The American Nuclear Society assumes no responsibility or liability for any use or operation of any methods, products, instructions, or ideas contained on this site.}

After decades of relinquishing its value and return on investment as “emission-free” electricity generation, segments of the nuclear industry are pursuing actions in several states to secure emission credits for avoiding greenhouse gas emissions. To harmonize electricity market stability and greenhouse gas emission reduction goals, states such as New York and New Jersey have enacted programs to award zero emission credits (ZECs) to nuclear plants for their emission-free output.

Dearly earned and too long forgone, air emission credits have been the economic birthright of the nuclear industry since the passage of the 1990 Clean Air Act (CAA) amendments, when emission control capability first became a tradable commodity. Yet it took until 2016 for ratepayers and shareholders to receive even a small fraction of this valuable return on investment.

Nuclear Energy TV has teamed with the U.S. Nuclear Industry Council (USNIC) to launch the third program in its “Advanced Nuclear Energy Spotlight” series. According to its website, Nuclear TV is a “community-based Internet TV channel for live and on-demand nuclear energy industry video programming."

As part of a fellowship program between the Department of Energy’s Office of Environmental Management and Florida International University, a group of FIU students participated in a summer internship initiative called the Science and Technology Workforce Development Program. The program is run in conjunction with Washington River Protection Solutions (WRPS), the Hanford Site’s tank operations contractor in Washington state.

Teachers and parents around the nation are learning about Navigating Nuclear: Energizing Our World—a K-12 nuclear science curriculum that now features content for all grade levels and can be accessed at ans.org/navigatingnuclear. The free online materials are classroom-ready, and include virtual field trips, project starters, and lessons available to every teacher and parent.

With back-to-school season upon us, the American Nuclear Society (ANS) is excited to announce that our Navigating Nuclear: Energizing Our World curriculum now reaches all grade levels and can be accessed at ans.org/navigatingnuclear.

ANS is celebrating Actinide Days by giving some exceptional radioisotopes the credit they deserve on social media, and today it’s double the fun, with both plutonium-238 and uranium-238 getting a turn in the spotlight. While the actinides may be buried in the bottom row of the periodic table, isotopes of these elements are hard at work in applications in medicine, industry, power, and space. Visit ANS on Facebook, Instagram, and Twitter to join the conversation and speak up for your favorite actinides.

There are reasons that individual researchers might seek to update their name on previously published work, including marriage or divorce, gender transition, or a change in religious affiliation. Having a former name listed on journal articles can cause significant problems for researchers applying for a new position or grant, effectively disclosing a personal event and potentially subjecting the individual to discrimination.

ANS has published the second volume of Light Water Reactor Materials, by Donald R. Olander and Arthur T. Motta. The textbook is for upper-division undergraduate and graduate students, as well as for researchers in the field. Volume II, Applications, complements the first volume, Fundamentals, published in 2017.

Motta is a professor and graduate program chair in the Nuclear Engineering Department at Pennsylvania State University. Olander passed away in April of this year. (See a remembrance of Olander written by Motta in Nuclear News, July 2021, p. 117.) Olander's career spanned nearly 50 years at the University of California–Berkeley, where he mentored an entire generation of nuclear materials engineers—including Motta. Following his retirement in 2007, Olander and his former doctoral student—Motta—coauthored Light Water Reactor Materials.

^{DISCLAIMER: The views expressed in posted articles do not necessarily reflect the views of the American Nuclear Society. The views expressed here are those of the individual authors. ANS takes no ownership of their views. The American Nuclear Society assumes no responsibility or liability for any use or operation of any methods, products, instructions, or ideas contained on this site.}

Introduction

In April 2016, the Nuclear Regulatory Commission initiated an investigation that led to enforcement proceedings regarding my actions while employed as the research reactor director at Reed College. In the course of those proceedings, the director of the NRC Office of Enforcement made a finding that I had submitted incomplete or inaccurate information to the NRC in 2015. As part of the resolution we reached, I agreed to outline those events so that others can learn from my experience. I also offered to propose a redraft of ANSI/ANS-15.4, Selection and Training of Personnel for Research Reactors, with an aim of making the challenges I encountered less likely to recur for other research reactor directors.

“You know what power source is more dangerous than nuclear? Literally, all of them. When you add up industrial accidents and the effects of pollution, nuclear is safer than coal or petroleum or natural gas.”

The current orthodoxy on climate change—that it is an existential threat to global civilization—was challenged on June 15 during the 2021 ANS Virtual Annual Meeting's President’s Special Session, which featured two prominent dissenters from that view, Michael Shellenberger and Mark P. Mills.

The next nuclear engineering PE exam will be conducted nationwide on Wednesday, October 20, 2021, and registration is now open. Examinees may reserve their seat up to a year in advance at a Pearson VUE testing center once they are registered with the National Council of Examiners for Engineering and Surveying (NCEES) and are approved by their state board. Candidates are encouraged to reserve their seat for this single-day event as early as possible. You can access your state requirements through links provided on the NCEES website or the website of the National Society of Professional Engineers.

A new video, Finland Might Have Solved Nuclear Power’s Biggest Problem, debuted on YouTube this morning and has been seen already by a large number of viewers. The video takes a look at Finland’s efforts to lessen its reliance on foreign energy and meet its goal of carbon neutrality by 2035 with nuclear power, as well as to provide a solution to the problem of spent nuclear fuel.

This year, the American Nuclear Society Scholarship Policy and Coordination Committee, the ANS divisions, and the ANS local sections have awarded 78 scholarships for the 2021–2022 academic year. The scholarships total to $203,000 of support for students pursuing degrees in nuclear science and technology.

The American Nuclear Society has adapted to the increased digital world during COVID-19. An example of this new flexibility is ANS’s expanded online programming, which presented 28 webinars in 2020, some of which were available only to ANS members. This year during the first quarter, ANS has produced 16 programs on a range of topics, such as the review of the Fukushima accident, the Nuclear Non-Proliferation Treaty at 50 years, and the Spotlight series on the Department of Energy’s national laboratories. The webinars have been well attended and have sparked engaging discussion while most of the world was semi-quarantined.

ANS celebrated the launch of the newest Navigating Nuclear virtual field trip, “Nuclear Frontiers: Powering Possibility,” with a special watch party held on May 19. The video, which was viewed more than 70,000 times in the first week alone, explores the amazing ways that nuclear science is fueling earthly innovation and deep space exploration.

Join ANS on May 21 from 1:00 p.m. to 2:30 p.m. (EDT) for a webinar that provides a deep dive into the Principles and Practice of Engineering (PE) exam. Register now for the webinar.

The Canadian Nuclear Association (CNA) last week announced that it has signed a memorandum of understanding with the North American Young Generation in Nuclear (NAYGN) to work together to advocate for initiatives that support STEM and the promotion of nuclear science, energy, and technology. Signed earlier this year by CNA president and chief executive officer John Gorman and NAYGN president Amber Von Ruden, the MOU also calls for collaboration on initiatives to recruit and attract students to nuclear.

In partnership with Discovery Education, ANS launched its third virtual field trip on May 6. “Nuclear Frontiers: Powering Possibility” takes students on a journey to learn how Earth-based nuclear science and technology are paving the way in space exploration. It is available on-demand on the Navigating Nuclear website.

Climate activists rarely mention nuclear power as a tool in the battle against climate change, consumer reporter John Stossel comments during the video "The Nuclear Option" on his YouTube channel.