MISSISSAUGA, ON, Sept. 10 /CNW/ - The Canadian Nuclear Safety Commission
(CNSC) has completed Phase 2 of a Pre-Project Design Review of Atomic Energy
of Canada Limited's Advanced CANDU Reactor (ACR-1000(R)) and concluded that
there are no fundamental barriers to licensing the ACR-1000 in Canada.
"This is a tremendous milestone for the Canadian nuclear industry as it
signals the strength of the CANDU nuclear design to the global marketplace,"
says AECL President and CEO Hugh MacDiarmid. "The CNSC has found no
fundamental barriers to licensing an ACR-1000 here in Canada, which gives a
strong indication that our design is safe and robust."
The objective of a Pre-Project Design Review is to verify, at a high
level, the acceptability of a nuclear reactor design with respect to Canadian
safety requirements and expectations. To achieve this objective, CNSC staff
assessed specific safety and security aspects of the ACR-1000 design to
identify any potential technical issues that could constitute a potential
fundamental barrier to licensing a new reactor design in Canada.
"I am pleased to recognize the completion of the Phase II Pre-Project
Design Review of the ACR-1000 for AECL," says CNSC President & CEO Michael
Binder. "This is a positive result in the assessment of whether there are any
fundamental barriers to safety in the proposed design provisions of the
The CNSC Phase 2 Pre-Project Design Review concluded:
- AECL has provided sufficient design and analysis information for the
purpose of the review;
- At a high level, the design intent is compliant with CNSC regulatory
requirements and meets the expectations for new nuclear power plants
- CNSC staff did not identify any fundamental barriers to licensing the
ACR-1000 in Canada;
- An adequate design process is in place, and the CNSC has made some
observations regarding its implementation;
- As part of a licence application, CNSC staff would expect a
commissioning program to be submitted that is commensurate with
industry best practice that would verify to the extent practicable
that the new features of the ACR-1000 design will function in
accordance with their design requirements; and,
- The overall ACR-1000 R&D program was derived logically from the
existing knowledge base and appears to be comprehensive - addressing
key safety-related and first-of-a-kind R&D requirements.
While the overall conclusion indicated that there are no fundamental
barriers to licensing the ACR-1000 in Canada, it should be noted that this is
subject to the successful completion of AECL's planned activities, in
particular those related to R&D.
Mr. MacDiarmid added, "We are confident in the merits of the ACR-1000 as
it's built on the fundamentals of our existing CANDU reactor fleet, including
the CANDU 6, which has been built on-time and on-budget on four continents in
the last 12 years. AECL and its Team CANDU partners are ready to build the
first ACR-1000 on Canadian soil and the positive conclusions of the CNSC's
Pre-Project Design Review provide more confidence in our readiness."
AECL will now proceed with finalizing the detail aspects of the design in
anticipation of an ACR-1000 reactor build in the near future.
A copy of the Phase 2 Executive Summary is available for downloading from
the CSNC website at: www.cnsc-ccsn.gc.ca.
A flythrough video demonstrating the ACR-1000 reactor can be viewed at
Canada Newswire's (CNW) Broadcast-On-Demand site:
About the ACR-1000
The ACR-1000 is Atomic Energy of Canada's evolutionary, Gen III+(*),
1200 MWe class pressure tube reactor. It is a light water cooled, heavy
water moderated pressure tube reactor derived from the well-established CANDU
The ACR-1000 retains the basic, well-proven, features of the CANDU(R)
plant design such as a modular, horizontal fuel channel core, a
low-temperature heavy-water moderator, water-filled vault, two independent
diverse shutdown systems, on-power fuelling and reactor building accessibility
for on-power maintenance.
(*) Gen III+ is the classification given to nuclear technologies by an
international team, including Canada, that is collaborating on the research to
develop the next generation, Gen IV reactors. ACR-1000 is one of the
technologies that are considered as a Generation III+ design.
Atomic Energy of Canada Limited is a full service nuclear technology
company providing services to nuclear utilities around the world. Established
in 1952, AECL is the designer and builder of CANDU technology including the
ACR-1000 and the CANDU 6, one of the world's top-performing reactors. AECL is
actively developing CANDU markets in Romania, Argentina as well as other
international markets. AECL's 5,000 employees deliver cutting edge nuclear
services, R&D support, design, and engineering, construction management,
specialized technology, refurbishment, waste management and decommissioning in
support of CANDU reactor products. More information on AECL and CANDU
technology can be found at www.aecl.ca.
For further information:
For further information: Dale Coffin, Director, Corporate
Communications, Atomic Energy of Canada Limited, (905) 403-7457,