The Royal Canadian Mint has one of its two locations in the heart of Ottawa, the nation’s capital. The mint was established in 1908 and operates in both Ottawa and farther west in Winnipeg.

The operation includes a precious metal refinery specializing in processing gold, silver, platinum, and other valuable materials. As you might imagine, these operations involve complex chemical processes that include handling hazardous substances that fall into the classifications of weapons of mass destruction, chemical warfare agents, toxic inhalation hazards, toxic industrial chemicals, and toxic industrial materials, along with their precursors.

And if that wasn’t enough, the mined raw gold deposits may contain radioactive elements, requiring specialized detection and handling protocols. The Winnipeg facility extends more than 325,000 square feet. And the Ottawa operation is contained within a 117-year-old heritage facility downtown that presents unique logistical and safety challenges including an intricate layout and numerous confined spaces.

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An operation like this will need a pretty robust hazmat response team. In 1997, it got just that. Since 2012, it has operated under NFPA 472 and 1081. The team has 52 members working out of the Ottawa facility and another 42 members in Winnipeg. The members are either protective service officers or volunteers who come from other departments.

The team definitely has its challenges. For example, the refining process involves managing approximately 3,400 chemicals — ranging from small 1-ounce containers to industrial-scale 15,000-gallon tanks. These substances include acids, bases, oxidizers, flammables, poisons, and other high-risk agents. For example, the facility handles 2.5 metric tons of chlorine gas.

Hazmat Training Resources: Chlorine Release Drill

While responses to pure chemical incidents can be relatively straightforward, managing industrial-scale chemical by-products — such as nitrogen oxides — is significantly more complex. These by-products can continue to react post-release, complicating containment and mitigation efforts.

To overcome this the team trains hard. Historically, the program focused heavily on training and skill development, which inadvertently led to gaps in program management. Manual processes and limited use of technology resulted in inefficiencies and reporting challenges. While training remains a cornerstone of the program, the team is adopting a structured, programmatic approach.

The team members undergo annual certification aligned with NFPA 470 standards. They also participate in monthly hazmat skill development sessions, each lasting approximately 60 to 90 minutes. These sessions cover a variety of competencies, including:

• Plugging and patching
• PPE and chemical protective equipment donning/doffing
• SCBA inspection and operation
• Air monitoring using various instruments

Additionally, they conduct training with outside responders. They hold regular joint training exercises with local fire departments, paramedic services, and CBRNe teams. These partners are also invited to the facilities for familiarization tours, which include walkthroughs of critical infrastructure, remote shut-off valves, and chemical processing areas involving solids, liquids, gases, and metal infusion.

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The team says its training philosophy is “train hard – fight easy.” To make that happen, the instructors employs dynamic and realistic training scenarios across all seasons. They use immersive experiences to prepare the team for real-world conditions. This can included:

• Level A positive pressure suit drills in peak summer heat
• Winter decontamination exercises with frozen equipment
• Daytime and overnight training sessions
• Simulated low-visibility environments with smoke
• Mass casualty scenarios using manikins and WMD simulations

As an in-house hazmat team, we do not deploy response vehicles. However, due to our proximity to critical infrastructure — including the federal parliament — the team maintains interoperability with external emergency services. The equipment they do keep in house includes:

• Chemical-resistant ensembles and SCBA units compatible with local fire and paramedic teams
• Gas detection instruments including fixed sensors, 6-gas, 4-gas, single-gas monitors, colormetrics, detector tubes, and portable opto-electronic analyzers
• Offensive response tools including Chlorine Institute kits, cylinder recovery vessels, and patching kits for containers and gas lines
• HazSim, a programmable simulation tool that mimics real-time gas readings using are real monitor interface This technology allows instructors to dynamically adjust sensor readings during training, enhancing realism and enabling responders to practice situational awareness and decision-making under pressure.

The team says one of its most significant achievements was establishing its Hazmat Core Instructor Team. This gave them a cadre of instructors with diverse professional backgrounds, all certified to the hazmat Pro Board standard. This initiative has greatly enhanced the team’s internal training capabilities and operational readiness.