Summary

Process Plant Energy Optimization, Efficiency & Emissions Reduction course is designed to equip participants with the knowledge and skills required to optimize energy consumption, improve energy efficiency, and reduce emissions in process plants. Over the course of five days, participants will learn about the importance of energy optimization, the benefits of energy efficiency and emissions reduction, and key performance indicators for energy efficiency. They will also be introduced to energy management systems and strategies, energy auditing and assessment methodologies, and energy-saving opportunities and prioritization.

Participants will then delve into energy-efficient technologies, including heat recovery systems, combined heat and power systems, energy-efficient lighting and motors, and process control and automation. They will learn about the sources of emissions and pollutants in process plants, environmental compliance requirements, and emissions reduction strategies and technologies. They will also study monitoring and reporting of emissions.

The course will conclude with a focus on energy management best practices and continuous improvement techniques for energy optimization. Participants will have the opportunity to explore case studies of successful energy efficiency and emissions reduction projects and gain valuable insights into the implementation and management of energy projects.

Overall, this course is ideal for engineers, managers, and other professionals in the process plant industry who are looking to improve energy efficiency, reduce emissions, and optimize energy consumption in their operations. By the end of the course, participants will have the knowledge and skills required to design and implement effective energy management systems and strategies, identify and prioritize energy-saving opportunities, and achieve significant reductions in energy consumption and emissions in their process plants.

Reference

Objective

• Understand the importance of energy optimization in process plants
• Identify the benefits of energy efficiency and emissions reduction
• Learn key performance indicators for energy efficiency
• Acquire knowledge of energy management systems and strategies
• Learn energy auditing and assessment methodologies
• Analyze energy data and identify energy waste
• Prioritize energy-saving opportunities
• Understand energy-efficient technologies for process plants
• Learn about heat recovery systems and combined heat and power systems
• Acquire knowledge of energy-efficient lighting and motors
• Learn about process control and automation for energy efficiency
• Understand emissions sources and pollutants in process plants
• Learn about regulations and environmental compliance requirements
• Identify emissions reduction strategies and technologies
• Learn monitoring and reporting of emissions
• Understand energy management best practices
• Learn continuous improvement techniques for energy optimization
• Explore case studies of successful energy efficiency and emissions reduction projects
• Gain insights into the implementation and management of energy projects.

By the end of the course, participants will be able to design and implement effective energy management systems and strategies, identify and prioritize energy-saving opportunities, and achieve significant reductions in energy consumption and emissions in their process plants.

Who should attend

• Engineers working in the process plant industry
• Managers and supervisors responsible for plant operations and maintenance
• Environmental and sustainability professionals
• Energy and utility managers
• Process and control engineers
• Energy consultants and auditors
• Facilities and operations managers
• Health, safety, and environmental managers
• Project managers involved in process plant projects.

This course is designed for professionals who are looking to improve energy efficiency, reduce emissions, and optimize energy consumption in their process plants. By attending this course, participants will gain valuable knowledge and skills required to design and implement effective energy management systems and strategies, identify and prioritize energy-saving opportunities, and achieve significant reductions in energy consumption and emissions.

Additional Information