Course Schedules

Classroom 10 Sessions
Online / Live
Live

Introduction

Process Plant Optimisation and Energy Conservation are now central to achieving competitive, resilient, and sustainable industrial operations. This training course highlights how modern plants must evolve beyond traditional engineering practices to meet rising expectations for higher throughput, lower emissions, and reduced maintenance costs.

In this Process Plant Optimisation Training Course, participants explore how digital tools, advanced analytics, and decarbonization strategies reshape plant performance. The content emphasizes how real-time insights, predictive intelligence, and integrated energy management can significantly enhance stability, reliability, and profitability.

This Energy Conservation Training Course also demonstrates how every kilowatt saved and every avoided failure directly strengthens operational margins. By connecting engineering decisions with financial outcomes, the course equips participants to transform their facilities into efficient, low‑carbon, and high‑reliability operations ready for the demands of the modern industrial landscape.

What are the Goals?

The objectives of this Process Plant Optimisation and Energy Conservation Training Course focus on enabling participants to apply modern engineering, digitalization, and energy‑efficiency strategies that enhance plant reliability and financial performance. By the end of the course, participants will be able to translate technical improvements into measurable operational gains.

  • Integrate Digitalization: Use Industry 4.0 tools and realtime data to enhance Overall Plant Effectiveness (OPE).
  • Master Decarbonization: Identify energysaving opportunities aligned with global ESG standards.
  • Apply Predictive Intelligence: Shift from reactive maintenance to AIdriven predictive and prescriptive approaches.
  • Optimise Heat & Power: Apply advanced heat integration and Pinch Analysis for complex systems.
  • Execute Lifecycle Management: Assess Remaining Useful Life (RUL) using modern NDT and digital modeling.
  • Drive Financial Results: Link technical KPIs with financial performance and sustainable profitability.

Who is this Training Course for?

This Process Plant Optimisation and Energy Conservation Training Course is designed for professionals responsible for improving plant efficiency, reliability, and energy performance. It is ideal for individuals seeking to lead their facilities toward lower emissions, reduced downtime, and stronger operational resilience.

  • Process and Plant Managers seeking strategic improvement in plant performance.
  • Energy Managers and Sustainability Officers focused on reducing carbon intensity.
  • Maintenance and Reliability Engineers transitioning to predictive technologies.
  • Operations Supervisors aiming to minimize energy waste and unplanned downtime.
  • Technical personnel from refineries, petrochemical plants, and power generation facilities.

How will this Training Course be Presented?

Learning methods in this Process Plant Optimisation and Energy Conservation Training Course combine practical engineering insights with modern digital tools to ensure participants gain actionable skills. The course uses real case studies, interactive discussions, and hands‑on analysis to help participants understand how energy, maintenance, and reliability decisions influence plant performance.

Participants work through real‑world scenarios involving digital twins, predictive analytics, heat integration, and asset health monitoring. Group exercises reinforce how to identify hidden losses, optimize utilities, and evaluate decarbonization pathways.

By blending technical concepts with financial reasoning, the course ensures that learners can confidently apply optimisation strategies in their own facilities. The result is a practical, engaging, and industry‑relevant learning experience that supports long‑term operational excellence.

Course Content

Day 1

The Modern Framework of Plant Effectiveness

  • The New Standard: Defining Overall Plant Effectiveness (OPE) in the Digital Age.
  • Beyond the P&ID: Understanding the link between Plant Physics and Business Profitability.
  • Energy-Maintenance Nexus: How poor maintenance cascades into massive energy losses.
  • Constraints Management: Balancing Production, Environment (ESG), and Economy.
  • Case Study: Analyzing the "Hidden Factory"—identifying lost capacity in a standard refinery setup.
Day 2

Reliability 4.0 & Advanced Improvement Techniques

  • PPR & PPE: Modernizing Process Plant Reliability and Effectiveness metrics.
  • From Reactive to Prescriptive: The evolution of maintenance strategies.
  • The Impact of Variability: How process fluctuations destroy equipment longevity.
  • Root Cause Analysis (RCA) 2.0: Utilizing data logs to prevent recurring failures.
  • Reliability Centered Maintenance (RCM): A business-focused approach to asset care.
Day 3

Energy Transition & Decarbonization Strategies

  • Net-Zero Integration: Aligning process plants with global energy transition goals.
  • Advanced Heat Integration: Moving beyond basic Pinch—Total Site Integration.
  • Circular Energy: Waste heat recovery and the "Hydrogen Ready" plant.
  • Utility System Optimisation: Steam, Compressed Air, and Cooling Water best practices.
  • Overcoming Barriers: Managing the human and technical obstacles to energy programs.
  • Case Study: Retrofitting an existing plant for a 20% reduction in carbon intensity.
Day 4

Digital Monitoring & Failure Prevention

  • Smart Inspection: Leveraging IoT sensors and Wireless Condition Monitoring.
  • Digital Twins: Using virtual models to predict equipment failure and remaining life.
  • Advanced NDT: Next-gen Non-Destructive Examination for static and rotating equipment.
  • Mitigating "The Big Three": Corrosion, Fatigue, and Erosion in high-pressure systems.
  • Asset Health Indexing: Creating a real-time dashboard for plant-wide health.
Day 5

Strategic Operations & The Future of Maintenance

  • Total Productive Maintenance (TPM): Creating a culture of ownership on the shop floor.
  • Best Practices for Critical Assets: Boilers, Turbomachinery, and Heat Exchangers.
  • Spare Parts & 3D Printing: Modernizing inventory management to reduce CAPEX.
  • Life Cycle Costing (LCC): Making the "Repair vs. Replace" decision with financial data.
  • Course Summary: Developing a 90-day action plan for your facility.

The Certificate

Recognition
  • Anderson Certificate of Completion for delegates who attend and complete the training course
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