What do these Shutdown Benchmarking Models show?
Shutdown excellence is not accidental. It is designed through planning discipline, scope control, logistics readiness, integrated governance, execution cadence, and structured close-out. These benchmark models show how high-performing shutdowns are built as repeatable business systems.
This page restructures the shutdown benchmarking content into the current Asset Academy format so the value is immediately clear: what each benchmark teaches, what disciplines matter, how the models compare, and what leaders should apply next.
Entry problem
Many shutdown teams know the work, but lack a structured benchmark for how scope, planning, logistics, execution control, and close-out should be integrated into one operating model.
Tool response
This page reframes benchmark and comparison material into structured learning blocks that can be read like a playbook for assessing and strengthening shutdown delivery capability.
User value
Users can move directly from “which benchmark should we learn from?” to “what controls should we strengthen next?” without searching through long narrative pages.
The modules below mirror the benchmark page structure and convert the subject matter into the same reusable Asset Academy format used across the current shutdown theory and case study pages.
What this benchmark emphasizes
Lenahan frames shutdowns as a structured end-to-end management system beginning with business context and strategy, then moving through initiation, scope validation, planning, organisation design, logistics readiness, safety, quality, execution control, and formal close-out.
Lenahan proposes a structured, step-by-step framework:
- Context & Strategy
Understanding business drivers such as financial targets, regulatory demands, and asset lifespan is the foundation of any shutdown program - Initiation & Scope Validation
Formal approval and scoping ensure alignment with asset health and stakeholder expectations. Lenahan underscores the importance of scoping discipline to avoid schedule drift - Planning & Organisation Design
He advocates creating a turnaround organisation with assigned roles, clear governance, process-based workflows, and targeted checklists - Logistics and Execution Readiness
Detailed planning of logistics people, materials, permits, and tools is essential for mobilisation. Lenahan views logistics as the lifeblood of execution . - Safety, Quality, Communication
Integrated plans for safety, quality assurance, and communication are embedded throughout, ensuring compliance and proactive management of incidents - Execution & Control
A rigorous execution cadence daily briefings, control rooms, real-time tracking supports agility. Lenahan describes this as the “central nervous system” of the shutdown . - Termination, Close-Out & Review
Structured handover, contractor demobilisation, and close-out gates safeguard completion. Post-event review informs continuous improvement
Key Best Practices from the Model
- Principle-based flexibility
Lenahan acknowledges that each situation is unique but emphasises that standardized principles not rigid templates enable adaptability across contexts - Objective governance via role clarity
Assigning clear leadership, including turnaround managers and coordination teams, establishes ownership for tasks, safety, scheduling, and cost control - Checklists, logic, and discipline
Tools like audit checklists, risk and scope gates, and standard operating procedures ensure repeatability and remove guesswork . - Modular contractor packaging
Breaking work into well-defined packages reduces interfaces, simplifies cost control, and enhances accountability . - Integrated logistics
Proactive overhead coordination accommodation, material staging, transport, and permits prevents bottlenecks and ensures flow . - Continuous monitoring and adjustment
Daily rhythm briefings, audits, log updates, dashboards fuel responsive decision-making and timely interventions . - Independent case reviews
Lenahan encourages external audits, such as his own consultancy, to validate process maturity, benchmark performance, and identify hidden risks .
Summary of Outcomes
The Model of Excellence integrating strategy, organisation, logistics, and control enables systematic delivery of shutdowns with reduced downtime, managed cost and risk, and actionable continuous improvement. Lenahan’s approach has been adopted across power generation, petrochemical, manufacturing, and utilities worldwide.
Credit & Citation
- Source: Tom Lenahan, Turnaround, Shutdown and Outage Management: Effective Planning and Step‑by‑Step Execution of Planned Maintenance Operations, Elsevier/Butterworth‑Heinemann, 2006/2011
- Model Citations: Original structure outlined in Chapters 1–14, including case studies and model summary.
- Strong front-end scoping and approval discipline.
- Defined turnaround organisation with role clarity and governance logic.
- Integrated logistics treated as a core execution enabler.
- Daily execution rhythm, dashboards, and control-room visibility.
- Formal close-out and post-event review to capture learning.
Core strength
A coherent full-lifecycle model with explicit control gates and repeatable discipline.
Best use
Large shutdowns that need structured governance, role clarity, and execution cadence.
Leadership takeaway
Do not treat logistics and control as support functions. They are central to shutdown performance.
What this benchmark emphasizes
Durrant’s methodology presents shutdowns as a cross-functional operating model. The logic is heavily focused on aligning operations, maintenance, engineering, supply, safety, and management through a common lifecycle and disciplined governance process.
