NSDF is a safe, engineered modern facility that ensures these materials do not pose any risk to the public or the environment. An operational NSDF would allow CNL to clean up the CRL campus through carefully decommissioning of aging and redundant nuclear facilities, and conduct important environmental remediation by removing contaminated soils. The need for a modern LLW disposal facility at CRL is imminent. The highly conservative design life of the facility is in excess of 550 years, at which point the radioactivity will have decayed to levels you would find in the natural environment. NSDF has been specifically designed to isolate these waste materials from the environment. CNL has a wealth of operating experience for low level waste (LLW) facilities and there is international operating experience for LLW disposal facilities. Other wastes exist in soils affected by historic and ongoing operations or historic building materials that require decommissioning. Presently, some wastes are temporarily contained in waste storage systems that protect workers, the public and the environment, but continuing to build more and more temporary storage is neither sustainable nor financially responsible. The NSDF is key to improving the state of legacy waste that is already at the Chalk River Laboratories (CRL) site. CNL is proposing to build and operate this project, but it will be paid for by the Government of Canada, and overseen by the federal government, through the Crown Corporation Atomic Energy of Canada Limited, and will only go ahead if approved by the federal regulator, the Canadian Nuclear Safety Commission. But times have changed, and as a responsible steward of the environment, CNL is seeking to retrieve and dispose of these wastes using modern engineering technology.īoth the Government of Canada and CNL recognize that leaving the waste for future generations is not a sustainable option. Since Chalk River Laboratories (CRL) site operations began, wastes produced have been managed consistently with the evolving best practices and regulations. This proud history has created nuclear liabilities in the form of waste. Through investments in the revitalization of the laboratories, that mission of innovative science will continue into the future. This includes the production of medical isotopes that have treated over 1 billion patients worldwide, as well as developments in clean energy which help ensure clean air to breathe and reduced greenhouse gas emissions. Meet the Team: Nuclear & Cyber Securityįor more than 75 years, Canadian Nuclear Laboratories (CNL) has been making advances in nuclear science and technology in the interest of Canadians.Nuclear Detection, Forensics and Response.Meet the Team: Environmental Stewardship.Canadian Nuclear Laboratories’ Community Advisory Panel.Environmental Stewardship Council (ESC).Whiteshell Laboratories Decommissioning.Douglas Point Decommissioning Supporting Documents. NPD Closure project – Frequently Asked Questions.Nuclear Power Demonstration Closure Project.Canadian Nuclear Research Initiative: Health (CNRI-H).Radiopharmaceutical Development and Testing.Contributing to the Health of Canadians.Clean Energy Demonstration, Innovation, and Research (CEDIR).Canadian Nuclear Research Initiative (CNRI).Invitation for SMR Demonstration Projects.Revitalizing the Chalk River Laboratories campus.Site Licences, Certifications and Programs.Future Vision for the Chalk River Laboratories.The Montreal Laboratory and the research and development that has since grown from it have brought Canada recognition as one of the pioneer nations in atomic energy, have given greater authority to Canadian opinion in international relations, and have opened greater opportunities for us in industry and commerce. The Americans could scarcely refuse to accept this arrangement…. The British then suggested that their team be moved to Canada where they would be closer to the American effort. They felt that it was too great a security risk because the senior members of the group that would be sent from Britain were refugees from countries in Europe that were under Nazi domination. Laurence described the origins of the Montreal Lab: “Early in 1942 the British decided that their research effort on atomic energy would be more effective if it were moved to the United States where the supply of equipment and materials was easier and where they could collaborate closely in the American programme.
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