HTGR fuel recycle program

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Dept. of Energy, San Francisco Operations Office, for sale by the National Technical Information Service , [Washington], Springfield, Va
Gas cooled reactors, Reactor fuel reproce
SeriesGA-A ; 14738
The Physical Object
Paginationv. :
ID Numbers
Open LibraryOL14879526M

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An overview of HTGR fuel recycle is presented, with emphasis placed on reprocessing and fuel kernel refabrication. Overall recycle operations include (1) shipment and storage, (2) reprocessing, (3) refabrication, (4) waste handling, and (5) accountability and safeguards.

The Thorium Utilization National Program Plan for HTGR Fuel Recycle Development includes the demonstration, on a production scale, of reprocessing and refabrication processes in an HTGR Recycle Demonstration Facility (HRDF).

A summary plan is introduced for completing conceptual definition of an HTGR Recycle Reference Facility (HRRF). The plan describes a generic project management concept, often referred to as. Summary report An availability analysis of reprocessing systems in a high-temperature gas-cooled reactor (HTGR) fuel recycle facility was completed.

This report summarizes work done to date to define and determine reprocessing system availability for a previously planned HTGR recycle reference facility (HRRF). NATIONAL HTGR FUEL RECYCLE DEVELOPMENT PROGRAM PLAN.

Gas-Cooled/Fuel Recycle Program For High Temperature, Development In U.S. Of, N -- Chemistry--Radiochemistry & Nuclear Chemistry--Reactor Fuel Processing, Design, Reactors, Power/Fuel Recycle Program For High Temperature Gas Cooled, Development In U.S.

@article{osti_, title = {Irradiation performance of HTGR recycle fissile fuel}, author = {Homan, F. and Long, Jr., E. L.}, abstractNote = {The irradiation performance of candidate HTGR recycle fissile fuel under accelerated testing conditions is reviewed. Failure modes for coated-particle fuels are described, and the performance of candidate recycle fissile fuels is discussed in.

However, only about 40% of the elements in the recycle mode of operation contain recycle fuel, the remaining 60% contain fresh make-up fuel.

The net difference in fabrication cost is only mill/kWh between the two modes of operation. Shipping and reprocessing R.C. Dahlberg et al., HTGR fuel and fuel cycle 71 Table 6.

For 8% enriched UO 2 fuel, mixing BPPs containing B 4 C with radius of 75 μm through the fuel zone of a standard HTGR fuel pebble with outer radius of 3 cm, the reactivity swing is 2% at a k ∞ of This means the burnable poison occupies a vol less than that of the fuel pebble (FVR = 60,).

Highlights Fuel cycle analyses of LWR–ARR, LWR–HTGR–ARR, and HTGR recycling scenarios. A 30% reduction in the natural uranium consumption over the once-through cycle. A great reduction of TRU waste generation over the once-through cycle.

The electricity generation costs of 39, 35 and 26 USD/MW h(e) for three scenarios. Economic benefits of an HTGR owing to its high fuel burnup. The actual spent fuel mass represents only 4% of the fuel element mass unloaded from the HTGR (compared with nearly 70% for a spent LWR fuel element).

For an equivalent actinide loss in the waste stream, this difference requires substantially better actinide recovery performance than can be obtained with current head-end processes.

Details HTGR fuel recycle program EPUB

Japan’s HTGR program is focused on the Atomic Energy Agency’s high-temperature test reactor (HTTR) located in Oarai, Ibaraki prefecture. New types of nuclear reactors are developed in stages, and the HTTR, with a thermal output of 30, kilowatts, is the first stage in this process.

BASIC HTGR TECHNOLOGY (FRG) AVR - DRAGON (U.K.) EXPERIMENTAL REACTORS (Japan) - Present HT10 (China) - Present HTGR 4 — He Cooled, Prismatic HTGR 3 — He Cooled, Spherical THTR s s s s s s Future UK — Dragon Japan — HTTR USA — NGNP China HTR-PM RSA- PBMR. The New HTGR is shown to have about 4 MW/m 3 average power density as reported in the paper of Ohashi et al.

() that the author supervised, use YSZ stabilized fuel to minimize the generation of radioactive substances during operational fuel burnup as reported in the paper Fukaya et al. () that the author also supervised, and be able to.

Up tofuel pebbles recycle through the reactor continuously (about six times each) until they are expended giving an average enrichment in the fuel load of percent and average burn-up of 80 GWday/t U (eventual target burn-ups are GWd/t).

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Description HTGR fuel recycle program FB2

Effect of particle blending on HTGR fuel rod temperature profiles: HTGR fuel recycle development program (a OHO45) Fuel Refabrication, task [P Angelini; J L Long; D E Starnes; Oak Ridge National Laboratory.].

