Nuclear Liability and Compensation Regulations
SOR/2016-88
NUCLEAR LIABILITY AND COMPENSATION ACT
Registration 2016-05-06
Nuclear Liability and Compensation Regulations
P.C. 2016-306 2016-05-06
Whereas, pursuant to subsection 7(1) of the Nuclear Liability and Compensation ActFootnote a, the Minister of Natural Resources has consulted the Canadian Nuclear Safety Commission;
Return to footnote aS.C. 2015, c. 4, s. 120
Therefore, His Excellency the Governor General in Council, on the recommendation of the Minister of Natural Resources, pursuant to sections 7, 24 and 78 of the Nuclear Liability and Compensation ActFootnote a, makes the annexed Nuclear Liability and Compensation Regulations.
Interpretation
Marginal note:Definitions
1 The following definitions apply in these Regulations.
- nuclear fuel conversion facility
nuclear fuel conversion facility means a facility for the storage or processing of unirradiated enriched uranium. (installation de conversion de combustible nucléaire)
- nuclear fuel production facility
nuclear fuel production facility means a facility for the production of nuclear fuel containing unirradiated enriched uranium. (installation de production de combustible nucléaire)
- nuclear fuel waste management facility
nuclear fuel waste management facility means a facility for the storage or management of nuclear fuel that has been removed from a nuclear reactor and that has a quantity of fissionable materials that meets any of the following conditions:
(a) contains any quantity of natural or depleted uranium that was irradiated only in a thermal-neutron reactor, if the facility does not contain any other fissionable materials nor significant quantities of graphite, heavy water, beryllium, or other moderators more effective than light water;
(b) does not exceed 500 g of contained 233U, 700 g of 235U, 450 g of 239Pu, or 450 g of any combination of those three isotopes, if the facility does not contain any other fissionable materials nor significant quantities of graphite, heavy water, beryllium, or other moderators more effective than light water; or
(c) does not exceed 80% of the appropriate smallest critical mass. (installation de gestion des déchets de combustible nucléaire)
- nuclear fuel waste processing facility
nuclear fuel waste processing facility means a facility for the
(a) processing of nuclear fuel that has been removed from a nuclear reactor; or
(b) storage or management of nuclear fuel that has been removed from a nuclear reactor and that is not eligible to be stored or managed at a nuclear fuel waste management facility. (installation de traitement des déchets de combustible nucléaire)
- power reactor
power reactor means a nuclear reactor with the capacity to produce electricity for commercial purposes. (réacteur de puissance)
- radioactive waste management facility
radioactive waste management facility means a facility for the storage, management or processing of material that has been made radioactive by exposure to radiation consequential on or incidental to the production or use of nuclear fuel, other than natural uranium or depleted uranium and excluding nuclear fuel that has been removed from a nuclear reactor. (installation de gestion des déchets radioactifs)
- reactor of less than 1 MW
reactor of less than 1 MW means a nuclear reactor with the capacity to produce less than 1 MW of thermal output. (réacteur de moins de 1 MW)
- reactor of 1 MW to 7 MW
reactor of 1 MW to 7 MW means a nuclear reactor with the capacity to produce from 1 MW to 7 MW of thermal output, inclusive. (réacteur de 1 MW à 7 MW)
- reactor of over 7 MW
reactor of over 7 MW means a nuclear reactor, other than a power reactor, with the capacity to produce more than 7 MW of thermal output. (réacteur de plus de 7 MW)
Designation of Nuclear Installations and Operators
Marginal note:Designation of nuclear installations
2 (1) The sites set out in column 1 of the schedule are designated as nuclear installations.
Marginal note:Class
(2) The class set out in column 2 of the schedule indicates the class of the nuclear installation set out in column 1.
Marginal note:Description of site
(3) The sites are described in column 3 of the schedule.
Marginal note:List of facilities
(4) The facilities at each site that are authorized to contain nuclear material are listed in column 4 of the schedule.
