Abrasion, corrosion, and fatigue are constant operational threats to pipeline systems. Effective pipeline integrity management focuses on preventing and mitigating unintentional releases while ensuring the asset achieves its full service life. The safe and reliable transportation of products from source to delivery point is a primary objective for every pipeline operator. Failure to manage integrity risks can lead to serious consequences, including loss of life, environmental damage, social and economic impact, revenue loss, asset damage, and reputational harm, ultimately affecting shareholder value.
PJ prepares comprehensive safety cases to demonstrate that operators can safely manage and operate their pipeline systems. Our safety case studies involve a detailed review of design and installation to identify operational risks and develop mitigation controls through advanced risk modeling techniques, including QRA (Quantitative Risk Assessment) and SQRA (Semi-Quantitative Risk Assessment). The results are consolidated into industry best practices, supporting safe, reliable, and compliant pipeline operations.
Effectivepipeline integrity management ensures that all physical assets, management processes, and personneloperate as intended. PJ’s asset integrity management approach focuses on four key areas:
Our pipeline asset integrity management systems are built on design, construction, commissioning, operations, and maintenance data, combined with real-time field surveillance. We assess the pipeline condition and assign risk factors by kilometre, allowing targeted allocation of maintenance resources to mitigate risks.
PJ’s integrity plans include comprehensive reviews of operational processes and personnel competencies, benchmarked against industry best practices and project-specific requirements. We also develop tailored training programs and conduct continuous performance evaluations to ensure long-term asset integrity and operational excellence.
We provide a wide range of engineering services from conceptual design to detailed engineering:
