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Section D

Inventories and Lists

D.1     Scope of the section

This section addresses Article 32 (Reporting) (2) of the Joint Convention. It provides a list of the various spent fuel and radioactive waste management facilities in Canada, and indicates the total inventory of each of the waste categories. Each licensee is required to develop and implement an accountability system, including the appropriate records. This system and associated records are subject to regulatory oversight. The requirements Safety Series 115 Part IV.17 are addressed in this section. Maps showing the location of radioactive waste management sites in Eastern, Central and Western Canada are attached in sections D.8 and D.9.

D.2     Inventory of spent fuel in Canada

 

D.2.1     Spent fuel wet storage inventory at nuclear reactor sites

Almost all nuclear generating stations and research reactor sites store spent fuel waste onsite in irradiated fuel bays (wet storage), pending transfer to a dedicated spent fuel dry storage centre. Table D.1 inventories the number of spent fuel bundles in wet storage in Canada, and Table D.2 the spent fuel in dry storage.

Table D.1 - Inventory of spent fuel in wet storage in Canada as of December 31, 2007

Site

Number of Fuel Bundles in Wet Storage

Kilograms of Uranium[5]

Bruce A and B Nuclear Generating Stations

745,686

14,182,790

Darlington Nuclear Generating Station

322,757

6,163,294

Gentilly-2 Nuclear Generating Station

37,037

705,735

Pickering A and B Nuclear Generating Station

394,862

7,833,555

Point Lepreau Nuclear Generating Station

35,070

673,223

McMaster Nuclear Research Reactor (MNR)

40[1]

8.4[4]

Chalk River Laboratories (CRL) - National Research Universal (NRU)

367[1]

3,271[3]

Table D.2 - Inventory of spent fuel in dry storage facilities in Canada as of December 31, 2007

Site

Number of Fuel Bundles in Dry Storage

Kilograms of Uranium[5]

CRL Waste Management Area (WMA) G (Nuclear Power Demonstration Fuel)

4,853

9,817

CRL WMA B (Research Reactor Fuel)

4,723[1]

5,310[2]

Douglas Point Waste Management Facility

22,256

299,827

Gentilly-1 Waste Management Facility

3,213

67,595

Gentilly-2 Waste Management Facility

70,200

1,331,227

Pickering Waste Management Facility

176,544

3,506,819

Point Lepreau Waste Management Facility

81,000

1,553,282

Western Waste Management Facility (located at Bruce Site)

107,900

2,051,798

Whiteshell Laboratories

2,268

21,540

[1] For research reactors, inventory is reported as the number of research rods, fuel assemblies, units or items.

[2] CRL's spent fuel that is stored in tile holes has been estimated in kilograms of uranium.

[3] Natural, depleted and enriched uranium as of May 7, 2007.

[4] Enriched uranium fuel as of May 25, 2007.

[5] Reported as spent fuel (depleted or enriched fuel), unless otherwise noted.

D.3     Radioactive waste inventory

 

D.3.1     Radioactive waste management facilities

The table below (Table D.3) describes the low- and intermediate-level waste being stored, the waste management methods and the inventory of low- and intermediate-level waste in storage at each facility in Canada.

Table D.3 - Inventory of radioactive waste management for low-level radioactive waste (LLW) and intermediate-level radioactive waste (ILW) in Canada (as of December 31, 2007)

Radioactive Waste management or Nuclear Fuel cycle Facility

Company Name or Responsible Party

Description of Stored Waste

Storage Method

Onsite Waste Inventory as of December 31, 2007

ILW

LLW

Volume (m3)

Activity (TBq)

Volume (m3)

Activity (TBq)

Western Waste Management Facility (WWMF)

OPG

Interim storage of low- and intermediate-level reactor waste generated at Bruce A and B, Darlington and Pickering A and B.

ILW: in-ground storage structures, including trenches, tile holes and in-ground containers, and aboveground storage structures, including a re-tube waste-storage building and quadricells.

LLW: aboveground low-level storage buildings.

9,340

39,685

66,040

91

Pickering Waste Management Facility

OPG

Re-tube reactor waste from refurbishment.

ILW: dry storage modules (DSM).

950

17,900

nil

nil

Gentilly-2

HQ

Operational reactor waste.

ILW: ASDR (concrete cells).

LLW: ASDR (concrete cells).

33.17

52.52

760

4.64

Point Lepreau

NB Power

Operational reactor waste.

ILW: quadricells.

LLW: concrete vaults.

24

293

1647

0.6

Chalk River Laboratories

AECL

Research reactor and isotope production waste, as well as external waste.

ILW: tile holes and bunkers.

LLW: sand trenches, low-level storage buildings, aboveground stockpiles and Modular Above-Ground Storage (MAGS).

I & LLW: Shielded modular above-ground storage (SMAGS).

18,221[6]

764[7]

n/a

n/a

95,299[6]

n/a[7]

n/a

n/a

Port Hope Conversion Facility

Cameco

Non-combustible process waste.