Marginal note:Designation of operator
(5) The holder of the licence set out in column 5 of the schedule is designated as the operator of the nuclear installation set out in column 1.
Marginal note:Subsection 2(2) and column 2 of the schedule
3 Subsection 2(2) and column 2 of the schedule do not form part of these Regulations but are included for convenience only.
Risk and Classes of Nuclear Installations
Marginal note:Risk – facilities
4 (1) For the purposes of subsection (2), facilities are ranked from the highest to lowest risk in the following order:
(a) power reactor;
(b) reactor of over 7 MW;
(c) nuclear fuel waste processing facility;
(d) nuclear fuel waste management facility;
(e) nuclear fuel conversion facility;
(f) nuclear fuel production facility;
(g) reactor of 1 MW to 7 MW;
(h) radioactive waste management facility; and
(i) reactor of less than 1 MW.
Marginal note:Classes of nuclear installations
(2) For the purposes of paragraph 24(2)(b) of the Act and section 5 of these Regulations, the following classes of nuclear installations are prescribed:
(a) the Power Reactor Class is a class of nuclear installation at which the facility with the highest risk is a power reactor;
(b) the Reactor of over 7 MW Class is a class of nuclear installation at which the facility with the highest risk is a reactor of over 7 MW;
(c) the Nuclear Fuel Waste Processing Facility Class is a class of nuclear installation at which the facility with the highest risk is a nuclear fuel waste processing facility;
(d) the Nuclear Fuel Waste Management Facility Class is a class of nuclear installation at which the facility with the highest risk is a nuclear fuel waste management facility;
(e) the Nuclear Fuel Conversion Facility Class is a class of nuclear installation at which the facility with the highest risk is a nuclear fuel conversion facility;
(f) the Nuclear Fuel Production Facility Class is a class of nuclear installation at which the facility with the highest risk is a nuclear fuel production facility;
(g) the Reactor of 1 MW to 7 MW Class is a class of nuclear installation at which the facility with the highest risk is a reactor of 1 MW to 7 MW;
(h) the Radioactive Waste Management Facility Class is a class of nuclear installation at which the facility with the highest risk is a radioactive waste management facility; and
(i) the Reactor of less than 1 MW Class is a class of nuclear installation at which the facility with the highest risk is a reactor of less than 1 MW.
Limit of Liability
Marginal note:Operator’s liability
5 The liability of an operator of a class of nuclear installations for damage resulting from a nuclear incident is limited to
(a) $180 million for the Reactor of over 7 MW Class;
(b) $40 million for the Nuclear Fuel Waste Processing Facility Class;
(c) $13 million for the Nuclear Fuel Waste Management Facility Class;
(d) $3.3 million for the Nuclear Fuel Conversion Facility Class;
(e) $2.3 million for the Nuclear Fuel Production Facility Class;
(f) $1.3 million for the Reactor of 1 MW to 7 MW Class;
(g) $1 million for the Radioactive Waste Management Facility Class; and
(h) $0.5 million for the Reactor of less than 1 MW Class.
Coming into Force
Marginal note:
Footnote *6 These Regulations come into force on the day on which sections 7, 24 and 78 of the Nuclear Liability and Compensation Act come into force.
Return to footnote *[Note: Regulations in force January 1, 2017, see SI/2016-23.]
