Asset Integrity
Engineering

Asset Integrity Engineering
Key Capabilities

Risk Assessment:
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Comprehensive assessment of asset risks, including mechanical, structural, corrosion, and operational risks.
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Implementation of risk management strategies, including risk identification, analysis, and mitigation planning.
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Utilization of risk assessment methodologies and software tools to prioritize and address high-risk assets.

Fitness-for-Service Assessment:
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Expertise in conducting fitness-for-service assessments to evaluate the structural integrity and continued operational capability of assets.
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Utilization of industry codes and standards (e.g., API 579, ASME PCC-3) to assess damage mechanisms, corrosion, cracking, and other degradation issues.
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Development of mitigation plans, including repair recommendations, inspection intervals, and remaining life calculations.

Asset Integrity Inspection :
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Provision of comprehensive inspection services for Pressure vessels, PSVs, tanks, boilers, piping and structures.
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Experienced personnel certified to perform inspections and interpret inspection results
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Collaboration with certified inspection bodies and adherence to industry standards and best practices.
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Provide support during shutdowns in inspection and work pack preparation.

Integrity Management Systems (IMS):
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Development and implementation of comprehensive IMS to ensure effective management of asset integrity activities.
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Integration of risk-based inspection (RBI), corrosion management, data management, and documentation control systems.
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Customization of IMS to meet specific organizational needs and compliance requirements.

Regulatory Compliance and Standards:
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Expert knowledge of industry codes, standards, and regulatory requirements (e.g., API, ASME, NACE, ISO).
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Ensuring compliance with relevant regulations, including pressure vessel regulations, pipeline safety regulations, and environmental regulations.
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Providing guidance and support in obtaining necessary certifications and compliance documentation.
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Integrity Assessment and Life Extension

Assessment of asset condition, remaining life, and suitability for continued operation.
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Utilization of engineering calculations, predictive modeling, and advanced assessment techniques to determine asset viability and potential life extension strategies.
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Collaboration with engineering teams to develop retrofitting plans and asset enhancement measures.
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Structural integrity assessments