Fuel cost Figure 5 shows the fuel cycle cost comparing with the LWR. The fuel cycle cost of GTHTR ( US¢/kWh) is comparable to that of the LWR ( US¢/kWh).

In front-end process, the high enrichment and the er fabrication of coated fuel particles cost of make the enrichment, conversion and fabrication higher in GTHTR Get this from a library. Gaseous fission product release during storage at various temperatures for HTGR-type fuels: HTGR fuel recycle development program (a OH ) reprocessing development (Task ).

[C L Fitzgerald; R J Shannon; V C A Vaughen; Oak Ridge National Laboratory.]. Get this from a library.

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Uranium and thorium loadings determined by chemical and nondestructive methods in HTGR fuel rods for the Fort St. Vrain early validation irradiation experiment: HTGR fuel recycle development program (a OHO45) fuel refabrication, task [P Angelini; J E Rushton; Oak Ridge National Laboratory.].

Learn which materials belong in your bin, where to recycle or donate other items, and what to throw away. Do your part and recycle smart to enhance the environment, boost the economy, and save your community money. To learn more about local recycling, composting, and. At head of title: HTGR fuel recycle development program (a 0H), fuel refabrication -- task Contract no.

Weng Jan. Description: iii, 19 pages: illustrations ; 28 cm. Series Title: ORNL/TM, Other Titles: HTGR fuel recycle development program (a OHO45)fuel refabrication--task Responsibility. Mixed oxide fuel, or MOX, is nuclear fuel made from reprocessed plutonium and uranium, MOX fuel for Pu reduction.

Recycling nuclear fuel. Information from the World Nuclear Association, the global organization that provides information on nuclear power, nuclear energy, nuclear fuel, MOX production and other nuclear fuel cycle aspects. Page 2 of 4 February | w-hw Recyclable fuel wastes.

Recyclable fuel wastes are fuels, such as gasoline, diesel, or jet fuel, that are contaminated with water, dirt, or other materials, or that have chemically degraded during storage and cannot be used as a fuel until reclaimed. Amazon Second Chance. Pass it on, trade it in, give it a second life.

Look below for options to give your stuff a second chanceMissing: HTGR. Robust TRISO Fuel Research. TRISO fuel was first developed in the United States and United Kingdom in the s with uranium dioxide fuel.

Inthe Department of Energy (DOE) focused on improving TRISO fuel using uranium oxycarbide fuel kernels and enhancing its irradiation performance and manufacturing methods in order to further develop advanced high-temperature gas. The problem set associated with the heat transfer from the fuel stick to the coolant gas in the HTGR is illustrated in Fig.

1 where the radial temperature drop is traced from the fuel stick centerline to the coolant gas. In detail, in the HTGR the coated particle fuel is embedded in a carbon matrix in the form of cylindrical fuel sticks.

Tristructural isotropic (TRISO) coated particle fuel is a robust, microencapsulated fuel form developed originally for use in high-temperature gas-cooled reactors (HTGRs). The particles consist of a spherical fissile kernel surrounded by several layers of pyrocarbon and a silicon carbide (SiC) layer.

Learn how to rent books and e-books. Main Content. The City of Milwaukee thanks you for recycling. Our program makes it easy – just sort your recyclables into the blue cart to Recycle For Good.

Each year residents recycle over 50 million pounds of materials through the City’s curbside program. Learn how you can waste less, recycle more, and. Recently Viewed. Biochemistry. Cyclization of a Cytolytic Amphipathic α-Helical Peptide and Its Diastereomer: Effect on Structure, Interaction with Model Membranes, and Biological Function.

In this case the old idea is the “high temperature gas reactor” or HTGR, that then was proposed in a modular version, known as the MHTGR.

The PBMR is a variant of the HTGR. (The IEER book, The Nuclear Power Deception (New York: Apex Press, ), contains an.

For book authors; News; About. About us; About our journals; About our archives; About our eBooks; Contact; Home; The high temperature reactor and process applications; HTGR for .TerraCycle is an innovative recycling company that has become a global leader in recycling hard-to-recycle materials.

They offer a range of free programs, as well as recycling solutions available for purchase for almost every form of waste. Eliminating the Idea of WasteMissing: HTGR.work are those connected with the nuclear fuel cycle, reactor safety, and selected base technolo­ gies.

This year, the effort for developing a fuel recycle technology program for the high tempera­ ture gas cooled reactor (HTGR), which is to operate on the Th-2 3 3 U fuel cycle, has grown from $2 to $6 million.