Inspired by Peter Durrant’s courses and Dr Bob Platfoot’s asset management leadership at Covaris (Learn More…)
Peter Durrant serves as an Adjunct Principal at Covaris, with a rich background in naval engineering and senior operational roles in mining and resource industries In collaboration with Covaris instructors under the mentorship of Dr Bob Platfoot an asset management authority with over 30 years of global experience Durrant leads Covaris and Asset Schools’ renowned Shutdown School (Learn More…)
Core Framework of Shutdown School
Durrant’s training is structured into 8 key learning modules, mirroring the full shutdown lifecycle:
- Establishing the Shutdown
- Asset Management Plan Integration
- Shutdown Initiation
- Scope Generation & Work Order Planning
- Detailed Work & Resource Planning
- Scheduling & Integration
- Execution & Control Protocols
- Commissioning, Close-Out, and Post-Shutdown Review
These modules are designed as an end-to-end system for planners, schedulers, operations, safety, supply, engineering, and management roles involved in shutdowns.
Key Methodologies and Best Practices
- Cross-Functional Integration
Durrant emphasizes the need for inter-departmental collaboration: maintenance, operations, project, and safety teams are all trained together to break down silos, ensuring smoother planning and coordinated execution
- Governance and Control
The curriculum focuses on establishing a Steering Committee, formal role definitions (e.g., Shutdown Manager), communication plans, and rigorous control protocols for scope, documentation, risk, and performance tracking
- Structured Scope Development
Participants learn how to generate and differentiate scope types capital, corrective, and proactive and create provisional worklists. The training stresses early approvals and gate reviews to prevent scope creep
- Tactical Execution Tools
Key execution tools include:
- Daily meeting schedules and status updates
- Isolations management and work pack issuance
- Shutdown timetable changes and emergent issue tracking
- Commissioning steps and post-event close-out
These routines help maintain control and adapt to real-time conditions.
- Performance Metrics & Review
Durrant incorporates performance metrics such as schedule variance, scope completion, safety incidents, and cost tracking. Post-shutdown exercises include handover of commercial arrangements, technical documentation, and lessons learned capture
Organizations utilizing Durrant’s training report:
- Improved shutdown consistency adopted across departments
- Enhanced role clarity and ownership
- Better managed shutdown schedules with fewer overruns
- Stronger cross-functional communication and governance
- Documented performance insight to embed continuous improvement
These results align with Dr Platfoot’s asset management emphasis on maturity, process discipline, and systems intelligence
- Peter Durrant, Adjunct Principal at Covaris and facilitator in Asset Schools’ Shutdown School (Learn More…)
- Dr Bob Platfoot, Covaris leader in asset management and shutdown governance (Learn More…)
- Eight learning modules covering the end-to-end shutdown lifecycle.
- Cross-functional integration rather than planning in silos.
- Formal steering structures, role definitions, and communication routines.
- Structured scope generation, scheduling, and tactical execution tools.
- Performance review logic that feeds maturity and repeatability.
Core strength
Operational integration and shared shutdown language across functions.
Best use
Sites needing stronger governance, better role clarity, and improved team alignment.
Leadership takeaway
Shutdown performance improves when the whole business learns and plans together.
What this benchmark emphasizes
Singh positions shutdowns as strategic business events. His approach highlights early stakeholder engagement, strong work-scope leadership, operations integration, contractor packaging, and measurable gains in cost, schedule, and reliability performance.
Based on A. Bobby Singh ’ s World‑Class Turnaround Management (Everest Press) and expert practice
Context and Purpose
Bobby Singh, President of Project Assurance, frames shutdowns, turnarounds, and outages as strategic business interventions not just technical maintenance tasks
His philosophy centers on reliability and efficiency, positioning these events to deliver measurable value, from cost savings to improved asset uptime.
Best Practices in Singh’s Execution Model
· Early Stakeholder Engagement
Singh emphasises starting scope development 15‑18 months in advance, with operations leadership fully engaged in defining and reviewing worklists.
This pre‑emptive collaboration fosters shared ownership and scope clarity.
· Structured Work‑Scope Development
He advocates for a Work Scope Leadership Team , backed by an executive sponsor, to vet and prioritise work items based on reliability, risk, and business impact This avoids late additions and ensures attention to critical tasks.
· Integration of Operations
Singh warns of planning teams that work in isolation or rely on underqualified staff identified as key failure points . Instead, he promotes embedding full‑time, experienced operations personnel alongside planners to bridge gaps and boost readiness.
· Modular Contractor Management
He recommends breaking scope into well‑defined contractor packages, selecting high‑capability providers, and aligning deliverables with performance incentives goals include 10–25 % savings in cost and schedule
This modular setup enhances accountability and simplifies coordination.
