Energy Efficiency for Power Plants and Utilities

This training course lays the foundations to the understanding energy efficiency in industry, concerning electrical, mechanical, and thermal energy systems. The systems approach, in which a holistic approach rather than an equipment component approach, is taken for maximum benefit and prioritization of opportunities. Implementable energy efficiency projects are some of the most attractive and underrated investments, since the overwhelming number of energy projects have large percentage savings and very low (if any) capital or operational expenditure. Applying Energy Efficiency provides a comprehensive overview of the technical and economic aspects of energy efficiency (EE) measures. This training course cover support mechanisms for industrial sector and built environment energy efficiency (EE) projects. Key attributes of energy efficiency (EE) measures are highlighted, such as savings potential and organizational aspects (e.g. energy management systems and energy audits).

 This training course will highlight:

• Principles of energy efficiency, including key concepts, technologies, and strategies crucial for optimizing energy use in chemical and power plants.
• Conducting energy audits, data collection, and analysis, empowering attendees to identify and implement energy-saving opportunities in their facilities.
• Explore cutting-edge technologies for enhancing energy efficiency, such as renewable energy integration, advanced control systems, and waste heat recovery solutions.
• Sustainability through life cycle assessment, waste reduction, and resource management, equipping participants with essential practices for building a more sustainable operation.
• Develop actionable plans for project implementation, including financing options and stakeholder engagement, ensuring they leave with practical tools for immediate application.

training course will use various proven learning techniques to ensure maximum understanding, comprehension and retention of the information presented. The training course will follow a participative workshop format. It will be focused on developing practical skills that delegates can apply in real-life business situations on return to their organization.

• Energy Engineers
• Energy Auditors / Assessors
• Energy Managers
• Energy Project Managers
• Equipment Maintenance and Vendors
• Energy Academia

Day 1: Introduction to Energy Efficiency and Sustainability

• Definition and importance

• Key concepts: energy conservation vs. energy efficiency

• Principles of sustainability

• Environmental impacts of chemical and power plants

• Overview of global and local regulations

• Key sustainability standards (ISO, WHG, etc.)

• Energy flow in industrial processes

• Energy sources and consumption patterns

Day 2: Energy Auditing and Management

• Purpose and types of energy audits

• Methodologies and tools for energy assessment

• Key performance indicators (KPIs)

• Energy monitoring systems and software

• Case studies of successful audits

• Common inefficiencies in chemical and power plants

• Framework for EnMS (ISO 50001)

• Implementing and maintaining EnMS

Day 3: Technologies for Energy Efficiency

• Energy Efficient Technologies in Chemical Processes

• Heat exchangers, pumps, and compressors

• Catalytic processes and reactor design

• Renewable Energy Integration: Solar, wind, and biomass options

• Hybrid systems for power generation

• Advanced Control Systems, Process optimization techniques

• Automation and control strategies

• Technologies for waste heat recovery

• Economic and environmental benefits

Day 4: Sustainability Practices in Chemical and Power Plants

• Introduction to Life Cycle Assessment (LCA) and its importance

• Steps in conducting an LCA for chemical processes

• Water and Resource Management Strategies for minimizing water usage

• Circular economy principles in chemical manufacturing

• Waste Management and Reduction Techniques for waste minimization

• Recycling and reusing materials in chemical processes

• Corporate Social Responsibility (CSR)

• Role of CSR in sustainability

• Reporting and communication of sustainability efforts

Day 5: Implementation Strategies and Case Studies

• Developing an Energy Efficiency and Sustainability Plan

• Strategic planning and goal setting

• Stakeholder engagement and collaboration

• Financing Energy Efficiency Projects

• Cost-benefit analysis and payback period

• Case Studies of Successful Implementation

• Review of real-world examples

• Lessons learned and best practices

• Future Trends and Innovations

• Emerging technologies and trends in energy efficiency