DOE Under Secretary for Nuclear Security and NNSA Administrator Frank Klotz visited Kansas City today just in time to pack the last crate at the Bannister Federal Complex, marking the final day of an 18-month move to the National Security Campus eight miles south of the old facility. His crate was one of 30,000 packed since January 2013. In all, more than 3,000 truckloads transported thousands of pieces of equipment, some weighing as little as six ounces to a milling machine weighing 87,000 pounds. Later in the day, General Klotz thanked everyone who was involved in this massive effort at an all-hands meeting at the new facility. He congratulated them on completing 99.9 percent of their deliverables on time and on budget while completing one of the largest industrial moves in the country.
Learning techniques to combat nuclear trafficking, touring the world’s first plutonium production reactor, and spending time analyzing radiation detection methods in a state-of-the-art underground laboratory are not opportunities available to most students. These are just a few of the activities that students recently participated in at the third annual Radiation Detection for Nuclear Security Summer School.
Co-sponsored by Pacific Northwest National Laboratory (PNNL) and NNSA’s Office of Defense Nuclear Nonproliferation Research and Development, the program brought 13 graduate students from across the country to Richland, Wash., for hands-on training in detecting radiological signatures relevant to nuclear security. Participants engaged in interactive discussion and activities on a variety of technical, policy, and operational challenges, including the Fukushima incident response, NNSA’s technology-focused threat reduction program, and the nuclear fuel cycle.
The two-week course provides students with a unique understanding of nuclear security challenges and real-world constraints faced in the field. It is designed to expose them to the technical foundations, analysis and insight that will fuel future research and careers in nuclear security.
PNNL physicist Bob Runkle (middle) explains the nuances of neutron detection to physics students Matthew Michalak, Univ. of Wisconsin Madison, and Emily Jackson, Univ. of Massachusetts Lowell, during a testing exercise at PNNL’s Large Detector Laboratory.
2014 Radiation Detection for Nuclear Security Summer School students and instructors.
Every year, NNSA’s Pantex Plant uses thousands of pounds of paper that must be destroyed to protect sensitive information. For the vast majority of that paper, a trip through the shredder is not the end of its purpose, but only a beginning.
After spending a few weeks composting in a pile of feedlot waste, the paper goes on to help fertilize thousands of acres of crops across the Texas Panhandle and beyond, beneficially reusing a valuable resource and saving massive space in the landfill.
The idea to use waste paper for compost sprouted about 10 years ago when the Waste Ops Department was looking for a better outcome for the paper than burying it in the landfill. Traditional recycling was considered, but it can be expensive and difficult to find a recycler to take paper shredded as finely as security requirements at Pantex mandate.
NNSA’s Office of Nonproliferation and International Security (NIS) received two awards from the National Association of Government Communicators (NAGC) Blue Pencil and Gold Screen Awards Competition. It received First Place in the External Newsletter category and an Award of Excellence in the Annual Report category for its FY 2012 report.
The NAGC Blue Pencil & Gold Screen Awards Competition salutes superior communication efforts of government agencies and recognizes the people who create the products. Blue Pencil Award categories are designed for writing, editing, photography, and published products such as magazines, books, newsletters and other materials. Gold Screen Award categories recognize audiovisual and multimedia products, including broadcast and internet‐based products.
All entries were judged by a team of professional communicators based on criteria including the purpose, target audience, writing, design, cost effectiveness, and determination of success.
Read more about the event here.
Read more about the competition here.
B&W Y‑12 employee and tour guide Bill Wilburn, left, chats with Teresa Neas, and her husband Kim, whose mother, Audeane Bowers-Neas, worked at Y‑12 in the 1940s. Tours of Y‑12 on June 13 brought almost 500 visitors. Tourists from 23 states and the District of Columbia toured the site as part of Oak Ridge’s 12th annual Secret City Festival. Photo by Scott Fraker
Former Y-12 employee James Spicer points out the various ID badges used at the site during its 70-year history to his grandson Matthew Sellers. Spicer and Sellers joined almost 500 visitors who toured Y-12 as part of the Secret City Festival. Y-12 has been giving tours of the site for almost 10 years with guests traveling from all over the world to see a piece of history and learn how the site still is ensuring our country’s security. Photo by Scott Fraker
To improve efficiency across the nuclear security enterprise, NNSA recently transferred the mission assignment of several product families from Sandia National Laboratories to the Kansas City Plant. The mission reassignment better aligns responsibilities with each site’s core competencies and will leverage Kansas City’s Supply Chain Management systems and tools.
Leaders from both organizations were at the National Security Campus in Kansas City on June 24 to sign the transfer agreement and finalize the details.
The Production Agency mission transfer includes Frequency Devices, Power Assemblies, Magnetics and certain Custom Pulse Discharge Capacitors. There will be no change in production agency mission assignment for all other Sandia External Production (SEP) product families: Switch Tubes, Electronics Packaging, Power Sources and Explosive Devices.
Pictured left to right: Steve Goodrum, NNSA Asst. Deputy Administrator of Stockpile Management; Chris Gentile, Honeywell FM&T President; Paul Hommert, Sandia Director
DOE recently awarded Chris Fischahs of Los Alamos its annual Safety System Oversight (SSO) Award. At the time of the award, Fischahs was an SSO staff member of the Safety Evaluation Team at NNSA’s Los Alamos Field Office.
The award is national recognition of the extensive safety systems oversight Fischahs performed in 2013 and the resulting improvements in operational safety at Los Alamos National Laboratory. His operational awareness and oversight activities consistently provided Los Alamos Field Office managers with accurate, objective information on the performance of safety systems.
Examples of his oversight activities in 2013 were four vital safety systems assessments that led to safety improvements; input to a federal-integrated project team that led to improved safety systems designs for the LANL Transuranic Waste Facility project; participation in an important federal operational readiness review; and cross-cutting assessments of engineering processes and procedures that resulted in improved overall performance of all safety systems at LANL.
Brig. Gen. Jim Dawkins, NNSA’s Principal Assistant Deputy Administrator for Military Application, presented Col. Emil Kabban with the NNSA Defense Programs Excellence award during a ceremony honoring Kabban’s retirement from the military. Kabban, Chief Systems Engineer and Executive Director in the NNSA’s Defense Programs Systems Engineering and Integration Office, served nearly 27 years in the U.S. Air Force.
Sandia National Laboratories recently hosted students from various tribal colleges and universities. During the event, Sandia’s Stan Atcitty and Julius Yellowhair lead tours of renewable energy work at Sandia.
Julius E. Yellowhair shows students molten salt receivers at the National Solar Thermal Test Facility (Solar Tower).
Stan Atcitty shows students energy modeling at the Distributed Energy Technologies Laboratory.
Los Alamos National Laboratory recently installed a new high-performance computer system, called Wolf, which will be used for unclassified research. Wolf will help modernize mid-tier resources available to the lab and can be used to advance many fields of science.
Wolf, manufactured by Cray Inc., has 616 compute nodes, each with two 8-core 2.6 GHz Intel “Sandybridge” processors, 64 GB of memory and a high-speed Infiniband interconnect network. It utilizes LANL's existing Panasas parallel file system as well as a new one based on Lustre technology.
About the photo: The Wolf computer system modernizes mid-tier resources for Los Alamos scientists.