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Case Studies
The following posts are in no particular order. They are purposely randomized.
Update of WHO Guidance on Food Defense
To support international efforts in mitigating deliberate threats to the food system, the World Health Organization commissioned an update to its earlier guidance titled Terrorist Threats to Food. The revision aimed to broaden the original scope by addressing not only intentional acts, such as food terrorism, but also a wider array of systemic risks—ranging from pandemics to geopolitical disruptions—that could compromise global food safety.
Read More Validation and Optimization of the Computational Tool for the Microbial Risk Assessment Framework (MRAF)
To support more consistent and quantitative assessments of new micro-organisms under the Canadian Environmental Protection Act, Health Canada's New Substances Program (NSP) sought to refine the tools and processes within its Microbial Risk Assessment Framework (MRAF). The NSP had previously collaborated with RSI to review and modernize the MRAF and develop a supporting computational tool. However, further work was required to validate the tool and ensure it aligned with current program needs and regulatory expectations.
Read More Pickering Nuclear Facility Re‑licensing
The client sought support to finalize a Commission Member Document (CMD) for the re‑licensing of a nuclear facility. Recognizing the complexity and sensitivity of reactor re‑licensing, they requested assistance in crafting communication materials that were both technically comprehensive and accessible to regulatory bodies and broader audiences. The work included drafting a clear and well‑structured CMD,…
Read More Risk-based decision making framework
The Alliance of Blood Operators (ABO) needed a coherent risk management framework to guide decision-making on the delivery of blood services by its member organizations, which would help produce consistent decision-making processes and outcomes across the different national jurisdictional and regulatory structures. The RBDM approach was meant to support a shift in risk decision-making in national blood services organizations from one focused on minimizing all risks to blood quality and supply, with little concern for costs, to a risk-based approach in which resources are allocated according to risk and the application of financial resources and management rigour is proportional to the risk they are addressing.
Read More Analysis in Support of Risk-Based Decision-Making for the Alberta Safety Codes Council
An independent regulatory organization responsible for oversight of Alberta’s safety codes system sought to strengthen its capacity for risk-based decision-making. The organization aimed to ensure that regulatory actions—particularly in the area of petroleum storage tanks—were guided by clear, evidence-based prioritization methods that protect public safety while making effective use of resources. The project began with…
Read More Wildfire and residential smoke risk communication
Environment and Climate Change Canada, with Health Canada, wanted to understand perceptions of the health risks from smoke from wildfires and from residential burning (winter heating using wood stoves, and fireplaces), and public health communication approaches and messages used in these contexts. This information would support revisions of the health messages used in the Air Quality Health Index (AQHI). The AQHI expresses the health risk associated with three common urban air pollutants, and is calculated at monitoring stations in communities across Canada to inform the public of the risk level of current local air quality conditions.
Read More Applying New Assessment Methods (NAMs) for Assessing Semi-Volatile Organic Compounds (SVOCs) in Indoor Residential Environments
Health Canada sought expert support in advancing its efforts to develop screening values for semi-volatile organic compounds (SVOCs) commonly found in residential indoor environments. Previous work on indoor air contaminants had focused on volatile organic compounds (VOCs), where screening values were developed based on existing inhalation quantitative hazard assessments (QHAs). However, many SVOCs were identified as having insufficient data to establish such values, leaving critical gaps in risk evaluation.
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