Episode 22 of RadioNuclear is now available. In this episode, we discuss the recent miniseries "Chernobyl", which recently concluded on HBO. We debunk some of the more egregious articles written in the wake of the show (see links to these articles below). We also discuss good ways to engage with individuals who are captivated with the show, and not necessarily familiar with nuclear technology.

Sometimes it feels like we're fighting an uphill battle for nuclear energy - and perhaps we are.

Our latest ANS Nuclear Cafe Matinee film is the latest video update by Southern Company on the progress of the Vogtle nuclear plant expansion.  This video runs just over seven minutes and brings you the details of the construction as of the last quarter of 2018.  Enjoy!

The accident that occurred at Three Mile Island on March 28, 1979, brought about many changes to the nuclear industry. Among the changes was the industry stopping to reflect on current procedures and the training of its employees. Exhorted by the findings of the Kemeny Commission and sponsored by the Department of Energy, industry leaders and training personnel began meeting on improvements to training at the Gatlinburg Conference in the early 1980's.

Used nuclear fuel storage; photo courtesy Oak Ridge National Laboratory, a division of the US Department of Energy

An interesting session at the ANS 2016 Annual Meeting, sponsored by the Fuel Cycle & Waste Management Division, saw the presentation of a number of interesting papers relative to the ever-increasing problem of used nuclear fuel at the various commercial nuclear plant sites in the United States.  Not only does the used fuel (which is a far better term than "spent fuel," these days, since it can conceivably be reused) continue to accumulate at the nuclear plants, but there is also a considerable amount of used fuel being stored at various sites where the nuclear plants have actually been shut down, decommissioned and completely removed for years.  Considering this, and the need to inventory, characterize and eventually move this material, a growing amount of interest is being shown in this field.

Written by Will Davis on location at the ANS 2015 Winter Meeting

The third day of National Nuclear Science Week is focused upon the production of energy by nuclear means-and that means energy that can do work for man. Electric power, steam for heating businesses and homes, and mechanical power for propelling ships are perhaps the best known examples of man's use of nuclear energy.

Shortly before midnight on September 26, 1944, a sustained chain reaction was begun for the first time in a nuclear reactor whose purpose was not merely to prove that fission could be achieved or sustained. The brand new reactor at Hanford Engineer Works, Washington state, had only been complete for about a month; its first uranium fuel had begun loading only on September 13. Incredibly, this facility, of a nature that had never been attempted before (as man had only been aware of fission, itself, for less than a decade) was built in the incredible time span of 11 months; ground had been broken to build the reactor building in October 1943.

In February, the U.S. Department of Energy finally announced the approval of a federal loan guarantee for the Vogtle-3 and -4 reactor project under construction near Waynesboro, Ga. The approval came after four years of negotiations between the government and the utilities involved in the Vogtle project.

In the 1960s, visions for nuclear power were hopeful and plentiful; nuclear plants of all sorts imaginable* were under consideration and under construction in areas both urban and remote, while future plans portrayed an enormous nuclear plant build-out with a complete fuel cycle that included fuel recycling and breeder reactors.

A United States appellate court recently handed down two long-awaited rulings with respect to Yucca Mountain. As most observers expected, both decisions were decidedly in nuclear's favor.

Moniz on Nuclear

Breaking the used nuclear fuel logjam?

The US Department of Energy has a $452 million program to share development and licensing costs for selected small modular reactor (SMR) designs. The DOE's goal is to have an operating SMR by ~2022. Last November, the DOE awarded the first grant to the B&W mPower^TM reactor. In more recent news, the DOE has decided to issue a follow-on solicitation to enter a similar cost-sharing agreement with one or more other SMR vendors (and their SMR designs). The status of development and licensing for several SMR designs are summarized below.

Taxpayers for Common Sense on February 27 issued a press release targeting the Department of Energy for "wasting more than half a billion dollars" on its small modular reactor (SMR) development cost-sharing program. Leaving aside the historically essential role of government investment in developing, advancing, and bringing to market innovative energy technologies-and the fact that early government investments in nuclear energy technology now pay back enormous dividends to all Americans in billions of dollars' worth of affordable and emission-free electricity generation every year-many of the advantages of advanced SMR energy technologies were overlooked or misconstrued in the group's press release and policy brief.