WASHINGTON, D.C. - Today, the U.S. Department of Energy (DOE) announced up to $35 million for 24 projects to support early-stage, innovative technologies and solutions in advanced manufacturing. These projects were selected under an Office of Energy Efficiency and Renewable Energy (EERE) Advanced Manufacturing Office funding opportunity, focused on advanced materials, advanced processes, and modeling and analysis tools for materials and manufacturing.
This funding opportunity allows selected projects to perform early-stage research and development (R&D) of new, advanced manufacturing technologies as well as encourage R&D contributions from new partners. Successful projects will reduce technical uncertainty and develop new knowledge associated with potential breakthrough materials, processes, and tools for U.S. manufacturers that could improve their competitiveness and enhance their energy efficiency.
The selected projects vary in levels of maturity and industry-readiness – from concept definition (focused on specific experimental proof or detailed analysis) to proof-of-concept (requiring physical experimental validation). As a result, proposed funding levels and project durations are tailored to the workscopes necessary to advance the technologies to the proposed readiness levels. Individual awards vary between $250,000 and $2.5 million.
The list of selected projects are below:
AK Steel Corporation
Argonne National Laboratory
Bio2Electric, LLC d.b.a. EcoCatalytic Technologies
Board of Trustees of the University of Illinois
Boston Electrometallurgical Corporation
Colorado State University
Dana-Farber Cancer Institute
Energy & Environmental Research Center
FeNix Magnetics, Inc.
Idaho National Laboratory
Iowa State University
Lawrence Livermore National Laboratory
Massachusetts Institute of Technology
Michigan State University
Saint-Gobain Ceramics and Plastics, Inc.
Solar Turbines Incorporated
Starfire Industries LLC
United Technologies Research Center
University of California: Los Angeles
University of Maryland: College Park
University of Texas at Dallas
Zyvex Labs, LLC
Dear D&D Community,
On July 24, 2017, ASTM International’s E10 Committee on Nuclear Technology and Applications published two new international standard specifications for fixative technologies that aim to immobilize radioactive contamination, minimize worker exposure, and protect uncontaminated areas against the spread of radioactive contamination during the decommissioning of nuclear facilities.
The first specification (E 3104-17, Specification for Strippable & Removable Coatings to Mitigate Spread of Radioactive Contamination) establishes performance specifications for a coating that is intended to be removable during subsequent decontamination operations. The second specification (E 3105-17, Specification for Permanent Coatings Used to Mitigate Spread of Radioactive Contamination) is for coatings that are intended to be permanent, non-removable, long-term material for fixing contamination in place during decommissioning.
The E10 Committee, through the E10.03 Subcommittee on Radiological Protection for Decontamination and Decommissioning of Nuclear Facilities and Components, has moved forward with creating consensus based standards for D&D technologies that are not only aligned with technical specifications, but also account for the safety, regulatory, and operational requirements encountered during D&D activities. The intent is to promulgate relevant, uniform testing protocols that can be leveraged across the nuclear environmental management community, and support decision makers and end users with common references in the selection and employment of those standards and associated technologies.
The E10 Committee and its associated Subcommittees is comprised of approximately 130 international members from government, research laboratories, academia, and the private sector, and employs a collaborative process that bridges organizational boundaries and cultures to achieve consensus on industry standards for uniform testing and evaluation of technologies and processes. As this effort expands, the ASTM International E10.03 Subcommittee will be pursuing further testing protocol and standards development for not only fixatives, but other technology categories associated with D&D as well, and highly encourages other interested members from the international D&D community to join.
Updates on this process will be provided via the D&D Knowledge Management Information Tool (D&D KM-IT), a community-driven website available athttps://www.dndkm.org
Research Scientist, D&D Technology Development, Testing, and Evaluation in support of DOE Environmental Management Cooperative Agreement
Chairman, ASTM International E10.03 Subcommittee on Radiological Protection for Decontamination and Decommissioning of Nuclear Facilities and Components
Applied Research Center
Florida International University
10555 W. Flagler St
Check out the
new project management lessons learned on the D&D Knowledge Management
Information Tool (D&D KM-IT). The Department of Energy, Office of
Environmental Management (EM),
The German government has reached an agreement with GNS Gesellschaft für Nuklear-Service mbH on transferring GNS's interim storage activities. Under legislation that came into force last December, the government assumed responsibility for the intermediate storage and final disposal of the country's radioactive waste.
