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Disposition of high-level radioactive waste through geological isolation : development, current status, and technical and policy challenges
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ISBN: 0309067782 9786610185665 128018566X 0309593824 0585198055 9780585198057 9780309067782 0309184584 Year: 1999 Publisher: Washington, D.C. : National Academy Press,


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Geological repository systems for safe disposal of spent nuclear fuels and radioactive waste
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ISBN: 008100642X 0081006527 1306198372 9780081006528 9780081006429 Year: 2017 Publisher: Duxford, United Kingdom Woodhead Publishing


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ISBN: 0309087082 0309505488 9780309505482 9780309087087 0305087082 0309168511 Year: 2003 Publisher: Washington, D.C. National Academies Press

Using Thermodynamic Sorption Models for Guiding Radioelement Distribution Coefficient (Kd) Investigations : A Status Report
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ISBN: 1280034416 9786610034413 926419293X 9789264192935 9264186794 Year: 2001 Publisher: Paris : OECD Publishing,

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Abstract

A general consensus has been reached among technical experts that high-level radioactive waste can safely be disposed of in deep geological repositories. Safety studies are carried out to evaluate the overall capacity of a particular disposal site to confine waste and minimise radioactive releases. Since the principal way in which radioactive elements might eventually reach the biosphere is by transport of dissolved radionuclides in groundwater, the safety study calculations must be able to estimate their rate of transfer through each of the barriers surrounding the repository. It is well known that, for many radioelements, sorption reactions can lead to a reduction of the amount of radionuclides present in the solution phase. How best to take radionuclide sorption reactions into account in repository performance assessment models is the subject of this book.

Geological Disposal of Radioactive Waste : Review of Developments in the Last Decade
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ISBN: 9246180542 128003419X 9786610034192 9246180540 9264171940 Year: 1999 Publisher: Paris : OECD Publishing,

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Abstract

The concept of removing long-lived radioactive wastes from the human environment by disposal in deep geological repositories was developed several decades ago. In the intervening years, research efforts world-wide have increased our knowledge and understanding of how underground disposal systems will function over very long periods of time. Significant progress has also been made towards implementation of such facilities. There have, however, been delays in the disposal programmes of several countries. This report is a review of developments in the past decade. The primary sources of information are the answers to a questionnaire provided by waste management organisations represented in the NEA Radioactive Waste Management Committee (RWMC). The latter is an international forum of senior specialists from safety authorities, waste management agencies, R&D institutions and policy-making bodies.

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