Course Overview

Modern industrial plants operate in an increasingly competitive environment where improving efficiency, reducing energy consumption, and maintaining mechanical integrity are essential for sustainable and profitable operations. Poor optimisation practices can lead to excessive energy losses, increased equipment wear, reduced throughput, and higher operating costs. A structured approach to process optimisation and energy management is therefore critical for enhancing plant performance and long-term reliability.

The Process Plant Optimisation & Energy Conservation programme by TransforMentors Academy provides participants with practical knowledge and proven techniques for improving process efficiency and minimising energy losses in industrial facilities. The course covers process modelling and simulation, plant performance analysis, heat integration, energy management, equipment optimisation, energy benchmarking, and continuous improvement strategies.

Through practical exercises, real-world case studies, and interactive discussions, participants will explore optimisation diagnostics, energy conservation opportunities, process integration techniques, digital monitoring systems, and AI-enabled tools for operational improvement. The programme also examines methods for balancing energy efficiency, production targets, and asset reliability to achieve sustainable operational excellence.

Agenda

Day — 1 Foundations of Plant Optimisation

• Understanding the principles of process plant optimisation in industrial operating environments
• Exploring the role of asset integrity and reliability in supporting plant optimisation
• Examining the impact of operational practices on long-term performance and energy efficiency
• Understanding management of change (MOC) requirements for optimisation initiatives
• Exploring process economics and the business drivers behind plant optimisation programmes
• Applying optimisation principles to improve plant performance and operational sustainability
• Exercise: Identify integrity-related bottlenecks that affect process plant optimisation and recommend improvement actions

Day — 2 Process Control Optimisation

• Understanding the fundamentals of process control in plant optimisation activities
• Exploring the key components and principles of industrial process optimisation
• Applying modelling and simulation techniques to support optimisation decision-making
• Examining heat integration and energy recovery opportunities for improved efficiency
• Understanding optimisation procedures and best practices used in industrial operations
• Analysing process constraints to improve performance, reliability, and energy utilisation
• Exercise: Analyse a simple process loop and identify optimisation constraints and improvement opportunities

Day — 3 Industrial Energy Management

• Exploring energy consumption patterns in process industry operations
• Understanding industrial energy management principles and systematic approaches
• Reviewing international energy management standards and best practices
• Identifying common challenges that affect the success of energy management programmes
• Examining incentives and strategies for improving energy performance and reducing costs
• Applying energy management techniques to enhance operational efficiency and sustainability
• Exercise: Identify major energy losses in a sample process and recommend energy-saving opportunities

Day — 4 Energy Conservation Opportunities

• Identifying energy conservation opportunities across process industry operations
• Applying benchmarking techniques to evaluate energy intensity and consumption patterns
• Exploring emerging technologies that improve energy efficiency and plant performance
• Using practical checklists and assessment tools to identify energy-saving opportunities
• Evaluating technical and economic aspects of energy conservation projects
• Applying structured methods to prioritise and implement energy improvement initiatives
• Exercise: Benchmark a process system using provided energy intensity data and recommend energy conservation measures

Day — 5 Optimisation Impacts on Operations

• Understanding the relationship between energy efficiency and overall business performance
• Exploring the operational impacts of plant optimisation initiatives
• Examining plant integrity and safety considerations during optimisation activities
• Understanding the organisational and human factors influencing successful optimisation programmes
• Exploring emerging digital tools and AI technologies for future process plant optimisation
• Understanding how optimisation strategies support sustainable and long-term business profitability
• Exercise: Analyse an operational scenario following a plant modification and assess its impact on performance and reliability
• Key takeaways and course evaluation

Learning Outcomes

By attending the Process Plant Optimisation & Energy Conservation course, you will be able to:

• Understand how process optimisation improves plant reliability, operational efficiency, and business profitability
• Identify opportunities to reduce energy consumption across industrial processes and plant operations
• Analyse process constraints and operating conditions to maximise throughput while maintaining equipment integrity
• Evaluate optimisation options using technical and economic assessment methods for effective decision-making
• Apply process modelling, simulation, and heat integration techniques to improve plant performance
• Assess equipment degradation, operational inefficiencies, and asset health to support proactive optimisation strategies
• Implement structured energy management practices to reduce waste and improve energy efficiency
• Recommend practical optimisation and maintenance initiatives that enhance plant performance, reliability, and long-term resilience

Who Should Attend

The Process Plant Optimisation & Energy Conservation course is ideal for professionals involved in plant performance and energy management. It is especially beneficial for:

• Process and Production Engineers
• Energy and Utilities Engineers
• Maintenance and Reliability Managers
• Operations Supervisors
• Plant and Facility Managers
• Sustainability and Energy Officers
• Process Optimisation Engineers
• Asset Integrity and Reliability Professionals
• Energy Management and Efficiency Specialists
• Anyone responsible for improving plant performance, energy efficiency, and operational sustainability