Geological Repositories -Design Information Questionnair

GEOLOGICAL REPOSITORIES
APPROVED BY OMB: NO. 3150-0056

EXPIRES: (MM/DD/YYYY)

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INTERNATIONAL ATOMIC ENERGY AGENCY
DEPARTMENT OF SAFEGUARDS

DESIGN INFORMATION
QUESTIONNAIRE *
IAEA USE ONLY

The purpose of this document is to
obtain the facility design information
required by the Agency in order to
discharge its safeguards responsibilities.
It will also serve as a checklist for
examination of design information by
Agency inspector(s). If, in any area,
insufficient space is available add further
shee ts to the extent necessary.

IAEA USE ONLY
COUNTRY

COUNTRY OFFICER

TYPE

DATE OF INITIAL DATA

VERIFICATION

LAST REVIEW AND UPDATING

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Geological Repositories

ALL FACILITIES
GENERAL INFORMATION
1. Name of the facility
(include usual abbreviation)
2. Location and postal
address
3. Owner
(Legally responsible)
4. Operator
(Legally responsible)

5. Description
(Main features only)

6. Purpose

7. Status
(e.g., planned; under construction,
in operation; shut down; closed
down; decommissioned)
Start of Construction (MM/DD/YYYY)

Commissioning (MM/DD/YYYY)

8. Construction schedule dates
(if not in operation)
9. Normal operating mode
(days only, two shift, three shift;
number of days/annum, etc.)
10. Facility layout
(structural containment, fences,
access, nuclear material storage
areas, laboratories, waste disposal
areas, routes followed by nuclear
material, experimental and test areas,
etc.)

DRAWING(S) ATTACHED UNDER REF. NOs.

DRAWING(S) AND/OR MAPS ATTACHED UNDER REF. NOs.
11. Sitting of facility
(Maps showing in sufficient detail:
location, premises and perimeter of
facility, other buildings, roads, railways,
rivers, etc.)

12. Names and/or titles and address
of responsible officers
(for nuclear material accountancy and
control and contact with the Agency. If
possible attach organization charts
showing position of officers)

N-76 (MM-DD-YYYY)

Operation (MM/DD/YYYY)

OVERALL PROCESS PARAMETERS
13. Facility description
(indicating important items of
equipment which use, produce or
process nuclear material)
i) Information on the host geology of
the geological repository (including
geological stratification; geochemistry;
geophysics; identification of
radionuclides found in the repository
environment; and evidence and
conclusions on the integrity of the host
rock)
ii) Description of restricted zone and
other controlled areas established
around the repository
iii) Geological repository
characterization activities (e.g.,
subsurface excavations and
exploratory activities)
iv) Information on the design of the
geological repository underground
area, (including layout, isolation doors,
measures to strengthen or stabilize
walls and ceilings of excavations; and
shaft and vent size and features)
v) Information on design of the surface
areas (including receipt, storage, and
preparation of canisters for disposal)
vi) Information on accesses to the
underground area for personnel and
materials; on provision of utilities and
on areas for receipt and storage of
disposal canisters
vii) Hoist and transport vehicle capacity
(e.g., maximum weight loads)
viii) Information on the presence of
nearby mines and other nearby
excavation activities (including
identification of structures that might
conceal an entrance to excavations)
ix) Other safeguards-relevant
information
14. Process description
(including above ground and
underground facility operations;
canister preparation process; canister
storage; ramp, tunnel, and shaft
excavation; rock removal and storage;
canister, materials, and back fill
transport; backfilling and tunnel
closure; and nominal schedule of
excavation, receipts, transfers to
underground, emplacement and
backfilling)

N-76 (MM-DD-YYYY)

GENERAL LAYOUT(S) ATTACHED UNDER REF. NOs.)

GENERAL FACILITY DATA
15. Design capacity
(As number of disposal canisters and
quantity of nuclear material)

16. Anticipated annual disposals
(in the form of a projected programme,
and including disposal of other
radioactive materials other than spent
fuel, if applicable)

17. Other important items of
equipment
i) Monitoring system for excavation
activities (including types, locations,
and depths of sensors)

ii) Other monitoring systems
(including safety monitoring)
iii) Other equipment (including testing
and experimental equipment)