GNS announced yesterday it has now reached an agreement with BMUB for the transfer of its share in BGZ. As from 1 August this year, the federal government will become the sole owner of BGZ.
As part of the agreement, GNS will transfer its interim storage activities to the government, including the existing central interim storage facilities in Ahaus and Gorleben. Some 80 GNS employees at both sites will be transferred to BGZ, while around 70 GNS employees at its headquarters in Essen will become responsible for the administration of BGZ.
The management of 12 on-site interim storage facilities at German nuclear power plants will also be transferred to the federal government starting in 2019, GNS said.
GNS chairman Hannes Wimmer said, "We are pleased that our interim storage organisation, which has been tried and tested for more than two decades, is the seed of the new federal interim storages company. This means not only the preservation of all existing GNS jobs involved in temporary storage, but also ensures our comprehensive competence for the continued operation and organisation of all German interim storage facilities with radioactive waste from German nuclear power plants."
PreussenElektra GmbH chairman Guido Knott, also chairman of GNS's supervisory board, said: "By transferring the interim storage activities of GNS and, subsequently, the on-site interim storage facilities to the government, German energy suppliers are making an important contribution to the reorganisation of the responsibility for radioactive waste disposal." He added, "With the other core competences of GNS - ranging from container development and fabrication to disposal services - the new GNS, government and operators will continue to be committed and highly professional."
Following the Fukushima accident in March 2011, the government of German Chancellor Angela Merkel announced the withdrawal of the operating licences of eight German nuclear power plants and revived plans to phase out nuclear power by 2022.
In October 2016, the German cabinet adopted a draft bill on financing the decommissioning of the country's nuclear power plants and management of its radioactive waste. The bill came into force in December. Under the draft, the reactor owners involved - EnBW, EOn, RWE and Vattenfall - must pay some €23.6 billion ($25.7 billion) into a state-owned fund for decommissioning of the plants and managing radioactive waste. The amount includes a 35.5% risk premium which exempts them from having to make any additional contributions to the fund.
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PIKETON, Ohio – The Department of Energy Portsmouth Site and cleanup contractor Fluor-BWXT Portsmouth (FBP) recently finished deactivating the first floor unit of the X-326 Gaseous Diffusion Process Building, a milestone in preparing the cell for demolition.
“The levels of skill and effort being invested in this project are showing positive returns as we reach this milestone safely and on schedule,” said Robert Edwards, manager of EM’s Portsmouth/Paducah Project Office (PPPO).
"Our goal is to keep this momentum while getting the remainder of X-326 ready for demolition and further advancing the deactivation of the next process building, the X-333.”
Deactivating a facility involves removing hazardous and radioactive materials, verifying that criticality is not possible, and de-energizing and disconnecting nonessential systems. Deactivation of cell floor unit 25-6 came after five and a half years of work that included improvements to the nondestructive assay (NDA) program. NDA measures the quantities of uranium in pipes and equipment.
“Previously, we were doing quantitative NDA measurements, which isn’t necessary in all cases,” said Jeff Stevens, FBP’s deputy project manager.
“By using a systematic approach that focuses on scanning for ‘hot spots,’ NDA can finish its work faster, which allows us to move forward sooner.”
Covering more than 30 acres, the two-story X-326 is one of three massive Portsmouth buildings used for uranium enrichment for national defense beginning in 1954 and later for nuclear energy purposes until 2001. A unit in the building contains 20 cells, each of which includes 12 stages containing motors, compressors, converters and coolers.
FBP Process Building Deputy Director James Miller said the team surgically removed components and equipment from unit 25-6.
“Significant efforts during pre-job planning and excellent coordination among the multidisciplinary team ensured timeliness and superior safety performance,” Miller said.
Focus shifted to characterizing the building’s remaining bypass and auxiliary equipment after workers safely finished removing more than 7,000 components of process gas equipment in 2016.
PPPO Portsmouth Site Lead Joel Bradburne said EM is balancing resources between X-326 and X-333 while sequencing deactivation, demolition and waste disposal.
“By sharing resources that would otherwise be in standby, crews can keep working on schedule and under budget,” Bradburne said. “We’re gaining momentum on our deactivation work, and that means we’re gaining momentum on the overall D&D project.”
CH2M Hill Plateau Remediation Co. had no forced layoffs in the first of three rounds of job cuts.
