Course Title

Day 1 — Turnaround Planning, Scope Development, and Inspection Strategy

1. Introduction to Turnaround Maintenance

1.1 Turnaround Fundamentals

• Definition and strategic importance of plant turnarounds including (planned shutdowns for inspection, repair, and modification of assets that cannot be safely maintained in operation)

• Types of industrial shutdowns including (turnarounds — full plant shutdown, outages — unit-level shutdown, and opportunistic maintenance — unplanned shutdown windows)

• Turnaround lifecycle phases including (Identify, Define, Plan, Execute, and Close-Out — and the critical decision gates between each phase)

• Applicable international standards including (API 510, API 570, API 653, ASME PCC-2, API 579-1/ASME FFS-1, ISO 45001, and ISO 9001)

• The cost of poor turnaround performance including (schedule overruns, scope creep, unplanned re-entries, and post-turnaround reliability failures — and the organizational impact in Middle East industrial environments)

1.2 Turnaround Organization and Governance

• Turnaround organizational structure including (Turnaround Manager, Planning Engineer, HSE Lead, Inspection Lead, Discipline Supervisors, and Contractor Management roles)

• Turnaround governance and decision-making including (scope freeze milestones, change control authority, budget approval thresholds, and reporting structure to plant management)

• Contractor management strategy including (selection criteria, pre-qualification requirements, mobilization planning, and performance management during execution)

• Turnaround key performance indicators including (schedule adherence, cost performance index — CPI, safety incident rate, scope change volume, and re-entry rate)

2. Scope Development and Work Identification

2.1 Inspection-Driven Scope

• Pressure vessel inspection scope development in accordance with API 510: Pressure Vessel Inspection Code including (inspection intervals, internal and external inspection requirements, and thickness measurement programs)

• Piping inspection scope development in accordance with API 570: Piping Inspection Code including (circuit-based inspection planning, corrosion loop management, and injection point inspection requirements)

• Aboveground storage tank inspection scope in accordance with API 653: Tank Inspection, Repair, Alteration, and Reconstruction including (out-of-service inspection requirements, bottom scan programs, and roof and shell inspection criteria)

• Applying Risk-Based Inspection (RBI) methodology to optimize turnaround inspection scope including (consequence of failure assessment, probability of failure analysis, and inspection interval optimization to reduce unnecessary inspection while managing risk)

2.2 Maintenance and Modification Scope

• Maintenance scope identification sources including (inspection findings from previous turnaround, reliability engineer recommendations, predictive maintenance data, and regulatory compliance requirements)

• Scope screening and prioritization including (criticality ranking, safety-driven versus reliability-driven work classification, and deferral criteria for low-priority items)

• Management of Change (MOC) integration in turnaround scope including (identifying scope items requiring MOC authorization, pre-turnaround MOC completion requirements, and tracking MOC deliverables within the turnaround plan)

• Scope freeze process including (scope submission deadlines, freeze date enforcement, and the cost and schedule impact of late scope additions)

3. Turnaround Planning and Scheduling

3.1 Work Package Development

• Work package structure and content including (scope description, job safety analysis — JSA, material and equipment list, craft resource requirements, duration estimate, and quality inspection and test plan)

• Job Safety Analysis (JSA) development for turnaround work packages including (task step identification, hazard identification, risk rating, and control measure specification for each step)

• Material and spare parts management including (critical spares identification, long-lead item procurement scheduling, warehouse pre-staging, and material traceability requirements)

3.2 Scheduling and Critical Path Management

• Turnaround schedule development including (activity breakdown structure, logic linking, resource loading, and critical path identification using Critical Path Method — CPM)

• Shutdown and startup sequencing including (unit isolation sequence, decontamination planning, equipment handover to maintenance, and startup readiness criteria before recommissioning)

• Resource planning and optimization including (craft labor leveling, equipment utilization planning, contractor mobilization phasing, and scaffold erection and removal sequencing)

• Schedule risk analysis including (identifying schedule float consumers, contingency duration allowances, and recovery scenario planning for critical path delays)

