Course Description

This intensive 5-day program provides participants with a deep understanding of modern power plant operations and optimization strategies. It covers plant systems, efficiency improvement techniques, performance monitoring, troubleshooting, and practical methods for reducing operating costs while improving reliability and sustainability. Participants will gain insights into best practices, energy efficiency tools, digital optimization, and asset management strategies that can transform operational excellence in power generation facilities.

Organizational & Personal Benefits:

Achieve higher plant efficiency and reduced operating costs.

Increase reliability and asset life of critical equipment.

Improve compliance with environmental and regulatory standards.

Build in-house expertise for long-term operational excellence.

Gain practical expertise in operating and optimizing power plants.

Improve problem-solving and decision-making skills.

Stay updated with the latest digital and sustainable practices.

Enhance professional credibility and career growth.

Course Objectives

Upon successful completion of this training, participants will be able to:

Understand the fundamentals of power plant operations and systems.

Identify key performance indicators (KPIs) for plant efficiency and reliability.

Apply optimization strategies to maximize plant output and reduce costs.

Utilize modern digital tools and predictive analytics for plant performance.

Implement sustainable practices to minimize environmental impacts.

Troubleshoot common operational challenges in thermal and renewable-based power plants.

Audience

This program is suitable for:

Power Plant Engineers and Operators

Energy Managers & Performance Analysts

Maintenance Engineers & Reliability Specialists

Plant Supervisors and Senior Technicians

Professionals from Oil & Gas, Petrochemicals, Steel, Cement, and Heavy Industries relying on captive/embedded power plants

Prerequisites

No formal prerequisites are required. Relevant education or industry experience is beneficial.

Course Content

Module 1 – Fundamentals of Power Plant Performance

Power generation cycles

Plant components affecting efficiency

Heat rate fundamentals

Performance KPIs

Plant operating philosophy

Module 2 – Performance Analysis & Monitoring

Heat balance

Mass & energy balance

Performance calculations

Performance testing

KPI monitoring

Performance benchmarking

Module 3 – Efficiency Improvement & Optimization

Combustion optimization

Boiler/HRSG optimization

Turbine optimization

Condenser optimization

Auxiliary power reduction

Load optimization

Module 4 – Digital Performance Optimization

SCADA & DCS

Digital twins

AI & predictive analytics

Online performance monitoring

Data-driven decision making

Module 5 – Sustainability & Continuous Improvement

Emission reduction

Carbon footprint

Renewable integration

Operational troubleshooting

Plant optimization roadmap

Case studies

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