The Hanford nuclear reservation contractor announced in March that it needed to cut as many as 250 jobs in three rounds of layoffs starting in May.
Work could be completed this year on two of CH2M’s Hanford projects, demolition of the Plutonium Finishing Plant and cleanup of the 618-10 Burial Ground.
CH2M was able to find positions for 90 workers on those projects elsewhere at CH2M in advance of layoffs set for the end of last week.
Another seven workers applied for voluntary layoffs and were approved.
In addition, five union workers lost their CH2M positions, but took the jobs of union workers with less seniority with other Hanford contractors in what Hanford calls a “bump and roll.” Those five workers could have been laid off if other positions were not available.
CH2M could lay off up to about 150 workers yet in the next two rounds of job cuts, which are set for the end of July and in September.
Hanford contractor Mission Support Alliance, which provides sitewide services, also announced plans in March to cut up to 50 positions, but did not expect to take action before July.
People may not realize
the important role robots play in helping us to clean-up our nuclear
The image people have in mind when they think about robots
is very different from the reality of the cutting-edge remote technology being
used on our sites.
Many of the clean-up decommissioning challenges we
face at our sites often involve working in hazardous environments. With our
main aim to keep our people safe, remote technology really comes into its own.
It can also be instrumental in helping us achieve our mission sooner.
Investing in solutions
The NDA invests
around £85 million each year into technology and innovation to help find
solutions to the decommissioning challenges and ultimately clean up 17 of the UK’s earliest nuclear sites sooner
and cheaper. Use of new technology can mean safer sites and better
value for money to the UK taxpayer.
A fantastic example of where the benefits of robotics
are being reaped, is at Sellafield. The site, in west Cumbria, is Europe’s
largest and most complex nuclear site, dating back to the 1940s. The site,
like our 16 other sites, is being cleaned-up and decommissioned. Remote
technology is helping to cut up old materials like vessels, support structures,
flasks and pipework in areas that are hard or too dangerous to get into.
The LaserSnake2 technology successfully deployed at
Sellafield last year was a world first in combining laser cutting and snake-arm
robotics to cut up radioactive vessels.
The project was
collaboratively funded by Innovate UK and
the NDA and is a great example of specialist organizations and the wider supply
chain helping us to develop the technology we need. By 2020 we hope to
see 30 per cent of our spend with the supply chain going to Small and
Medium-sized Enterprises (SMEs).
Organizations wanting to find out how they can win
business in the nuclear decommissioning sector should register to come along to our Supply Chain Event, on
November 2 – the
largest of its kind in Europe and aimed at suppliers of all sizes. In
particular, we're looking forward to the showcase of the latest gizmos, gadgets
and technologies in the innovation zone at this event that focuses on the
challenge of nuclear decommissioning.
Building on the
success of projects such as Lasersnake2, together with Sellafield Ltd and
Innovate UK, we've had an excellent response to our recent innovation
competition. Over 200 organizations, with
various new approaches - some including the use of
robotics, responded to the opportunity to apply for a share
in £3.5 million to help solve our nuclear decommissioning challenges.
The window for applications closed in April this year.
I’m delighted to say that NDA and Innovate UK will be able to support more
proposals, due to the high quality of the submissions. We'll be ensuring
these are aligned and link to the government’s Industrial Strategy
Challenge Fund which is also focusing on robotics.
I can’t wait to see how these projects develop and
help drive forward the progress being made in nuclear decommissioning through
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The tunnel found Tuesday with a partially collapsed roof was unusual even for Hanford.
The nuclear reservation near Richland produced plutonium for the nation’s nuclear weapons program from World War II through the Cold War by irradiating uranium fuel and then using huge chemical processing plants to extract the plutonium.
PUREX was the last of five processing plants built. They were sometimes called canyons because they were long and narrow buildings with high ceilings.
Irradiated uranium was brought to the massive PUREX plant by rail, but the railroad tracks also had a second use.
A 500-foot-long extension of the rail line was built to access a novel disposal system for large pieces of highly radioactive equipment.
Two tunnels were built to store the waste.
A remotely controlled electric engine pushed railroad cars loaded with highly contaminated items from the plant into the tunnels, according to a Hanford risk review prepared in 2015 by the Consortium for Risk Evaluation and Stakeholder Participation, or CRESP.
Copyright 2014 D&D KM-IT.