· Performance Rhythm and Control
Singh establishes a robust execution cadence:
Daily briefings, dashboards, and control‑tower coordination
Joint shutdown/start‑up sequencing, rehearsal dry‑runs
Clear escalation and issue-resolution pathways
This framework ensures transparency, speed, and adherence to plan.
· Eliminating Organizational Silos
He highlights the need for cross-functional alignment breaking down barriers between operations, maintenance, safety, and planning teams to foster synergy and prevent blind-spots .
· Risk and Safety Focus
While not a distinct section in his summary list, Singh integrates risk and safety planning across each stage not only as compliance, but as core drivers of execution success .
Outcomes and Impact
Singh reports that organisations implementing this model achieve:
- Mixed improvements of 10–25 % in cost and schedule
- Higher reliability and reduced rework
- Enhanced alignment between strategy, execution, and operations.
- These metrics, paired with strong engagement and structured planning, place turnarounds in the realm of strategic asset management.
Credit & References
- Author : A. Bobby Singh, World‑Class Turnaround Management: Business Driven and Reliability Focused , Everest Press, 2000; 412 pp
- Key insights : Derived from BEMAS summary, Amazon, Everest Press site, and Project Assurance materials (Learn More…..)
- Very early scope development with operations leadership involved.
- Work Scope Leadership Team and executive sponsorship.
- High-capability contractor packaging and accountability.
- Control-tower execution rhythm with briefings and escalation paths.
- Shutdowns viewed as value-creating business interventions, not only maintenance events.
Core strength
Business-driven framing with strong reliability and value focus.
Best use
Organizations wanting stronger sponsor engagement and business-case logic.
Leadership takeaway
Late scope control failure is a governance problem, not only a planning problem.
What this benchmark emphasizes
Levitt’s model is practical and phase-driven. It breaks shutdowns into clear stages and supports teams with checklists, master schedules, logistics controls, contractor integration, and strong post-event reporting.
Based on Joel Levitt’s “Managing Maintenance Shutdowns and Outages” (Learn More…)
Joel Levitt, CMRP, CPMM, CRL, and President of Springfield Resources, has trained over 17,000 maintenance leaders across 3,000 organizations in 39 countries. His 2004 book, Managing Maintenance Shutdowns and Outages, was developed from an intensive course refined over years, offering a highly structured yet practical guide complete with phase checklists, risk tools, logistics strategies, and communication methods (Learn More…)
Clearly Defined Shutdown Phases
Levitt structures shutdowns into five key phases:
- Initiation/Feasibility – Establishing business justification and resource prerequisites
- Organising the Program – Setting up governance, roles, scheduling and logistics
- Execution – Coordinated execution with built-in control routines
- Turnover & QA/Start‑up – Formal handovers, safety verifications, commissioning
- Reporting & Lessons Learned – Post-event analysis and documentation
His emphasis on distinct lifecycle phases equips teams to focus on key deliverables at each stage.
Practical Tools and Master Schedules
One of Levitt’s core strengths is in providing detailed checklists and master schedules for each phase especially in initiation, planning, execution, and reporting. These tools are adaptable across industries and immediately deployable .
In particular, his master schedules serve as powerful visual roadmaps to ensure teams remain on track and do not omit critical tasks.
Levitt integrates contemporary project management techniques Critical Path Method, PERT, resource-loading, and software tools to link shutdown planning with recognized PM standards. He emphasizes how such methods ensure realistic scheduling and accountability (Learn More…)
This ensures the shutdown plan isn’t simply aspirational but grounded in structure and accountability.
Contractor & Logistics Management
Levitt dedicates substantial attention to contracting and logistics. He stresses:
- Integrating external contractors early
- Structuring materials supply and parts staging
- Applying disciplined inventory coordination with shutdown timelines.
This focus reduces delays and aligns execution with resource availability.
During execution, Levitt’s model emphasizes “managing in the face of reality” meaning adaptability, field discipline, and proactive monitoring. Daily briefings, audits, and adaptive adjustments are built into workflows .
This turns the shutdown plan into a living program responsive to what’s happening on the ground.
Post‑Shutdown Reporting & Lessons Capture
The final phase prioritizes delivering a polished close-out: “punch list” completion, life/safety testing, start-up commissioning, and formal reporting. Levitt advocates capturing feedback and lessons before momentum dissipates (Learn More…)
This rapid feedback loop ensures institutional knowledge is preserved and applied.
Organizations adopting Levitt’s model benefit from:
- Clarity in phase progression and task ownership
- Practical tools for execution and oversight
- Reduced surprises through embedded contractor and logistics coordination
- Continuous improvement, supported by structured lessons-learning.
