• Implementation of a detailed shutdown process that is managed as a standard consistently taken up by all departments;
• Specification of roles and responsibilities for executing the activities defined in the shutdown process, including the roles to manage, plan, schedule, and execute shutdowns and the personnel capability required for these roles;
• Specification of the operational mechanisms (meeting schedules, format, objectives, and timing) needed to drive the process flow and interactions;
• Explanation of the governance process and rules to make sure shutdown process is effective and efficient; and
• Performance metrics and efficient control mechanisms to monitor shutdown effectiveness

• Shutdown Planner/Scheduler/Superintendent
• Planning Manager/Engineer
• Maintenance Planner/Manager
• Engineering Manager
• Operations Manager
• Overhaul Coordinator
• Project Manager
• Reliability Manager
• Site Manager 
• Anybody who wants to get the most of their Shutdowns, Turnarounds and Outages.

Two-day interactive course delivered to assist maintainers, operators, supply officers, engineers and managers understand work associated with the delivery of shutdowns and turnarounds. Improved shutdown delivery methods, when underpinned by sustainable shutdown processes and procedures, will yield substantial savings associated with:

• Extended shutdown intervals developed by the definition of section asset shutdown determinants
• Shorter shutdown durations developed by the application of sound scheduling techniques incorporating critical path analysis
• Control of shutdown durations and the minimisation of overruns through improved management structures and allocation of responsibilities
• Improved maintenance and reliability practices and work method efficiencies

• The establishment and application of sound shutdown processes
• The application of asset reliability methods in a whole of life scenario
• An integrated approach (Maintenance, Production, Project, Safety)
• Risk processes for reviewing pre-determined shut parameters
• Increasing planned and unplanned shutdown intervals
• Decreasing planned and unplanned shutdown durations
• Control of shut overruns