This comprehensive course addresses the critical need for industrial energy efficiency and decarbonization in the face of climate change and rising energy costs. Participants will learn systematic approaches to identify, evaluate, and implement energy efficiency measures across various industrial processes. The curriculum covers energy auditing techniques, performance monitoring, and decarbonization strategies tailored to industrial settings. Through practical case studies and technical analysis, learners will develop the skills to drive significant energy savings and emissions reductions while maintaining operational excellence.
Industrial Energy Efficiency and Decarbonization
Energy Transition and Renewable Energy
October 25, 2025
Introduction
Objectives
Upon completion, participants will be able to:
- Conduct comprehensive industrial energy audits
- Identify and quantify energy efficiency opportunities
- Develop decarbonization roadmaps for industrial facilities
- Calculate energy performance indicators and benchmarks
- Implement energy management systems (ISO 50001)
- Evaluate the financial viability of energy efficiency projects
- Optimize thermal and electrical systems in industrial settings
- Monitor and verify energy savings from implemented measures
- Integrate renewable energy solutions into industrial operations
Target Audience
- Plant Managers and Engineers
- Energy Managers and Consultants
- Sustainability Professionals
- Facility Operations Staff
- Process Engineers
- Environmental Health and Safety Managers
- Industrial Project Managers
- Maintenance Supervisors
Methodology
- Industrial facility case studies
- Energy audit simulation exercises
- Equipment efficiency calculation workshops
- Financial analysis of efficiency projects
- Group discussions on implementation barriers
- Technology demonstration sessions
- Mini-case studies of successful decarbonization
- Syndicate discussions on policy impacts
Personal Impact
- Enhanced technical analysis capabilities
- Improved project evaluation skills
- Stronger understanding of energy technologies
- Increased value as energy management professional
- Better financial analysis competencies
- Enhanced problem-solving abilities
Organizational Impact
- Reduced energy costs and operational expenses
- Lower carbon emissions and environmental impact
- Improved regulatory compliance
- Enhanced corporate sustainability profile
- Increased operational efficiency
- Better risk management against energy price volatility
Course Outline
Fundamentals of Industrial Energy Systems
Energy Basics and Industrial Context- Energy units, conversions, and terminology
- Industrial energy consumption patterns
- Energy cost structures and drivers
- Regulatory and policy frameworks
- Systematic approach to energy management
- Energy performance indicators (EnPIs)
- Benchmarking and baseline development
- Energy monitoring and targeting
Energy Assessment and Auditing
Energy Audit Methodology- Types of energy audits (walk-through, detailed, investment-grade)
- Data collection and measurement techniques
- Identifying energy waste and losses
- Calculating energy savings potential
- Measurement and verification protocols
- Data logging and analysis methods
- Thermal imaging and ultrasonic testing
- Utility bill analysis and load profiling
Major Energy Systems Optimization
Electrical Systems Efficiency- Motor systems and variable speed drives
- Compressed air system optimization
- Lighting system upgrades and controls
- Power factor correction and demand management
- Boiler and steam system efficiency
- Furnace and oven optimization
- Heat recovery and waste heat utilization
- Insulation and thermal integrity
Decarbonization Strategies
Low-Carbon Technologies- Electrification of industrial processes
- Hydrogen and alternative fuel applications
- Carbon capture, utilization, and storage (CCUS)
- Renewable energy integration
- Carbon footprint calculation methods
- Scenario analysis and pathway development
- Technology readiness and deployment timelines
- Stakeholder engagement and change management
Financial Analysis and Implementation
Economic Evaluation- Lifecycle cost analysis methodology
- Payback period, NPV, and IRR calculations
- Risk assessment and sensitivity analysis
- Incentive programs and funding opportunities
- Project development and management
- Performance contracting models (ESPC)
- Measurement and verification protocols
- Continuous improvement frameworks
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