SCHEDULE(Section 2)
Designation of Nuclear Installations and Operators
| Column 1 | Column 2 | Column 3 | Column 4 | Column 5 | |
|---|---|---|---|---|---|
| Item | Site | Class | Description | Facilities | Operator |
| 1 | Bruce Nuclear Generating Stations A and B | Power Reactor | The site is located on Station A and Station B. Station A is located on the shore of Lake Huron, Ontario, and is more particularly described in instrument numbers 28696 and 168541 registered in the township of Bruce, now the Municipality of Kincardine in the County of Bruce, and also including part of Parcel Water Lot 1, Section HY134 being part of the Bed of Lake Huron in front of Lots 24, 25, 26, 27, 28, 29 and 30, Concession A or Lake Range designated as Parts 108, 109 and 110 on Reference Plan 3R 7352. Station B is located on the shore of Lake Huron, Ontario, and is more particularly described in instrument numbers 27556, 28696, 34839 and 154872 registered in the township of Bruce, now the Municipality of Kincardine in the County of Bruce, and also including Parcel Water Lot 3, Section HY152 being that part of the Bed of Lake Huron in front of Lots 11, 12, 13, 14, 15, 16 and in front of part of Lot 17, Concession A or Lake Range being part of Water Lot Location HY 152 designated as Part 17 on Reference Plan 3R 7351. | Station A
Station B
| Holder of the licence for the Station A four-unit power reactor and the Station B four-unit power reactor |
| 2 | Darlington Nuclear Generating Station | Power Reactor | The site is located on the shore of Lake Ontario in the Municipality of Clarington, Regional Municipality of Durham, Ontario, and is more particularly described in property identification numbers 26606-0051(LT), 26606-0052(LT), 26606-0053(LT), 26606-0085(LT), 26606-0134(LT) and 26606-0279(LT). |
| Holder of the licence for the four-unit power reactor |
| 3 | Gentilly-2 | Nuclear Fuel Waste Management Facility | The site is located in Bécancour, Quebec, on the south shore of the St. Lawrence River, at the mouth of the Gentilly River, on lots 3 294 085, 3 294 086, 3 294 087, 3 294 102, 3 294 103, 3 685 137, and 3 685 155, cadastre of Quebec, registration division of Nicolet, as they existed on March 20, 2015. The survey plans and documents under which the lots were acquired can be consulted in the Land Register of Quebec. |
| Holder of the licence for the nuclear fuel waste management facility |
| 4 | Pickering Nuclear Generating Station | Power Reactor | The site is located on the shore of Lake Ontario, in the city of Pickering, Regional Municipality of Durham, Ontario, and is more particularly described in property identification numbers 26326-0136(LT) (part thereof), 26326-0148(LT) and 26326-0149(LT). |
| Holder of the licence for the eight-unit power reactor |
| 5 | Point Lepreau Nuclear Generating Station | Power Reactor | The site is located in New Brunswick on the Lepreau peninsula, 40 km southwest of Saint John on Route 790, and is more particularly described in property identification numbers 00274910, 00276592, 00427138, 00471136, 01231323, 55001911, 55003248, 55010086, 55062640, 55062657, 55062665 and 55094429. Title documents for the subject parcels of land are registered in the Registry Offices for the Counties of Saint John and Charlotte in New Brunswick. |
| Holder of the licence for the single-unit power reactor |
| 6 | Chalk River Laboratories | Reactor of over 7 MW | The site is located near the village of Chalk River in Renfrew County, Ontario, on the south shore of the Ottawa River, approximately 200 km northwest of Ottawa, and is more particularly described in property identification numbers 57074 0021(LT), 57075 0003(LT) and 57076 0049(LT). |
| Holder of the licence for the single-unit reactor of over 7 MW |
| 7 | McMaster Nuclear Reactor | Reactor of 1 MW to 7 MW | The site is located in the Reactor Building at McMaster University at 1280 Main Street West, Hamilton, Ontario L8S 4K1. |
| Holder of the licence for the reactor of 1 MW to 7 MW |
| 8 | École Polytechnique: SLOWPOKE 2 Reactor | Reactor of less than 1 MW | The site is located in the Main Pavilion, Room B277.5, principal building, École Polytechnique de Montréal, 2900, Edouard-Montpetit, Montréal, Quebec H3T 1J4. |