- Joel Levitt, Managing Maintenance Shutdowns and Outages, Industrial Press, 2004
- Supported by reviews and industry sources highlighting phase models, checklists, and execution methodology.
- Clear phase model from initiation through reporting and lessons learned.
- Heavy use of practical checklists and master schedules.
- Integration of PM tools such as CPM, PERT, and resource loading.
- Strong focus on contractor and materials coordination.
- Fast lessons capture before organizational memory is lost.
Core strength
Deployable tools and stage-based discipline.
Best use
Teams needing practical execution structure and clearer hand-offs across phases.
Leadership takeaway
Simple, structured tools often create more control than complex theory alone.
What this benchmark emphasizes
Lister focuses on dynamic execution and field performance. His model prioritizes safety, quality, and wrench-time, with adaptive scheduling and live control logic to keep shutdowns responsive to reality in the field.
Ted J. Lister, also known as E.J. Lister, is a globally recognized expert in asset and outage performance within heavy industries including oil & gas, mining, petrochemicals, and energy sectors . Over a career spanning three decades, he has coached and consulted across 40 countries and authored essential methodologies used to enhance shutdown, turnaround, and outage (STO) operations
Key Components of Lister’s Approach
- Triad Focus: Safety, Quality & Wrench-Time
Lister positions these three as the non-negotiable core of any shutdown:
- Safety as the foundation for all execution
- Quality to prevent repetition of work
- Wrench-time (direct labor efficiency) as the key indicator driving cost and schedule outcomes
His adage “get safety, quality, and efficiency right, and time/cost take care of themselves” underpins his methodology. - Dynamic Scheduling Methodology (DSM)
He pioneered DSM within Primavera P6 to enable adaptive planning:
- Builds layered schedules (strategic, execution, daily shift)
- Incorporates real-time updates and float burn tracking
- Enables dynamic resource leveling and predictive readjustment in-flight
- Dynamic Execution Control (DEC) & War Room Strategy
Lister’s DEC philosophy operates through central coordination:
- War rooms epitomize field–control integration
- Tactical sessions manage congestion, shift transitions, lockout/tagouts
- Performance metrics (CPI/SPI, wrench-time, float usage) guide rapid redeployment of resources
- Risk-Based Scope Review (RBSR)
He champions RBSR to prioritise scope packages that deliver highest value and lowest risk:
- Uses 3-phase budgeting to align scope with safety, quality, and efficiency targets
- Applies digital tools and workshops to promote accountability and transparency
- Work Packages & Agile Scheduling
Lister emphasises creating meticulously detailed work packages complete with WBS, ITPs, MOC controls, and digital readiness constructs to enable agile shift-by-shift execution syncing with DSM and DEC
- Commissioning & Flawless Start‑up
He prescribes strict procedures including pre-start safety reviews (PSSR), commissioning gating, and final close-out with punch lists and lessons capture to ensure quality handover and learning retention
Organisations applying his methodology report:
Shorter outages with fewer resource-intensive tasks
Enhanced wrench-time, reduced float burn, and improved EV metrics
Cost savings and schedule adherence through tactical control and scope discipline
Lister’s approach aligns with modern project control thinking moving from reactive execution to proactive “piloting” of shutdowns.
Ted J. Lister, effective lead in STO Navigator, trainer, and STO methodology author
- Triad focus on safety, quality, and labor efficiency.
- Dynamic scheduling rather than static plan adherence.
- Field execution responsiveness supported by decision visibility.
- Wrench-time used as a practical performance driver.
- Strong connection between execution discipline and cost-time outcomes.
Core strength
Execution realism and adaptive field control.
Best use
Sites with highly dynamic execution environments and heavy field coordination demand.
Leadership takeaway
Efficiency is not separate from safety and quality. It emerges from controlling both.
What this benchmark emphasizes
Introduction
As part of an organisational transformation a major iron ore producer in Western Australia initiated a significant structural and business change in how it planned and delivered maintenance shutdowns. Facing increasing demand, production targets, and workforce complexity, the company sought to create a centralized Shutdown Management Office (SMO) to standardize logistics, streamline execution, and improve reliability across its mining operations. To establish a performance baseline for this new system, an external consultant (Tom Lenehan) conducted a comprehensive assessment. This study captures the findings, challenges, and benchmarking potential of the SMO model as a structured case study for shutdown improvement. This case will demonstrate the complex interplay between organisational design, leadership alignment, process discipline, and local autonomy by comparing it to the benchmark models previously listed
Assessment Context and Objectives
The consultant was tasked with assessing the initial implementation of the SMO model across several mine sites, aiming to:
- Identify critical improvement areas
- Benchmark potential best practices
- Recommend actions to align the shutdown approach with leading frameworks
The focus was on four foundational questions:
- Is the SMO vision clearly communicated across the organization?