Day 2 — Repair Methods, HSE, and Quality Management

4. Inspection Execution and Fitness-For-Service Assessment

4.1 Non-Destructive Testing and Inspection Methods

• Non-Destructive Testing (NDT) methods used in turnaround inspection including (visual inspection — VT, ultrasonic testing — UT, magnetic particle inspection — MPI, radiographic testing — RT, and Phased Array Ultrasonic Testing — PAUT)

• Corrosion damage mechanisms and their identification including (general corrosion, localized pitting, stress corrosion cracking, hydrogen-induced cracking — HIC, and erosion-corrosion)

• Inspection data collection and recording including (thickness measurement data management, corrosion rate calculation, remaining life assessment, and next inspection date determination)

• Run-Repair-Replace decision framework including (acceptance criteria evaluation, fitness-for-service screening, and escalation to engineering assessment for borderline findings)

4.2 Fitness-For-Service Assessment

• Overview of API 579-1/ASME FFS-1: Fitness-For-Service including (Level 1, Level 2, and Level 3 assessment tiers — and when each is required based on damage type and severity)

• FFS assessment for common damage types including (general metal loss, local metal loss, pitting corrosion, and crack-like flaws — assessment procedure and acceptance criteria)

• Remaining life calculation and inspection interval optimization including (corrosion rate application to remaining wall thickness, retirement thickness determination, and next inspection date setting)

• FFS documentation requirements including (assessment report content, engineering sign-off requirements, and integration with the equipment inspection record)

5. Repair Methods and ASME PCC-2 Application

5.1 Pressure Equipment Repair Procedures

• Repair procedure selection in accordance with ASME PCC-2: Repair of Pressure Equipment and Piping including (weld deposit repair, insert plate repair, flush patch, and fillet-welded patch — and their respective applicability and limitations)

• Welding repair requirements including (weld procedure specification — WPS, procedure qualification record — PQR, welder qualification, post-weld heat treatment — PWHT requirements, and non-destructive examination of completed welds)

• Composite wrap and mechanical clamp repair techniques including (temporary versus permanent repair classification, design life considerations, and condition monitoring requirements after temporary repair)

• Repair documentation and traceability requirements including (material certification, weld map updates, as-built drawing revisions, and pressure test records)

5.2 Piping and Tank Repair

• Piping repair procedures in accordance with API 570 and ASME PCC-2 including (pipe section replacement, weld repair, hot tap and line stop procedures, and injection fitting installation)

• Aboveground storage tank repair in accordance with API 653 including (bottom plate repair and replacement, shell plate repair, annular plate replacement, and roof repair procedures)

• Pressure testing requirements following repair including (hydrostatic testing, pneumatic testing where hydrostatic is impractical, and leak testing acceptance criteria)

6. HSE Management During Turnarounds

6.1 Turnaround HSE Planning

• HSE management system integration for turnarounds in accordance with ISO 45001: Occupational Health and Safety Management Systems including (turnaround-specific HSE plan development, hazard register, and HSE performance monitoring during execution)

• Turnaround HSE risk assessment including (high-risk activity identification — confined space entry, hot work, working at height, and energy isolation — and implementing the hierarchy of controls)

• Permit-to-work system management during turnarounds including (permit types, issuing authority responsibilities, simultaneous operations — SIMOPS — conflict management, and permit close-out procedures)

• Energy isolation and Lockout/Tagout (LOTO) management including (isolation register development, multi-point isolation for complex equipment, verification procedures, and reinstatement control)

6.2 HSE Execution and Incident Management

• Confined space entry management during turnarounds including (atmospheric testing requirements, rescue team standby, entry supervisor responsibilities, and communication protocols)

• Hot work management including (hot work permit requirements, fire watch responsibilities, combustible gas testing before ignition, and hot work area clearance after completion)

• Working at height during turnarounds including (scaffold inspection and tagging, fall arrest system requirements, and mobile elevated work platform — MEWP — authorization)

