Training Programs
Process Plant Optimisation & Energy Conservation
Engineering,Maintenance , Corrosion & Inspection
INTRODUCTION:
This
intensive training course will provide delegates with the required skills to
ensure cost effective operation and maintenance for their process plant. Optimum modes that produce the most efficient
results, consistent with safe and reliable operation will be studied in detail.
Plant energy
consumption and reliability is the foundation of process plant optimisation.
For optimisation benefits to be sustainable, production interruptions must be
kept to a minimum, which requires effective management of degradation processes
that affect equipment and systems and effective inspection and maintenance
strategies, plans and methods. Plant optimisation can be an effective way to
achieve improved profitability without the large investment associated with
building a new plant.
Objectives
By the end of
this Process Plant Optimisation & Energy Conservation training course,
participants will be able to:
Recognize and
understand overall plant effectiveness (OPE)
Apply the
business focus to ensure sustainable plant profitability
Appraise the
most cost-effective operation and energy saving methods
Describe the
managerial tools needed to effectively optimize plant operations
Implement the
most appropriate operation and maintenance strategies
Determine and
measure key performance indicators (KPIs) for their plant
Identify and
apply effective procedures to improve those KPIs
Course
Outline
DAY 1
Appreciation
of Process Plant Effectiveness
The Concept
of Overall Plant Effectiveness (OPE)
Constraints
in Optimization Operation, Economy and Environment
Relationship
Between Business and Plant Effectiveness
Effects of
Equipment Failures on Business
Impacts of
Operation and Maintenance on Plant Effectiveness
Determination
of Process Plant Availability
Practical
Case Study
DAY 2
Process Plant
Reliability and Improvement Techniques
Process Plant
Reliability (PPR) and Effectiveness (PPE)
Calculation
of Process Plant Reliability
Determination
of Process Plant Effectiveness
Parameters
Influence Plant Reliability
Parameters
Influence Plant Effectiveness
Plant
Reliability and Effectiveness Improvement Methods
Case Study
DAY 3
Energy
Savings Opportunities and Strategies
Energy Use in
Process Plant and Petrochemical Industry
Best
Practices in Process Plant Energy Management
Heat
Integration Methods
Pinch Method
and Improvement Procedure
Thermal Power
Plants Energy Saving Options
Obstacles for
Energy Management Programs
Case Study
DAY 4
Monitoring
and Failure Prevention Methods
Methods for
Minimizing Static Equipment Failure
Strategies
for Mitigating Rotating Equipment Down Time
Condition
Monitoring Methods
None
Destructive Examination (NDE) Techniques
Determination
of Equipment Life Time and Remaining Life
Methods for
Extending Equipment Cycle and Service Time
Detailed Case
Study
DAY 5
Best
Practices in Operation & Maintenance Methods
Cost-effective
Operation and Maintenance Strategies
Piping
System, Tanks and Pressure Vessels
Heat
Exchangers, Boilers and Cooling Towers
Turbomachinery:
Pumps and Compressors
Project and
Spare Parts Management and Budgeting
Practical
Case Study
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