- Is the system itself adequate to meet its intended objectives?
- Is the organization capable of delivering shutdown services at scale?
- Does the mine site environment support successful shutdown delivery?
Key Findings
Gaps in Communication and Vision Alignment
- Site teams expressed uncertainty over whether SMO support was mandatory or optional.
- Misalignment existed on the scope of services some sites preferred using local contractors rather than SMO-supplied labor, undermining standardization.
- A lack of consistent communication from senior management created fragmented understanding of shutdown objectives.
Process Design vs. Implementation Readiness
- The SMO guidelines were robust, structured, and aligned with international best practice, particularly in logistics standardization.
- However, the guidelines were new to supervisors, creating a steep learning curve during rollout.
- The live data dashboard system stood out as a best-in-class feature, enabling real-time monitoring and continuous improvement.
Organisational Capability Constraints
- The SMO organogram was well-conceived, but lacked defined roles for material management and long-term planners.
- Supervisory coverage was identified as a critical risk due to site variability, resourcing inconsistencies, and an 8:6 roster misaligned with shutdown cycles.
- A cadre of high-performing supervisors was praised but undersized.
Environmental Variability Across Sites
- Each mine had developed its own shutdown methodology resulting in inconsistency.
- Practices such as worklist challenges, critical path tracking, and job progress reporting varied by location.
- A common approach was missing, despite the potential benefits of standardization.
Benchmarking Observations and Potential Best Practices
The assessment identified several practices that, if standardised and scaled, could be considered benchmarks:
From the SMO Organisation:
- Professional Supervisor Cadre: A structured and high-performing group offering oversight and stability across variable contractor teams.
- Mobile Tool Stores: Eliminated equipment delays by providing pre-staged, SMO-owned toolsets on-site.
- Dashboard Analytics: A real-time dashboard allowed visibility of shutdown KPIs and enabled live adjustment.
- Permanent Site Liaisons: Embedded SMO representatives acted as consistent conduits between centralized strategy and site execution.
From Individual Mine Sites:
- Archived Routines: Reusable shutdown plans at specific mines reduced planning workload by up to 80%.
- RACI Mapping for Shutdown Prep: Defined ownership at each shutdown milestone though not yet fully mature.
- Workscope Challenge Discipline: Formal review of worklists to reduce non-critical tasks and optimize time.
- Job Progress Colour Coding: Job tracking boards updated every three hours ensured field alignment with plan.
- Critical Path Schedules: Isolation of critical workstreams improved control over duration drivers.
- Shutdown Management Master Checklist: A Port-based document offered a starting point for a corporate shutdown manual.
Recommendations and Strategic Lessons
Immediate Actions:
- Senior management needed to publicly define the SMO mandate either supervision-only or full service and communicate this clearly.
- The FIFO roster system required revision to align with shutdown start dates.
- A working group was recommended to develop an organisational Shutdown Manual, incorporating proven site-level practices.
Strategic Enablers:
- A mathematical model was proposed to optimise supervisory resourcing across five sites.
- Common supervisor roles, training, and onboarding materials were needed to standardise delivery.
- Transition plans and KPIs were necessary to track maturity and improve corporate image.
Summary and Application
This case demonstrates the complex interplay between organisational design, leadership alignment, process discipline, and local autonomy. While the SMO system was structurally sound and aligned with shutdown management frameworks from Singh, Levitt, and Lister, its success depended on:
- Clear sponsorship and policy direction
- Common methodologies across sites
- Professionalisation of supervisory capability
- Live data-driven execution management
The assessment reinforced key themes from shutdown management literature:
- From Singh: the need for portfolio-level planning and clear execution roles.
- From Lenahan: phased rollout and integration of logistics.
- From Levitt: structured lifecycle, from pre-shutdown to reporting.
- From Lister: dynamic execution control, real-time adjustment, and logistics flow.
The SMO model in this case offered a scalable foundation for asset-intensive organisations aiming to build enterprise-level shutdown governance and maturity.
- Clear phase model from initiation through reporting and lessons learned.
- Heavy use of practical checklists and master schedules.
- Integration of PM tools such as CPM, PERT, and resource loading.
- Strong focus on contractor and materials coordination.
- Fast lessons capture before organizational memory is lost.
Core strength
Deployable tools and stage-based discipline.
Best use
Teams needing practical execution structure and clearer hand-offs across phases.