| Holder of the licence for the reactor of less than 1 MW |
| 9 | Royal Military College of Canada: SLOWPOKE 2 Reactor | Reactor of less than 1 MW | The site is located at the Royal Military College of Canada at the Department of Chemistry and Chemical Engineering, Sawyer Building Module 5, 11 General Crerar Crescent, P.O. Box 17000, Stn Forces, Kingston, Ontario K7K 7B4, consisting of Rooms 1500G, 1500H, 1500J, 1500K, 1500M, 1500N, 2507, 2507A, 2507B, 2507C and 2507D. |
| Holder of the licence for the reactor of less than 1 MW |
| 10 | Saskatchewan Research Council: SLOWPOKE 2 Reactor | Reactor of less than 1 MW | The site is located at the Saskatchewan Research Council at 102-422 Downey Road, Saskatoon, Saskatchewan S7N 4N1, in the Environmental Analytical Laboratories building and consisting of the Reactor Room, Uranium Analysis Laboratory, Neutron Activation Analysis Laboratory and Sample Storage Room. |
| Holder of the licence for the reactor of less than 1 MW |
| 11 | University of Alberta: SLOWPOKE 2 Reactor | Reactor of less than 1 MW | The site is located in Room 1099, Dentistry/Pharmacy Building, University of Alberta, Edmonton, Alberta T6G 2N8. |
| Holder of the licence for the reactor of less than 1 MW |
| 12 | Cameco Fuel Manufacturing | Nuclear Fuel Production Facility | The site is located at 200 Dorset Street East, Port Hope, Ontario, and is more particularly described in Parts 1 and 2 of instrument number 89833 deposited in the Land Registry Office, Town of Port Hope. |
| Holder of the licence for the nuclear fuel production facility |
| 13 | Port Hope Conversion Facility | Nuclear Fuel Conversion Facility | The site is located at 1 Eldorado Place, Port Hope, and at the corner of Nelson Street and Dorset Street East, Port Hope, in the County of Northumberland, formerly the County of Durham, Ontario, and is more particularly described in instrument numbers N12702 and N19988 deposited in the Land Registry Office, Town of Port Hope. |
| Holder of the licence for the nuclear fuel conversion facility |
| 14 | Douglas Point Waste Storage Facility | Nuclear Fuel Waste Management Facility | The site is located on the eastern shore of Lake Huron in the Municipality of Kincardine, Ontario, and is more particularly described in property identification number 33285 0178(LT). |
| Holder of the licence for the nuclear fuel waste management facility |
| 15 | Gentilly 1 – Waste Storage Facility | Nuclear Fuel Waste Management Facility | The site is located in Bécancour, Quebec, on the south shore of the St. Lawrence River, at the mouth of the Gentilly River, on lots 3 295 171, 3 685 136 and 3 685 138 to 3 685 143, Cadastre of Quebec, registration division of Nicolet, as they existed on March 20, 2015. The survey plans and documents under which the lots were acquired can be consulted in the Land Register of Quebec. |
| Holder of the licence for the nuclear fuel waste management facility |
| 16 | Western Waste Management Facility | Nuclear Fuel Waste Management Facility | The site is located on the shore of Lake Huron in the Municipality of Kincardine, Ontario, and is more particularly described in property identification number 33285 0168(LT) (part thereof). |
| Holder of the licence for the nuclear fuel waste management facility |
| 17 | Whiteshell Nuclear Research Establishment | Nuclear Fuel Waste Management Facility | The site is located approximately 10 km west of Pinawa, and 100 km northeast of Winnipeg, on the east bank of the Winnipeg River, Manitoba, and is more particularly described in Atomic Energy Control Board Order Number 2/14/74, as published in the Canada Gazette, Part I, on June 8, 1974. |
| Holder of the licence for the nuclear fuel waste management facilities |
| 18 | Nuclear Power Demonstration Waste Management Facility | Radioactive Waste Management Facility | The site is located in the town of Laurentian Hills in Renfrew County, Ontario, approximately 200 km northwest of Ottawa and is situated adjacent to the west bank of the Ottawa River, and is more particularly described in property identification number 57047 0003. |
| Holder of the licence for the radioactive waste management facility |
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