In Western Canada, the collaboration among industry stakeholders, first responders and government agencies during last summer’s wildfire season was remarkable. Information and resource sharing, situation updates, timely and effective communication, and a lot of plain old hard work provided the necessary tools to get us through a crazy summer. During that time, there were record-sized fires in British Columbia’s Tumbler Ridge and Moberly Lake to Mt. McAllister, and the entire community of Hudson’s Hope, B.C., was evacuated. However, there were also some valuable lessons learned about the hazards first responders typically encounter when responding to emergencies near industrial activities.
Pipeline crossings, specifically in rural areas, are one of the most important topics to address for emergency response personnel. Under federal and/or provincial regulations, oil and gas companies that own and operate pipelines are required to monitor, and in many cases prevent, heavy equipment from crossing pipeline right of ways. There are many reasons for this. First, the depth of pipelines varies due to factors including farm activities stripping away layers of soil, hot ground/surface fires, flooding and erosion. And secondly, companies spend a lot of time and resources identifying and mapping pipeline crossings. Nothing is more frustrating to the owner/operator of a high-volume pipeline than seeing that heavy equipment impacted a section of pipe – especially when a designated crossing was close by. Always check with the pipeline company prior to mobilizing heavy equipment.
Knowing what the pipelines contain is also critical. Information about the specific products will help determine safe distances for setting up temporary camps, staging areas and incident-command posts. Always verify with the pipeline company what distance should be maintained from the hazard area, which is generally referred to as the emergency planning zone (EPZ). The radius of an EPZ depends on the product being transported, the operating pressure and the liquid/gas volume. Pipeline companies will gladly share product information and emergency protocols with emergency-response personnel. Understanding this information ensures everyone is aware of the potential hazards as well as the do’s and don’ts.
The oil and gas industry has numerous sites at which large volumes of hydrocarbons are stored in tank farms. And even though industry works hard to reduce the storage of flammable materials during the fire season, the potential fire/explosive hazard is always present. Tank sizes vary, but it is important that fire departments confirm with the local company the contents of the tanks and the volumes. This information is usually found in the wildfire-mitigation plan for the area.
Having up-to-date emergency contact information for industry stakeholders in a given operating area is vital. Company personnel change frequently, which presents communication challenges for everyone. Creating a real-time and accurate list for single points of contact within organizations avoids unnecessary time delays in pushing the critical information to those who need it most.
Industry stakeholders also need updated contact information for local emergency services, response agencies and government authorities. A great information-sharing mechanism was created and co-ordinated by Emergency Management BC in Prince George last summer. Interagency and industry conference calls were set up to provide wildfire-situation updates, weather forecasts, fire impacts and much more. Participants were able to get fast, accurate information. By opening up the phone lines, industry stakeholders could then use the most current information to prepare for wildfire threats.
Mapping proved to be another challenge with respect to the wildfires. However, industry has many geographic-information-system (GIS) resources available to ensure pipelines, roads, bridges, water sources, work camp locations and other important landmarks are clearly identified on the maps used by response personnel. In fact, most emergency-response plans have updated maps. The maps help responders quickly prioritize their actions and tasks; for example, the structural protection of a large work camp would likely take priority over a pipeline. On the other hand, protecting a bridge may take precedent, depending on the access and egress.
Any time we can learn lessons from our past experiences demonstrates a willingness to continually improve response systems, processes, methods and tools.
Mike Burzek is the senior HSE co-ordinator for Progress Energy Canada Ltd. He has 26 years of experience in emergency response and public safety. He lives in Fort St. John, B.C., and can be reached at
Industrial Outlook: March 2015
Learning from past wildfire responses
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