Thank you, Mr. Chair. Good afternoon, Ms. Brunelle and gentlemen.
On behalf of AECL, I am pleased to be hear to discuss the Supplementary Estimates (C). I would like to introduce Kent Harris, Chief Financial Officer of AECL.
With approximately 5,000 staff, AECL has two operating divisions: the CANDU reactor division, responsible for commercial operations; and the nuclear laboratories, responsible for R and D.
The CANDU reactor division designs and builds CANDU power stations. It offers a full range of products, services, and engineering support to nuclear utilities. The nuclear laboratories, located at Chalk River, Ontario, have three main missions: the production of medical isotopes, nuclear research and development, and the management of nuclear waste.
As the minister noted, the government is continuing with its process to divest the CANDU reactor division. For our part, we are moving ahead with internal preparations to separate AECL into two entities. AECL is focused on a number of priorities to implement government policy, sustain operations, and meet health, safety, and regulatory requirements.
At Chalk River, these priorities include extending the licence of the site until 2016, implementing the isotope supply reliability program, implementing “Project New Lease” to improve aging facilities, and implementing the nuclear legacy liability program to safely manage historic nuclear waste.
AECL is heavily engaged in preparing an application to the Canadian Nuclear Safety Commission this fall for a five-year renewal of the Chalk River site licence. Our relicensing plan is on schedule and within the agreed protocol with the CNSC. The isotope supply reliability program is mandatory if AECL is to continue to produce isotopes until 2016. This program will ensure reliable, safe, and effective operation in conformity with modern standards and licensing.
Project New Lease is a long-term infrastructure improvement program designed to ensure safety and security for all Chalk River missions. As many of you know as a result of your visit last year, Chalk River labs, established in the 1940s, requires significant ongoing investment to ensure safe and continued operation as Canada's largest nuclear research campus.
Site infrastructure at Chalk River comprises facilities to enable nuclear research and medical and industrial isotope production. It contains facilities necessary to carry out waste management and decommissioning activities. Infrastructure includes not only specialized facilities and labs to work with radioactive substances, but also a heating plant, an electrical switchyard, and waste and water treatment facilities.
Project New Lease expenditures are beyond what can be managed within AECL's reference level. They include construction of shielded modular above-ground storage facilities for low and intermediate radioactive waste, refurbishment of shielded facilities or hot cells, and upgrades to the switchyard and power system for safe operation and code compliance.
The Chalk River site safely manages wastes created during ongoing operations, as well as Canada's historic nuclear wastes. AECL is implementing the government's 70-year nuclear legacy liability program and we are now approaching completion of the fuel packaging and storage complex, which is a significant milestone.
I am proud to report that the World Association of Nuclear Operators, made up of operators for over 400 power reactors worldwide, last month granted the NRU reactor at Chalk River full membership. This is the first time that a research reactor has ever been granted membership in WANO, and this gives AECL access to a rigorous peer review process and important operating knowledge and experience. This will allow AECL to build a stronger safety culture, based on best global practices.
With respect to supplementary estimate (C), AECL has been allocated $175.4 million. This funding is lower than was expected earlier in the year, owing to our improved ability to forecast projects as technical uncertainty has declined. I would also point out that funding to AECL has not been awarded on a full-year basis during this fiscal year because of the ongoing restructuring. Therefore, the need for supplemental funding at this time is driven by this approach, not by any recent variations in our plan.
AECL funding requests receive detailed and careful oversight through AECL's board and interdepartmental committees. Supplementary (C) estimates include funding to ensure isotope production from NRU, which is operating at full power and is meeting all demands for health, safety, security, and environmental upgrades to meet new regulatory standards to continue CANDU reactor technology design and development, to support life extension projects, and to support restructuring and related costs.
AECL management is committed to taking measures to deal more effectively with risks inherent in our projects and programs.
We have been implementing recommendations from various independent reviews, as well as improving our internal management processes.
I would like to take just a few more moments to complete a high-level tour d'horizon of AECL activities. The life extension projects at Bruce Power in Ontario and Wolsong in Korea are tracking ahead of the latest estimates for schedule and cost. AECL will complete its scope for both projects before the middle of this year.
In New Brunswick, the Point Lepreau project is tracking to the latest schedule and cost forecast, which was developed in September 2010. We remain committed to completing our scope of work by May 2012. While there has been a schedule adjustment by Hydro-Québec on the G2 project, we are ready to proceed with the retubing and refurbishment of the Gentilly-2 reactor near Trois-Rivières.
As members of the committee know, I'm sure, life extension projects are highly complex. They involve development of massive new tooling systems and technology, as well as extensive training of skilled trades, and the procurement of highly specialized equipment and materials. As with most “first of a kind” projects and technology, there is risk of encountering unforeseen problems. However, we have overcome significant technical challenges in our projects and we are using this knowledge and experience as a springboard to a stronger future. Our aim is to become a true high-performance culture. We will complete our current life extension project safely with the highest attention to quality, and we will deliver those reactors back to customers so they can generate clean, reliable electricity for another 25 years or more.
In terms of CANDU marketing, we remain active in both new-build and life extension markets here in Canada and abroad. Our ongoing nuclear services business, which supports the CANDU fleet worldwide, is robust and performing valuable work for our reactor fleet customers. Our continued goal is to promote Canada's world-leading CANDU technology with its distinctive attributes of fuel cycle flexibility and natural uranium around the world.
Thank you, Mr. Chair. Merci beaucoup.
That concludes my brief overview of AECL. We would be pleased to respond to any questions.