Asset Integrity Management

Asset Integrity Management Systems (AIMS)

ISO 55001 + Energy Institute AIMS — enterprise framework integrating RBI, RCM, IOW, and SCE management

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Technical overview

Asset Integrity Management
Systems (AIMS)

Asset Integrity Management Systems (AIMS) provide the enterprise framework that integrates Risk-Based Inspection (RBI), Reliability-Centered Maintenance (RCM), Integrity Operating Windows (IOW), Safety Critical Element (SCE) management, and Mechanical Integrity programmes into a single governance system. The ISO 55000 / 55001 / 55002 asset-management series (originally PAS 55, internationalised in 2014) provides the management-system shell; Energy Institute's Asset Integrity Management Toolkit, OGUK's Asset Integrity Guidelines, and Norwegian Oil and Gas Guideline 117 provide industry-specific implementation depth. Mature AIMS implementations span 20–30 elements covering policy, leadership, hazard identification, risk assessment, lifecycle planning, MOC, competence management, contractor management, KPI / leading indicators, anomaly response, learning capture, audit, and continuous improvement. The 2018 OGUK Lifecycle of Asset Integrity Management framework remains the most-referenced practical model in oil and gas; CCPS RBPS provides the equivalent for downstream / petrochemical / specialty chemicals.

Asset Integrity Management Systems (AIMS) — Overview
Engineering process

Asset Integrity Management Systems (AIMS) workflow

AIMS Scope & ISO 55000 Alignment

Define AIMS scope covering full asset lifecycle — concept, design, procurement, construction, commissioning, operations, maintenance, decommissioning; align with ISO 55000 (Asset Management) / 55001 / 55002; benchmark against IAM (Institute of Asset Management) competency framework.

Asset Register & Hierarchy Build

Build comprehensive asset register with hierarchy (site → unit → system → equipment → component); align with ISO 14224 taxonomy; populate criticality ranking per safety / environment / operations / business consequence.

Inspection / Maintenance Programme Integration

Integrate API 510 / 570 / 653 inspection programmes, RCM maintenance strategies, RBI prioritisation, PdM monitoring, and FFS triggering; specify CMMS / EAM platform (SAP PM, Maximo, Aveva); align with MOC and PHA revalidation triggers.

KPI Framework & Performance Reporting

Design KPI framework — leading (inspection compliance, MOC closure, training currency) and lagging (failure rate, mean-time-between-failure, OEE, regulatory citation); specify monthly site / quarterly corporate reporting cadence.

Competency & Resource Programme

Build AIMS competency matrix per role (inspection engineer, reliability engineer, materials specialist, FFS specialist); align with API certification (API 510 / 570 / 653 / 580); specify training plan and CPD requirement.

AIMS Audit & Continuous Improvement

Establish annual AIMS self-audit and triennial independent audit; align with corporate HSE / engineering governance; integrate with CCPS RBPS Asset Integrity element and ISO 55001 management review; capture continuous-improvement findings.

Asset Integrity Management Systems (AIMS) — Scope
Scope of work

Every deliverable — from basis to handover

Complete Asset Integrity Management Systems (AIMS) scope — every calculation, drawing, specification, and construction support activity.

AIMS framework design per ISO 55001 with 7 management-system clauses
Policy / leadership / governance establishing accountable executives and AI manager
Hazard identification and risk assessment integration with HAZID / HAZOP / Bow-Tie
Asset lifecycle planning — acquisition, operation, life extension, decommissioning
SCE register and Performance Standards per UK KP4 expectations
RBI / RCM / IOW / MI element integration with single governance
Anomaly management workflow — identification, engineering review, repair, learning
Leading-indicator KPI framework per API RP 754 / OGUK Tier 1–4
Competence management and contractor management interfaces
Audit programme per ISO 19011 with management review per ISO 55001 Cl.9.3
Engineering outcomes

Outcomes of Asset Integrity Management Systems (AIMS)

AIM Programme Coverage & Integrity
  • Reduces loss-of-containment frequency through systematic SCE assurance
  • Addresses the integrity management gaps Buncefield / Texas City / Macondo CSB findings cited
  • Drives anomaly-response discipline preventing escalation
  • Anchors operational integrity across multi-asset portfolios
API 510 / 570 / 653 AIMS Defence
  • ISO 55001 certification-ready framework
  • Aligns with UK HSE KP4 SCE management expectations
  • Withstands OGUK / NCS / DGH offshore regulator scrutiny
  • Provides insurer-grade evidence on integrity-management maturity
AIMS Governance & Inspection Planning
  • Improves equipment availability and reliability through integrated programme
  • Sharpens inspection / maintenance / monitoring coordination
  • Builds anomaly-learning culture across multi-site groups
  • Standardises integrity management across M&A integration
AIMS Overhead & Inspection Efficiency
  • Defers major capex through documented life-extension
  • Optimises inspection / maintenance spend (typical 15–25% reduction in mature AIMS)
  • Reduces unplanned-outage and business-interruption cost
  • Supports insurer dialogue with auditable maturity evidence
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