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    HIP17 - 12th International conference on Hot Isostatic Pressing

    5–8 Dec 2017
    Australia/Sydney timezone

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    Session

    Nuclear

    6 Dec 2017, 08:00

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    1. 83. ANM/SyMo Facility
      Dr Adi Patterson (ANSTO)
      06/12/2017, 08:00
    2. 57. Past and Present Applications of Synroc
      Dr Eric Vance (ANSTO)
      06/12/2017, 08:35
      Nuclear
      Oral Presentation
      Since the year 2000, Synroc has evolved from the titanate full-ceramics developed in the late 1970s to a technology platform that can be applied to produce glass, glass–ceramic, and ceramic waste forms and where there are distinct advantages in terms of waste loading and suppressing volatile losses. Recent efforts have focused strongly on waste form development for plutonium-bearing wastes in...
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    3. 34. Mechanical Strength Evaluation of Superconducting Magnet Structure by HIP Bonding Method
      Mrs Kaoru Ueno (Metal Technology Co. Ltd.)
      06/12/2017, 09:00
      Nuclear
      Oral Presentation
      At the previous international conference HIP ‘14 it was suggested that the HIP method for the fabrication of the radial plate segment, which is the structure for supporting the toroidal magnetic field coil of ITER, be used. The purpose of this suggestion was to improve the material yield and reduce the time spent on the machining process. In order to verify that a uniform HIP effect for a...
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    4. 6. Hot Isostatic Pressing of Radioactive Nuclear Waste: The Calcine at INL
      Dr ANDERS EKLUND (QUINTUS TECHNOLOGIES AB)
      06/12/2017, 09:25
      Nuclear
      Oral Presentation
      Hot Isostatic Pressing (HIP) is a method to consolidate dry metal and ceramic powders by increasing the temperature up to the sintering threshold and applying high pressure, typically 15-30 ksi in an inert Argon atmosphere. This work presents the results performed together with Quintus Technologies and Department of Energy’s Idaho Site contractors to significantly reduce the volume of dry...
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    5. 18. Synthesis and microstructural characteristics of simulated iodine-bearing waste formed by HIP sintering of the silver impregnated alumina sorbent
      Dr Tomofumi Sakuragi (Radioactive Waste Management Funding and Research Center)
      06/12/2017, 09:50
      Nuclear
      Oral Presentation
      Silver impregnated materials are widely used as an absorbent of radioactive iodine in the nuclear industry. A commercial fuel reprocessing facility of Japan will be working in shortly. The waste management for the spent alumina sorbent (AgA) to be disposed in deep underground is a challenge because iodine-129 has the extreme long-life and a mobile nature in aquifer systems. For the safety...
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    6. 58. ANSTO’s Plutonium Wasteform Research
      06/12/2017, 10:15
      Nuclear
      Oral Presentation
      Actinide-bearing waste streams which typically include fissile material, for example Pu-239, offer unique immobilization challenges. Key aspects to waste form design include maximizing the waste loading, producing a chemically durable product, maintaining flexibility to accommodate waste variations, a proliferation resistance to prevent theft and diversion, and appropriate process technology...
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