NEA FEP DB Lists ONDRAF/NIRA…T 1 International FEP List 3.1 International FEP List 3 NAGRA Opalinus Clay (OPA) FEP List, 2002 1 ONDRAF/NIRAS FEP LIST 1 SKB PSAR SFK List 1 ONDRAF/NIRAS FEP List - Near surface disposal at Dessel (cAt project)) 1.1 ON List - Surface disposal at Dessel (category A) 1 List Refere…ces FEPs List References List Weblinks List Media Export
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ONDRAF/NIRAS FEP LIST - Version 1
References

  • ONDRAF/NIRAS FEP LIST
    1. 1 GEOSYNTHESIS
      1. 1.1 Shallow exploratory drilling
      2. 1.2 Geotechnical work and construction in the shallow subsurface
      3. 1.3 Shallow groundwater pumping
      4. 1.4 Exploitation of natural mineral resources at the surface and in the shallow subsurface
      5. 1.5 Exploitation of natural fossil fuel resources at the surface and in the shallow subsurface
      6. 1.6 Exploitation of shallow-depth geothermal energy
      7. 1.7 Host rock exploitation
      8. 1.8 Deep exploratory drilling
      9. 1.9 Deep groundwater pumping
      10. 1.10 Exploitation of natural mineral resources in deep layers (mining)
      11. 1.11 Exploitation of natural fossil fuel resources in deep layers
      12. 1.12 Exploitation of deep geothermal energy
      13. 1.13 CO2 sequestration or other gas storage in deep geological layers
      14. 1.14 Impact of celestial bodies
      15. 1.15 Current climate
      16. 1.16 Cold climate
      17. 1.17 Sea level change
      18. 1.18 Permafrost
      19. 1.19 Local ice sheet
      20. 1.20 Warm climate
      21. 1.21 Marine transgression
      22. 1.22 Warm to cold transition
      23. 1.23 Cold to warm transition
      24. 1.24 Formation of new faults, including intraformational faults
      25. 1.25 Reactivation of existing faults
      26. 1.26 Formation of fractures and/or joints
      27. 1.27 Folding
      28. 1.28 Uplift
      29. 1.29 Subsidence
      30. 1.30 Tilting of crustal blocks
      31. 1.31 Erosion
      32. 1.32 Seismic activity
      33. 1.33 Earthquake
      34. 1.34 Magmatism
      35. 1.35 Volcanism
      36. 1.36 Diapirism
      37. 1.37 Valley bulging
      38. 1.38 Cambering
      39. 1.39 Diagenesis
      40. 1.40 Geomorphology and oro-hydrography
    2. 2 SUPERCONTAINER EBS
      1. 2.1 GDF geometry
      2. 2.2 Overpack – dimensions and properties
      3. 2.3 Buffer – dimensions and properties
      4. 2.4 Envelope - dimensions and properties
      5. 2.5 Filler - dimensions and properties
      6. 2.6 Backfill / supports - dimensions and properties
      7. 2.7 Gallery lining – dimensions and properties
      8. 2.8 Seals / galleries – dimensions and properties
      9. 2.9 Host-rock EDZ – thickness and properties
      10. 2.10 Radionuclide inventory / source term
      11. 2.11 Radioactive decay and ingrowth
      12. 2.12 Radiolysis
      13. 2.13 Radiation effects / damage
      14. 2.14 Criticality
      15. 2.15 Non-radionuclide Inventory / source term
      16. 2.16 Solubility / solubility limits
      17. 2.17 Precipitation / crystallisation / dissolution
      18. 2.18 Corrosion – causes / processes
      19. 2.19 Corrosion – chemical effects
      20. 2.20 Corrosion – volume effects
      21. 2.21 Corrosion – gases
      22. 2.22 Mineralogical changes
      23. 2.23 Redox reactions / Eh conditions / Eh changes
      24. 2.24 pH conditions / pH changes
      25. 2.25 Sorption / retardation
      26. 2.26 Colloid formation and stability
      27. 2.27 Complexation
      28. 2.28 Microbial / biological / biochemical activity
      29. 2.29 Gas generation
      30. 2.30 Speciation
      31. 2.31 Chemical gradients
      32. 2.32 Galvanic coupling / electrochemical effects / electrophoresis / electrochemical gradients