Leadership takeaway
Simple, structured tools often create more control than complex theory alone.
What this comparison does
Shutdown events represent some of the most resource-intensive, high-risk, and strategically pivotal operations in asset-intensive industries. A world-class shutdown framework is not just about safe and timely delivery it is a synchronized system of planning, risk management, communication, logistics, execution, and post-analysis, aligned to international standards such as ISO 55001, ISO 31000, and the GFMAM Asset Management Landscape. This study benchmarks globally recognised shutdown practices and synthesizes knowledge from expert sources into the Author’s integrated 10-module shutdown management framework (SMF)
- Referenced Authors and Thought Leaders
- Tom Lenahan, in “Turnaround, Shutdown and Outage Management”, emphasizes planning maturity, integrated cost control, and the “management of uncertainty” through structured worklists and gates.
- Joel Levitt, author of “Shutdown Maintenance and Planning”, reinforces the value of work pack discipline, visibility of scope, and coordination protocols between engineering and operations.
- Ted Lister contributes practical tools for risk mitigation, execution readiness, and KPI-driven performance.
- Bobby Singh, through “Effective Maintenance Management”, aligns with risk-based methodologies and asset-centric STO design.
- Author’s Research integrates Australian mining and refining benchmarks, including shutdown frameworks from Refineries, Major Mining Companies with contributions to SDBOK, digital STO readiness tools, and Visible Felt Leadership (VFL)
Integrated STO Framework Alignment
The 10 modules of the SMF (Modules 1.0–10.0) are designed to ensure full lifecycle control:
|
Module |
Key Focus Area |
Global Benchmark Link |
|
1.0 STO Management Methodology |
Gated lifecycle (D-18 to D+1), PDCA, governance |
Lenahan’s phased model, Singh’s control loop |
|
2.0 Organisation & Governance |
SPA, steering committee, RACI clarity |
BHP & Worsley Steering Models, ISO 55001 Clause 5 |
|
3.0 Risk Management |
ISO 31000 alignment, risk boards, FMECA |
Ted Lister’s “risk in execution,” Singh’s FORC matrix |
|
4.0 Communication & Stakeholder |
Stakeholder maps, cadence reviews |
Levitt’s 6W1H, GFMAM Clause 6.1–6.3 |
|
5.0 HSEC Management |
Zero harm, BBS, field leadership |
Rio Tinto’s safety tiers, ISO 45001, Hudson’s safety culture |
|
6.0 Controls & Reporting |
DMS, performance dashboards, Earned Value |
McKinsey KPI alignment, P6 cost/schedule interface |
|
7.0 QA / QC |
ITPs, QA hold points, turnover discipline |
Levitt’s QA triangle, AS/NZS 5131 |
|
8.0 Cost & Commercial |
Contracts, cost codes, audit trails |
Singh’s “commercial discipline,” Rio Tinto’s performance logs |
|
9.0 Logistics & Procurement |
DIFOT, staging, vendor readiness |
Mozal & Worsley tool-store models, SAP/Power BI |
|
10.0 Contractor Management |
IR compliance, induction, partner alignment |
ISO 45001 linkage, shutdown IR playbooks |
- Work Pack Discipline (Levitt, Lenahan)
Workpacks must align with frozen scope gates, hold points, QA milestones, and permit dependencies. A defined pack includes:
- Task sequence
- Tools and materials
- Risk controls (THA, JSA)
- QA checklists
- Sign-offs
“Planning the work is not enough. Without workpack execution discipline, the shutdown fails in the field.” – unknown
- Risk & Resilience (Lister, Singh)
Ted Lister’s models emphasize pre-emptive risk registers and structured escalation. Your framework enhances this through:
- Infrastructure Australia’s 8 Resilience Factors
- Live Risk Dashboards
- Trigger event thresholds
“The presence of risk is constant; control over risk must be visible, dynamic, and embedded.” – Ted Lister
- Shutdown Gating and Scenario Modelling (Lenahan)
Lenahan’s milestone-based structure (D-60 to D+30) is echoed in the model D-18 to D+1 model, with enhancements such as:
- Scenario walk-throughs (“walk the Gantt”)
- Shutdown Simulation Drills
- Readiness Reviews tied to resource and kit mobilisation
- Cultural Leadership and Safety (Your Work + Hudson)
The Author have embedded a Visible Felt Leadership (VFL) model across multiple modules. This is aligned with Hudson’s cultural maturity ladder:
- Reactive → Calculative → Proactive → Generative
- VFL coaching expectations: minimum 2 hours/day in-field
- Behaviour-Based Safety (BBS) tied to rewards and dashboards
- Integrated Reporting & Controls (Singh, You)
Use of SAP, Maximo, Power BI and 1SAP enables integrated visibility. Singh’s commercial tracking is enhanced by the models:
- Field dashboards
- Permit-to-execution variance logs
- Contractor performance boards
- Knowledge Management and Continuous Improvement
The Author’sdevelopment of the Shutdown Digital Body of Knowledge (SDBOK) is exemplary and aligns with:
- Lenahan’s “Corporate Memory”
