Seven years on, have the lessons of the Lac-Mégantic rail disaster been learned?

The government responded to the disaster with a flurry of safety measures: ministerial orders, legislative changes, etc. How effective have these been?

The centrepiece of the safety regulatory regime is safety management systems [SMS]. They are generally understood to be a “formalized framework for integrating safety into the daily operations of an organization, including the necessary organizational structures, accountabilities, policies and procedures. Government sets the rules companies must follow to ensure they are implementing prescribed risk assessments, staff work-rest rules, track maintenance standards, whistleblower protections, among others.

SMS was introduced almost two decades ago as an added safety layer to direct on-site, inspection-based oversight. It soon became a substitute — in effect, company self-regulation. Inspections dwindled and oversight increasingly became a paper exercise — reviewing company books.

To this day, there remain huge discrepancies between recommendations made by multiple investigations — Transportation Safety Board (TSB), parliamentary committees, legislative reviews, auditor general reports calling for major reform of the system — and Transport Canada’s tepid response.

Auditor general reports have concluded SMS contains serious flaws. Safety management systems have been on the TSB’s watch list since it was created in 2010 as “among those issues posing the greatest risk to Canada’s transportation system.”

The railways are still refusing to implement fatigue management practices in accordance with the scientific evidence. Their mandated whistleblower protection provisions are not being used by workers for fear of recriminations. Their risk management practices are inadequate and hidden from public scrutiny.

Since Lac-Mégantic, there have been seven major derailments of trains carrying dangerous goods, recently near Guernsey, Saskatchewan, (December 2019 and February 2020) which together spilled 3.1 million litres of diluted bitumen from the most crash-resistant model tank cars. All were due to broken rails or other track infrastructure problems. A TSB March 2020 advisory noted Transport Canada’s track safety rules that companies use in their risk assessments were set in 2012. These rules did not take into account the huge increase in oil by rail traffic since then. They have still not been updated.

A CBC investigation obtained hundreds of Transport Canada inspection reports documenting track safety problems along that 183-kilometre section of CP Rail’s Saskatchewan line over a four-year period. At no point did it order the company to stop running these mega trains. During this time, CP registered a seven-fold increase in oil train traffic along the route.

Have the railways found alternative routes for transporting dangerous goods around heavily populated areas? It was recommended long ago by the inquiry into 1979 Mississauga CP derailment, which forced the evacuation of 200,000 people. Municipalities have called repeatedly for trains to be rerouted, as has the Transportation Safety Board.

There has been zero progress in this regard. For cost-efficiency reasons, railways have been unwilling to interchange cargo with other companies whose tracks circumvent urban areas. They interchange regularly, but only when it suits their economic interests. And Transport Canada has been unwilling to mandate rerouting. Rerouting may be the single most important measure to reduce the risk of dangerous goods disasters.

Remote-control satellite-based systems for monitoring and controlling train movements (positive train control) and electro-pneumatic braking systems (ECP) are technological innovations that should have been implemented years ago. The former is almost completely in place in the U.S., though the Trump administration rolled back regulations requiring these advanced braking systems. In Canada, there has been no concrete action by the railways, and no mandate from Transport Canada to require these safety-enhancing technologies despite a recommendation from a National Research Council report over seven years ago.

Another essential safety component requires companies to implement fatigue management practices in accordance with the latest scientific evidence. Since 1994, the Transportation Safety Board has identified sleep-related fatigue as a contributing or risk factor in at least 31 rail accidents. Despite the latest fatigue management regulations introduced in 2015, the railways continue to stonewall.