COG-OCI Counterfeit, Fraudulent and Suspect Item (CFSI) Workshop
December 3 - 4, 2015
The objectives of two-day workshop were to: 1) provide a forum for the sharing of knowledge, experience and ideas on CFSI, 2) review work done to date by EPRI, utilities and suppliers, 3) discuss programs and policies aimed at dealing with CFSI using actual CFSI incidents encountered in the industry.
Key Points from the workshop
- The industry must work together to gather, report and share CFSI information (setting up a common database would be a great start.)
- Improve communications with and qualification of suppliers.
- Inspection of procured items, where possible, should occur at source, upon receipt or prior to installation of the component.
Download the PDF Here
Nuclear Industry Views On Meeting Ontario's GHG Targets/
Cap and Trade Program
October 2015 - CNA
Two submissions from CNA on Ontario’s proposed cap-and-trade arrangement and nuclear's low-GHG profile.
Download the PDF Here
Driving Economic Growth & Keeping the Air Clean: The Role of Nuclear Power in the Great Lakes
September 2015 - Bruce Power Report
This report takes an in-depth look at nuclear energy in the eight states and two provinces that make up the region. The report is a collaborative effort between Bruce Power, the Council of the Great Lakes Region and the Provincial Building & Construction Trades Council of Ontario.
Download the PDF Here
A Nuclear Future - A Feature by Mediaplanet
June 2015 - A Nuclear Future
Canada has never been closer to realizing its nuclear potential
Download the PDF Here
Hatch Ltd. - CNA Report
Lifecycle Emissions of Nuclear, Wind and Natural Gas Power Generation
Download the Summary Report Here
Download the Full Report Here
OCI-CNA-EDC Presentations - EDC Workshop June 2014
"Nuclear Power Sector"
"EMA Global Growth Fund (Distribution)"
2013 Fact Book
The 2013 edition of the Canadian Nuclear Association’s nuclear energy fact book is now online and available for download. Canada and countries around the world are discussing energy matters like never before. The CNA’s nuclear handbook provides basic and factual material to contribute to decisions about the role of nuclear energy.
This book tells us about the history of nuclear power; the extent to which the technology is used worldwide; and its economic and environmental benefits. The accessible facts and graphics also show us how nuclear provides over 17% of Canada’s electricity with virtually no greenhouse gas emissions.
The CNSC has published a new factsheet on Naturally Occurring Radioactive Material (NORM). The factsheet provides information on the regulation of NORM, as well as the safe handling and disposal of NORM.
Read the factsheet:
The Canadian Nuclear Safety Commission (CNSC) has published regulatory document REGDOC-2.12.2, Site Access Security Clearance (formerly known as draft GD-384, Site Access Security Clearance for High-Security Sites)
This document presents the CNSC’s expectations regarding the process for granting a site access security clearance (SASC) for authorized unescorted entry to a protected area.The SASC process helps ensure that unescorted persons entering protected areas would not pose a risk to facilities, their operation or personnel.
For more information about REGDOC-2.12.2, see Information Bulletin 13-05: http://www.nuclearsafety.gc.ca/eng/readingroom/infobulletins/view_bulletin.cfm?bulletin_id=328
CNSC President Michael Binder attended the International Nuclear Regulators Associations (INRA) meeting in Tokyo, Japan on May 5-8, 2013.
INRA is an association that comprises the most senior officials of the nuclear regulatory authorities. The main purpose of the association is to influence and enhance nuclear safety, from the regulatory perspective, among its members and worldwide.
Representatives from member countries Canada, France, Germany, Japan, Republic of Korea, Spain, Sweden, the United Kingdom, and the United States attended the meeting.
While in Japan, Mr. Binder also toured the site of the Fukushima Daiichi Nuclear Power.
View the presentation: http://nuclearsafety.gc.ca/eng/mediacentre/presentations/presentations-2013.cfm#a20130506
Nuclear Energy 101
- Nuclear Power in Society Conference - October 2009
- COGnizant: To access the COG newsletter from COG web site, hit the hot button "Monthly Newsletter" in the top menu.
- Canadian Nuclear Association
- Canada’s Nuclear Energy Handbook 2007: Reliable, affordable and clean electricity
- Industry Canada
- The Canadian Nuclear Industry Capabilities Guide 2008 - CNIC Guide in English
- CNIC Guide in French
- Nuclear Advantage
- CANDU Reactors Worldwide
- CANDU Benefits
CANDU Nuclear Technology is Safe
- CANDU power plants are safe. The multiple, independent safety systems can quickly shut down the plant and maintain it safely in case of any malfunction or external event (such as the blackout of August 2003).
- Nuclear power is the most extensively regulated form of energy, required to meet very stringent safety and environmental requirements for all aspects, from mining to used fuel management.
- From the outset, the safety of CANDU nuclear power reactor has been a very high priority in their design and engineering. About one third of the cost of a CANDU power plant is due to safety systems and structures.
- No member of the public has been harmed as a result of a radiation leak from a nuclear power plant or used fuel storage facility.
CANDU Nuclear Technology safely manages its used fuel
- The Canadian nuclear industry is the only power industry in Canada that accounts for ALL its wastes: zero wastes escape plants.
- The Canadian nuclear industry has been safely managing used fuel (waste) for more than 40 years.
- The small amount of used fuel produced by Canadian nuclear power plants to generate huge amounts of electricity is controlled and stored in carefully managed facilities.
- Used fuel is initially stored in water-filled bays at the site of the nuclear power plants for 5-10 years and then placed in large concrete canisters safely stored on site.
- Long-term used fuel storage solutions are in place. Canada's Nuclear Waste Management Organization (NWMO) has made recommendations to implement a phased approach to long-term disposal of used fuel. Their recommendations include: storage at reactor sites and long-term geological storage.
- The amount of used fuel from nuclear plants is relatively small and is totally managed. On average, a 600 MW CANDU nuclear power plant produces only 20 cubic metres of used fuel bundles per year. The Advanced CANDU Reactor (ACR-1000) is designed to have less waste volume.
- The total amount of used fuel from Canada's nuclear power plants could be stored in one soccer field, to the height of one player. Used fuel is contained in a highly secured environment.
CANDU Nuclear Technology has proven Reliability
- The worldwide CANDU 6 fleet has an excellent track record, with an 87.4 per cent average capacity factor, the highest in the world. CANDU nuclear technology performance ranks well ahead of the competition.
- CANDU nuclear technology has demonstrated its capability of high performance, compared to other designs now in operation. In South Korea—which has significant operating experience running both CANDU power plants and foreign competitors' technologies—CANDU 6 power plants have matched or exceeded other competitors' performance. Three of the Korean CANDU 6 units were in the top 10 best performing power plants in the world during the last decade.
- The top 3 CANDU 6 units achieved a 96% Capacity Factor for 2004 and are among the top 10 performing nuclear power plants in the world.
CANDU nuclear technology makes affordable energy
- CANDU nuclear energy is a competitive source of electricity because it produces low-cost baseload power, similar to large hydroelectric energy sources. The greatest cost arises from the construction of the power plant; only a small fraction comes from the cost of the fuel supply.