- Singh’s “Learning Systems”
- ISO 55001 Clause 10 (Improvement)
- Global Best Practice Alignment
|
Standard / Framework |
Alignment |
|
ISO 55001 |
Strategy, roles, knowledge, planning, evaluation |
|
ISO 31000 |
Full lifecycle risk management |
|
GFMAM Landscape |
Subject Groups: Decision-Making, Risk, Information |
|
World-Class Maintenance (WCM) |
Continuous improvement, cost/performance balance |
|
Hudson Safety Culture Model |
Embedded in Modules 3, 5, and 10 |
- Conclusion: From Compliance to Competitive Advantage
A shutdown that meets technical, safety, and budget criteria is good. A shutdown that uplifts reliability, asset integrity, and organisational maturity is world-class. This is a world-class shutdown framework as it is is not just about safe and timely delivery it is a synchronized system of planning, risk management, communication, logistics, execution, and post-analysis, aligned to international standards such as ISO 55001, ISO 31000, and the GFMAM Asset Management Landscape.
Core strength
Deployable tools and stage-based discipline.
Best use
Teams needing practical execution structure and clearer hand-offs across phases.
Leadership takeaway
Simple, structured tools often create more control than complex theory alone.
What this benchmark emphasizes
Introduction
Shutdowns and turnarounds are among the most critical, resource-intensive, and high-risk activities in any asset-intensive operation. The author’s framework developed and applied over multiple major events incorporates global standards drawn from the works of Levitt, Singh, Lenahan, Lister, and aligned with ISO and PMBOK principles.
This benchamark exercise compares the Integarted Shutdown model against a referenced best-practice industry document, distilling a set of specific, high-impact activities that reinforce the robustness of our 7-phase approach. Each comparison serves as both validation and augmentation of our process, while showcasing tactical improvements implemented in real-world shutdowns.
Organisational Strategy and Leadership Alignment
Comparison: The best practice model underscores the importance of executive sponsorship and early alignment of objectives. Our model mirrors this by embedding executive program charters and campaign-level governance.
Best Practice Activities:
- Define and document shutdown strategy in SAMP aligned with ISO 55001.
- Establish a single point of accountability (SPOA) early in the program.
- Formalise a shutdown leadership charter, co-signed by executives and plant managers.
Shutdown Phase Framework
Comparison: Both models recognise the shutdown lifecycle: Establish → Plan → Schedule → Execute → Closeout. Our model integrates these within a defined project lifecycle, influenced by PMBOK and industry-specific execution plans.
Best Practice Activities:
- Use a Shutdown Stage-Gate Checklist to trigger phase transitions (Establish to Plan, etc.).
- Mandate a Scope Maturity Review and freeze date (4–6 weeks prior).
- Implement a Handover & Verification Protocol between each major execution phase.
Project Planning Elements
Comparison: The reviewed document promotes rigorous planning supported by integrated scheduling, budgeting, and risk planning. Our model operationalises this through pre-defined templates and embedded work breakdown structures (WBS).
Best Practice Activities:
- Conduct 3-month, 6-week, and 2-week lookaheads, each with gate reviews.
- Develop a linked WBS and cost structure for detailed scope tracking.
- Align plans with asset risk registers and production forecasts.
Detailed Planning and Execution Activities
Comparison: Execution readiness is a shared priority in both models. The industry model details planning tools like integrated contractor packages, logistics plans, and contingency scheduling all directly reflected in our approach.
Best Practice Activities:
- Create contractor engagement packs with scope, permits, and logistics briefings.
- Establish a shutdown control room, staffed with logistics, permit, safety, and progress functions.
- Apply “Green Zone” logic: isolate and prioritise jobs that impact the critical path.
Risk and Scope Management
Comparison: The benchmarked model enforces strict scope control, recognising scope creep as a primary cause of cost and time overruns. Our model addresses this with a three-tiered scope review process.
Best Practice Activities:
- Implement a Scope Challenge Workshop 6–8 weeks before event start.
- Establish a Scope Deviation Register signed by operations, maintenance, and finance.
- Use a quantified risk matrix with clear contingency thresholds by workstream.
Shutdown Timeline Execution
Comparison: Execution sequencing and site-level coordination are core components of both models. The document emphasizes daily field coordination, QA/QC, and schedule adherence, closely aligning with our practices.