LLW: 205-litre drums.

nil

nil

6,650

n/a

Blind River Refinery

Cameco

Non-combustible process waste.

LLW: 205-litre drums.

nil

nil

1,900

n/a

Whiteshell Laboratories

AECL

Research reactor waste.

ILW: in-ground concrete bunkers.

LLW: aboveground concrete bunkers.

863

2,942

19,885

333

RWOS 1

OPG

Low- and intermediate-level waste from Douglas Point.

ILW: in-ground storage structures, including trenches and lined tile holes.

LLW: trenches.

10

24[8]

630

1[8]

[6] Volumes are based on method of storage and do not necessarily represent the actual breakdown of waste into intermediate and low-level.

[7] SMAGS Unit 1 was put in service in 2008. The waste volume reported in the table was temporarily stored until Unit 1 was completed and then transferred to SMAGS Unit 1 in 2008.

[8] RWOS 1 activity estimated from total of 25 TBq on the basis of 95 percent of activity in ILW and five percent in LLW.

Table D.4 describes the radioactive waste from past practices that is stored at each site and how it is managed.

Table D.4 - Management of low-level radioactive waste (LLW) from past practices

Site Name or Location

Licensee or Responsible Party

Description of Stored Waste

Storage Method

LLW

Volume (m3)

Activity (TBq)

Port Hope

LLRWMO

Contaminated soils.

LLW: above-ground mounds.

720,000

n/a

Welcome

Cameco

Wastes and contaminated soils.

LLW: burial.

480,000

n/a

Port Granby

Cameco

Wastes and contaminated soils.

LLW: burial.

440,000

n/a

Northern Transportation Route

LLRWMO

Contaminated soils.

LLW: soil stored in various areas.

10,000

n/a

Fort McMurray, Alberta

LLRWMO

Contaminated soils.

LLW: above-ground, consolidated mound.

43,000

n/a

Greater Toronto Area

LLRWMO

Toronto Regional Conservation Authority (trCA)

Ontario Realty Corporation (ORC)

Radium contaminated soils.

Radium contamination fixed to structural elements in buildings.

In-situ -Fenced-in areas

Isolation behind a double wall and ceiling.

Above-ground consolidated mounds

13,500

n/a

Deloro Mine Site

Ontario Ministry of the Environment (OMOE)

Contaminated soils and historical tailings.

In-situ. (Fenced-in area)

37,500

6.3

Table D.5 inventories the low- and intermediate-level radioactive waste resulting from decommissioning activities at Canadian facilities, as of December 31, 2007. Note that the Cluff Lake site, which is currently being decommissioned, is included in Table D.7.

Table D.5 - Low- and intermediate-level radioactive waste (LLW and ILW) in Canada from decommissioning activities (as of December 31, 2007)

Site Name or Location

Company Name or Responsible Party

Description of Stored Waste

Storage Method

Onsite Waste Inventory as of December 31, 2007

ILW

LLW

Volume (m3)

Activity (TBq)

Volume (m3)

Activity (TBq)

Whiteshell Laboratories

AECL

Decommissioning waste (January 1, 2005 to December 31, 2007)

ILW: in-ground, concrete bunkers.

LLW: aboveground, concrete bunkers.

1.3

0.011

231

0.049

Chalk River Laboratories

AECL

Decommissioning waste (January 1, 2005 to December 31, 2007)

ILW: tile holes and bunkers.

LLW: MAGS.

49[9]

n/a

123[9]

n/a

Douglas Point Waste Management Facility

AECL

Decommissioned reactor waste.

Reactor building.

61

n/a

62

77

Nuclear Power Demonstration Waste Management Facility

AECL

Decommissioned reactor waste.

LLW: reactor building.

nil

nil

30

2,000[10]

Gentilly-1 Waste Management Facility

AECL

Decommissioned reactor waste.

Reactor building.

27

n/a

927

243

[9] Volumes are based on method of storage, and do not necessarily represent the actual breakdown of waste into low- and intermediate level radioactive waste.

[10] Volume does not include reactor components, such as shielding and heat transport systems, in the reactor buildings.

D.4     Uranium mining and milling waste

Uranium mining and milling generates two main forms of waste: tailings and waste rock. Historically, waste rock has been either stockpiled aboveground or used as backfill in underground mines. Today, mineralized special waste rock is segregated and managed with due consideration given to the hazards associated with mineralization and particular contaminants. Tailings are managed in engineered Tailings Management Facilities (TMFs). The unit of measure used in this report for uranium mine and mill wastes is tonne of dry mass, as this is the same unit used in the mining industry to track and report materials.

D.4.1     Operational mine and mill sites

Table D.6 details the uranium tailings and waste rock in storage at operational mine sites in Canada.

Table D.6 - Uranium tailings and waste rock at operational mine sites (as of December 31, 2007)

Operating Tailings Sites

Company Name or Responsible Party

Storage Method

Onsite Waste Inventory as of December 31, 2007

Tailings

Waste Rock

Mass

(tonnes)

Mineralized

(tonnes)

Non-Mineralized

(tonnes)

Key Lake

Cameco

Tailings management area stores tailings from Key Lake and McArthur River.