NUCLEAR MATERIAL DESCRIPTION AND FLOW
18. Main material description
i) Types of nuclear material, including
other nuclear, and other radioactive,
material in the facility besides spent
fuel (type, form, quantity, and location)

ii) Types of accountability units to be
handled in the facility

iii) Appearance, means of
identification, and overall dimensions
of accountability units (e.g., disposal
canisters and other containers)
iv) Number of fuel assemblies or other
radioactive material per disposal
canister or other container

v) Number of disposal canisters or
other containers per transport
container

vi) Range of weight of nuclear material
per disposal canister or other container

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NUCLEAR MATERIAL DESCRIPTION AND FLOW
vii) Frequency of receipt of
accountability units (e.g., batches or
units per month)
viii) Frequency of receipt of
accountability units (e.g., batches or
units per month)
ix) Range of radiation levels and
temperatures at surface of containers
19. Schematic flowsheet for nuclear DRAWING(S) ATTACHED UNDER REF. NOs.
material
(identifying measurement points,
accountability areas, inventory
locations, etc.)
20. Design range of inventories of
nuclear material in each storage
area

FACILITY OPERATION AND HANDLING OF NUCLEAR MATERIAL
21. Transport and disposal
container description
(including size, design, material of
construction, special identifying
features, internal basket design,
capacity, closure, etc.)

DRAWING(S) ATTACHED UNDER REF. NOs.

DRAWING(S) ATTACHED UNDER REF. NOs.
22. Shielding
(for storage and transfer)
23. Methods and means of transfer DRAWING(S) ATTACHED UNDER REF. NOs.
of nuclear material
(include description of equipment used
for transport and emplacement of
disposal canisters)
24. Transportation routes followed
by nuclear material
(with reference to plant layout)

25. Description of each nuclear
material storage area
(with reference to plant layout)

26. Method of positioning of
nuclear material in storage area
(with reference to plant layout)
27. Method of nuclear material
Emplacement
(Describe unloading and/or
emplacement procedures)
28. Description of each nuclear
material Emplacement area
(Including number of disposal
locations)

N-76 (MM-DD-YYYY)

DRAWING(S) ATTACHED UNDER REF. NOs.

DRAWING(S) ATTACHED UNDER REF. NOs.

DRAWING(S) ATTACHED UNDER REF. NOs.

MAINTENANCE
29. Above ground and underground
maintenance activities

PROTECTION AND SAFETY MEASURES
30. Basic measures for physical
protection of nuclear material
31. Specific health and safety rules
for inspector compliance

NUCLEAR MATERIAL ACCOUNTANCY AND CONTROL
32. System description
i. General
(give a description of the nuclear
material accountancy system, the
method of recording and reporting
accountancy data and establishing
material balances. This section should
also state what general and subsidiary
ledgers will be used, their form as well
as who has the responsibility and
authority. Source data should be
identified. The procedures for making
adjustments should be covered.)
ii) Physical inventory
(description of procedures, frequency,
estimated distribution of nuclear
material, methods of operator's
inventory taking, and accessibility of
and possible verification method for
irradiated nuclear material)
iii) Receipts

iv) Transfers between MBAs
v) Shipments
(describe provisions for removal and
shipment of disposal canisters and
nuclear waste, if applicable)
vi) Operational records and
accounting records
(including logbooks, general ledgers,
internal transfer forms, method of
adjustment or correction, language,
control measures and responsibility,
retention location for records, and
means of long-term preservation of
records)

33. Features related to
monitoring, containment and
surveillance measures
(general description of applied or
possible measures in reference to
facility plan)

N-76 (MM-DD-YYYY)

SPECIMEN FORMS USED IN ALL PROCEDURES ATTACHED UNDER REF. No.

NUCLEAR MATERIAL ACCOUNTANCY AND CONTROL
34. For each flow and inventory
measurement point of
accountability areas, identified in
particular under Qs. 13,19, and 23
Give the following:

SEPARATE SHEET(S) CAN BE ATTACHED FOR EACH MEASUREMENT POINT. IF NECESSARY,
ATTACH DRAWING(S)

For each measurement point fill in
separate sheet.
Number of measurement points: 1
i) Description of location, type and
identification

ii) Expected types of inventory at this
measurement point
iii) Possibilities to use this
measurement point for physical
inventory taking

iv) Means of batch identification

v) Features related to containmentsurveillance measures
vi) Description of nuclear material
containers used
vii) Measurement method(s) and
equipment used
viii) Source and level of random and
systematic errors (weight, NDA)
ix) Technique and frequency of
calibration of equipment used
x) Program for statistical evaluation of
data from (viii) and (ix)
xi) Anticipated number of inventory
batches
xii) Anticipated number of items per
flow and inventory batch

OPTIONAL INFORMATION
35. Optional information

(that the operator considers relevant to
safeguarding the facility)

Signature of Responsible Officer

Date (MM/DD/YYYY)

N-76 (MM-DD-YYYY)