Description Of The Request
An unexpected rupture occurred in a critical 30” diameter FRP (Fiberglass Reinforced Plastic) pipeline that was responsible for directing effluent waste. This sudden break resulted in the immediate shutdown of the plant, as the damaged pipe compromised the entire flow system. Unfortunately, due to the nature of the piping system and the operational demands of the plant, it was impossible to completely halt the water flow within the pipe, posing an additional challenge. The incident caused substantial disruption, with potential risks to both the environment and ongoing operations. Immediate action was required to restore the system and prevent further loss or damage.
Outcome
In response to the emergency, an engineer and specialized repair teams from Troy Dualam Services were dispatched to the site on the same day the issue was reported. Leveraging their expertise, they implemented an innovative strapping and overwrapping method, reinforcing the damaged section of the pipeline. This quick and efficient solution allowed the plant to restart operations in record time, mitigating downtime and restoring functionality to the effluent management system. Alongside the immediate repair, the team conducted a thorough assessment of the system, providing the client with strategic recommendations for improving pipeline resilience and preventing similar incidents in the future. These measures ensure long-term operational security, safeguarding the plant from potential future disruptions.
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Created By:
Jasmin Leblanc
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Project Completed:
September 2022
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Location:
Windsor, Quebec, Canada
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The Result of Project
The swift response and expert solution provided by the Troy Dualam Services team successfully restored the plant’s operations in minimal time. The innovative strapping and overwrapping technique effectively sealed and reinforced the damaged 30″ FRP pipeline, allowing the effluent flow to resume without further issues. This emergency intervention prevented significant operational losses and minimized environmental risks, enabling the plant to return to full functionality much sooner than anticipated.
The repair not only addressed the immediate issue but also reinforced the structural integrity of the pipeline. The recommendations provided by the team have since been implemented to prevent future incidents. As a result, the plant now benefits from enhanced durability in its effluent system, ensuring long-term stability and reducing the likelihood of similar breakdowns. The project was deemed a success, with the client expressing satisfaction with the efficiency, professionalism, and long-term value of the solution.
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