3,090,000[11]

1,720,000

64,980,000

Rabbit Lake

Cameco

Tailings management area holds tailings from Rabbit Lake and Cigar Lake.

6,750,000[11]

2,310,000

23,040,000[12]

McClean Lake Operations

AREVA

In-pit tailings management facility stores tailings from McClean Lake. This facility will soon be used for tailing from Cigar lake and Midwest as well.

1,246,800

5,900,000

51,700,000

McArthur River

Cameco

No tailings onsite. Ore is transported to Key Lake for milling.

nil

140,000

1,470,000

Cigar Lake

Cameco

No tailings onsite. Once operational, ore will be transported to McClean Lake and Rabbit Lake for milling.

nil

3,700

430,000

[11] Operational facility (see Table D.7 for inactive, onsite tailing management facilities)

[12] The amount of non-mineralized waste rock at Rabbit Lake is significantly higher than reported in 2005 due to an error (B-zone pile was not included).

D.4.2     Inventory of uranium mine and mill waste at inactive tailings sites

Table D.7 inventories waste rock and mill tailings at tailing sites that are no longer operational. As illustrated in Table D.6., there are operational tailings facilities at Key Lake and Rabbit Lake. ‘Inactive', in this context, refers to several different types of inventories described in section B.8. Note that while the waste rock inventory is provided for the Cluff Lake site and included in Table D.6 for the Rabbit Lake and Key Lake sites, however, it is generally not available for the older sites.

Table D.7 - Uranium tailings and waste rock at decommissioned and inactive tailings sites (as of December 31, 2007)

Site Name or

Location

Company Name or Responsible Party

Storage Method

Onsite Waste Inventory as of December 31, 2007

Tailings

Waste Rock

Mass

(tonnes)

Mineralized

(tonnes)

Non-Mineralized

(tonnes)

Decommissioning Tailings Sites

         

Cluff Lake

AREVA

Surface.

3,230,000

n/a[13]

18,400,000

Inactive Tailings Sites

         

Key Lake

Cameco

Aboveground tailings management facility.

3,590,000

n/a

n/a

Rabbit Lake

Cameco

Aboveground tailings management facility.

6,500,000

n/a

n/a

Beaverlodge

Cameco

Aboveground tailings and mine backfill.

10,100,000[14]

n/a

4,800,000

Gunnar

Saskatchewan Research Council

Aboveground tailings.

4,400,000

n/a

n/a

Lorado

Saskatchewan Research Council

Aboveground tailings.

360,000

n/a

n/a

Port Radium

Indian and Northern Affairs Canada

Aboveground tailings in four areas.

907,000

n/a

n/a

Rayrock

Indian and Northern Affairs Canada

Aboveground tailings in North and South tailings piles

71,000

n/a

n/a

Quirke 1 and 2

Rio Algom Ltd.

Flooded, aboveground tailings.

46,000,000

n/a

n/a

Panel

Rio Algom Ltd.

Flooded, aboveground tailings.

16,000,000

n/a

n/a

Denison

Denison Mines Inc.

Flooded, aboveground tailings in two areas.

63,800,000

n/a

n/a

Spanish American

Rio Algom Ltd.

Flooded, aboveground tailings.

450,000

n/a

n/a

Stanrock/Can-Met

Denison Mines Inc.

Aboveground tailings.

5,750,000

n/a

n/a

Stanleigh

Rio Algom Ltd.

Flooded, aboveground tailings.

19,953,000

n/a

n/a

Lacnor

Rio Algom Ltd.

Aboveground tailings.

2,700,000

n/a

n/a

Nordic

Rio Algom Ltd.

Aboveground tailings.

12,000,000

n/a

n/a

Milliken

Rio Algom Ltd.

Tailings management area.

150,000

n/a

n/a

Pronto

Rio Algom Ltd.

Aboveground tailings.

2,100,000

n/a

n/a

Agnew Lake

Ontario Ministry of Northern Development and Mines

Lake-vegetated, aboveground tailings.

510,000

n/a

n/a

Dyno

EnCana West Limited

Aboveground tailings.

600,000

n/a

n/a

Bicroft

Barrick Gold Corp.

Aboveground tailings in two areas

2,000,000

n/a

n/a

Madawaska

Madawaska Mines Ltd.

Aboveground tailings in two areas

4,000,000

n/a

n/a

[13] Not available. Note that much of the mining at Cluff Lake predated current waste segregation practices.

[14] Includes 4,300,000 tonnes placed underground.

Notes: n/a = not available

Map of Radioactive Waste Management Sites in Eastern Canada

Figure D.8 - Map of Radioactive Waste Management Sites in Eastern Canada

Map of Radioactive Waste Management Sites in Central and Western Canada

Figure D.9 - Map of Radioactive Waste Management Sites in Central and Western Canada

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