Best Practice Activities:
- Conduct start-of-day zone briefings, led by field supervisors and safety reps.
- Track job completion in real-time via visual boards and digital dashboards.
- Implement 3-hour critical path checks using colour-coded status boards.
Post-Shutdown Analysis
Comparison: The reviewed framework concludes with structured learning capture and reintegration into future shutdowns. Our model formalises this through lessons learned debriefs, KPI dashboards, and close-out reports.
Best Practice Activities:
- Hold multi-contractor debrief sessions within 5 days of restart.
- Archive work orders with actuals vs plan analysis for future scoping reuse.
- Produce a shutdown maturity review, assessing planning, execution, and handover quality.
Summary
This case study confirms that the internal shutdown management model aligns closely with global best practice. However, it also highlights practical activities that enhance discipline, reduce variation, and improve outcomes. These comparative lessons can be embedded into shutdown governance systems, maturity assessments, and capability development programs.
The following table summarises alignment and enhancements:
|
Phase |
Our Model |
Best Practice Addition |
|
Strategy & Alignment |
Executive charter |
SPOA and SAMP integration |
|
Phase Framework |
7-stage model |
Stage-gate checklist |
|
Project Planning |
WBS & forecast |
Scope maturity reviews and cost linkage |
|
Execution Activities |
Control room ops |
Contractor engagement packs and green zone logic |
|
Scope & Risk |
Scope freeze + RACI |
Challenge workshop + deviation register |
|
Execution Timeline |
Field management |
3-hour check cycles and critical job heatmaps |
|
Close-out |
Lessons Learned |
Maturity review and event archive library |
- Clear phase model from initiation through reporting and lessons learned.
- Heavy use of practical checklists and master schedules.
- Integration of PM tools such as CPM, PERT, and resource loading.
- Strong focus on contractor and materials coordination.
- Fast lessons capture before organizational memory is lost.
Core strength
Deployable tools and stage-based discipline.
Best use
Teams needing practical execution structure and clearer hand-offs across phases.
Leadership takeaway
Simple, structured tools often create more control than complex theory alone.
The strongest common thread across all benchmark models is that shutdowns succeed when they are treated as integrated business systems. The differences are mainly in emphasis: some models are more governance-heavy, others are more tool-driven, and others are stronger on dynamic execution.
| Benchmark | Primary emphasis | Where it is strongest | Key gap if used alone |
|---|---|---|---|
| Lenahan | Full lifecycle governance and control | Structured organisation, logistics, execution rhythm | May need stronger field-efficiency metrics in execution |
| Durrant | Cross-functional learning and operating discipline | Role clarity, integrated planning, team alignment | Needs site-specific execution controls to be fully operationalized |
| Singh | Business value and reliability focus | Sponsorship, scope leadership, value logic | Requires detailed field systems and routines for full deployment |
| Levitt | Practical stages, checklists, and schedules | Immediate usability and clarity of process | Can underplay broader governance maturity if used narrowly |
| Lister | Adaptive execution and wrench-time performance | Field responsiveness and live execution optimization | Needs strong front-end governance to avoid becoming reactive |
An integrated shutdown management model should not choose one benchmark and discard the others. It should combine front-end governance, integrated planning, dynamic execution control, close-out discipline, and measurable business value into one coherent delivery system.
- From Lenahan: lifecycle logic, logistics integration, control-room discipline.
- From Durrant: aligned roles, cross-functional planning, governance architecture.
- From Singh: sponsor visibility, business-case framing, reliability focus.
- From Levitt: practical schedules, checklists, and handover tools.
- From Lister: field adaptation, efficiency focus, live performance management.
Use the benchmark logic to test your current shutdown model against core control questions.
- Is scope approved early enough and frozen with discipline?
- Are roles, governance forums, and decision rights formally defined?
- Do logistics, materials, and contractor packages support the schedule logic?
- Is there a visible daily execution rhythm with issue escalation?
- Are close-out, start-up readiness, and lessons capture treated as controlled phases?
- Start with your current shutdown lifecycle and map each stage to benchmark controls.
- Identify missing governance, planning, logistics, and execution disciplines.
- Standardize a single shutdown control model for the whole site.
- Embed lessons capture, benchmarking, and annual model review.
Use the benchmark content to define the operating expectations for sponsors, shutdown managers, planners, schedulers, operations leaders, logistics leads, and work execution teams. The model becomes stronger when accountability is explicit.
Translate the benchmark principles into site tools: shutdown governance charters, scope freeze gates, work package standards, logistics readiness checklists, daily control boards, commissioning plans, and close-out packs.