      33. 2.33 Chemical interactions and coupled processes
      34. 2.34 Concentration of aggressive species
      35. 2.35 Hydraulic properties
      36. 2.36 Advection
      37. 2.37 Convection
      38. 2.38 Diffusion
      39. 2.39 Dispersion
      40. 2.40 Density-driven flow
      41. 2.41 Unsaturated flow
      42. 2.42 Far-field groundwater flow
      43. 2.43 Colloid transport
      44. 2.44 Particle suspension / transport
      45. 2.45 Gas flow and transport
      46. 2.46 Gas-induced flow and transport
      47. 2.47 Natural gas intrusion
      48. 2.48 Preferential pathways
      49. 2.49 Alkaline plume
      50. 2.50 Coupled hydraulic processes
      51. 2.51 Degree of saturation
      52. 2.52 Thermal evolution
      53. 2.53 Thermal effects – physical / mechanical
      54. 2.54 Thermal effects – chemical (including Soret effect)
      55. 2.55 Exothermic reactions
      56. 2.56 Geothermal effects
      57. 2.57 Cracking
      58. 2.58 Creep
      59. 2.59 Corrosion – stress cracking
      60. 2.60 Seismic activity / earthquakes
      61. 2.61 Faulting / fracturing
      62. 2.62 Stress changes
      63. 2.63 Mechanical effects
      64. 2.64 Gas explosions
      65. 2.65 Construction activities - effects
      66. 2.66 Post-closure activities – effects
  • Details
    P. Smith (2015), Identification of Potential Scenarios Arising from Geodynamic Phenomena in Support of SFC1, Nagra Project Report, NPB 14-13, January 2015
  • Details
    Nuclear Energy Agency (2012), Updating the NEA International FEP List: An IGSC Technical Note: Technical Note 1: Identification and Review of Recent Project-specific FEP lists, Nuclear Energy Agency, NEA/RWM/R(2013)7, http://www.oecd.org/officialdocuments/publicdisplaydocumentpdf/?cote=NEA/RWM/R(2013)7&docLanguage=En, August 2012
  • Details
    Nuclear energy Agency (2012), Updating the NEA International FEP List: An IGSC Technical Note: Technical Note 2: Proposed Revisions to the NEA International FEP List, Nuclear Energy Agency, NEA/RWM/R(2013)8, https://www.oecd-nea.org/rwm/docs/2013/rwm-r2013-8.pdf, July 2012
  • Details
    Ondraf/Niras (2013), 2013 RD&D plan, ONDRAF/NIRAS Research, Development and Demonstration Plan for the geological disposal of high-level and/or radioactive waste including irradiated fuel if considered as waste, Ondraf/Niras, NIROND-TR 2013–12 E, 411, https://www.ondraf.be/ondrafniras-research-development-and-demonstration-rdd-plan
  • Details
    De Craen M., Beerten K., Gedeon M. and Vandersteen K. (2012), Geosynthesis I1 report, Geo-scientific evidence to support the I1 isolation function related to human actions, as part of the Safety and Feasibility Case 1 (SFC1), SCK•CEN, External Report ER-186, https://publications.sckcen.be/portal/files/291855/ER-186.pdf
  • Details
    De Craen M., Honty M., Beerten K. and Gedeon M. (2012), Geosynthesis I2 report, Geo-scientific evidence to support the I2 isolation function (geology & long-term evolution) as part of the Safety and Feasibility Case 1 (SFC1), SCK•CEN, External Report ER-184, http://science.sckcen.be/en/Publications
  • Details
    Ondraf/Niras (2008), EBS report, Evolution of the Near-Field of the ONDRAF/NIRAS Repository Concept for category C wastes First full draft report. ONDRAF/NIRAS., Ondraf/Niras, Technical Report NIROND-TR-2007-07, https://www.ondraf.be/ondrafniras-research-development-and-demonstration-rdd-plan
  • Details
    Ondraf/Niras (2018), Ondraf/Niras FEP report, Geosynthesis and EBS FEP Lists for the Category B&C Disposal Concept: 2018 Update, Ondraf/Niras, NIROND-TR 2018-16 E, https://www.ondraf.be/ondrafniras-research-development-and-demonstration-rdd-plan
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