• Turnaround incident investigation and Root Cause Analysis (RCA) including (immediate response, investigation team activation, causal factor analysis, and corrective action plan development)

Day 3 — Quality Management, Execution Control, Startup, and Lessons Learned

7. Quality Management in Turnaround Execution

7.1 Quality Planning and Inspection and Test Plans

• Quality management system integration for turnarounds in accordance with ISO 9001: Quality Management Systems including (quality plan development, document control, and non-conformance management)

• Inspection and Test Plan (ITP) development for turnaround work packages including (hold points, witness points, review points, and acceptance criteria for each quality gate)

• Material traceability and certification management including (material test report — MTR verification, positive material identification — PMI testing for alloy materials, and storage and handling requirements for pressure equipment materials)

7.2 Non-Conformance and Documentation Management

• Non-conformance report (NCR) management including (NCR issuance, disposition options — use-as-is, repair, rework, and reject — and engineering review requirements for critical non-conformances)

• As-built documentation and record completion including (updated P&IDs, inspection records, repair records, pressure test certificates, and equipment history file updates)

• Turnaround quality audit and close-out verification including (pre-startup documentation completeness check, outstanding action item review, and quality close-out sign-off requirements)

8. Turnaround Execution Control and Progress Management

• Daily progress monitoring and reporting including (work package completion tracking, earned value analysis — EV versus planned value — PV, and critical path schedule status reporting)

• Scope change control during execution including (change request assessment, cost and schedule impact evaluation, change authorization workflow, and scope change log management)

• Manpower and contractor performance management during execution including (daily headcount versus plan, productivity monitoring, under-performance intervention, and additional resource mobilization decisions)

• Turnaround cost control including (actual cost versus budget tracking, forecast-at-completion — FAC updating, cost trend analysis, and management escalation for significant cost deviations)

• Issue escalation and problem resolution during execution including (field change request management, technical query — TQ — resolution, and engineering support availability during peak execution)

9. Plant Restart, Post-Turnaround Review, and HSE Quality Integration

9.1 Controlled Plant Startup

• Pre-startup safety review including (equipment walkdown, isolation reinstatement verification, foreign object exclusion — FOE checks, and startup readiness checklist completion)

• Startup sequence management including (utility system restoration sequence, equipment commissioning checks, process fluid introduction phasing, and operating parameter verification during startup)

• Post-startup monitoring including (leak checks at repair locations, vibration monitoring on rotating equipment, process parameter verification, and early identification of startup anomalies)

• Startup incident management including (immediate response to startup leaks or equipment failures, impact assessment on adjacent systems, and decision authority for startup suspension)

9.2 Post-Turnaround Review and Continuous Improvement

• Post-turnaround performance review including (actual versus planned schedule and cost analysis, KPI achievement assessment, safety performance review, and quality close-out status)

• Lessons learned capture and integration including (structured debrief with all discipline leads, root cause analysis of significant variances from plan, and formal lessons learned register development for the next turnaround cycle)

• Next turnaround scope seeding including (inspection findings from the current turnaround that inform next cycle scope, deferred items carry-forward register, and reliability data analysis to refine next turnaround timing)

10. Case Studies and Group Discussions

• Analysis of turnaround failures and successes in Middle East petrochemical, refinery, and oil and gas environments including (schedule overruns from inadequate scope freeze discipline, post-turnaround reliability failures from inspection quality gaps, HSE incidents during confined space operations, and turnarounds that delivered ahead of schedule through disciplined planning and contractor management) and the importance of proper turnaround maintenance training in protecting plant integrity, personnel safety, and production continuity

• Group discussion on turnaround management challenges in regional industrial contexts including (managing large multi-contractor workforces during peak execution, maintaining HSE standards under schedule pressure, and integrating API 510, API 570, and API 653 inspection findings into real-time repair scope decisions)

• Turnaround planning workshop including (teams receive a plant scenario with inspection history, asset criticality data, and resource constraints — collaboratively developing a turnaround scope prioritization, work package structure, critical path schedule, and HSE risk register for facilitator and peer review)