Euroasia Training Euroasia Training
AR

Engineering and Operational Excellence

Industrial Energy Management Practices

7 units

Please select a city/session before registration.

About this program

Energy expenses constitute a major portion of industrial operational costs. Efficient energy management enables organizations to lower consumption, enhance efficiency, and comply with environmental regulations. This Energy Management in Industrial Operations Training Course provides participants with frameworks, tools, and best practices essential for managing energy within various industrial systems.
The curriculum addresses energy auditing, performance tracking, ISO 50001 standards, integration of renewable energy, and energy efficiency technologies. Participants will study practical case examples from industrial settings to uncover opportunities for savings and foster long-term resilience.
Upon course completion, attendees will possess the skills to design and execute energy management systems that reduce expenses, improve competitiveness, and promote sustainable industrial outcomes.

Course benefits

  • Gain a thorough understanding of energy management systems and related standards.
  • Execute energy audits to detect cost reduction opportunities.
  • Track and optimize energy consumption in industrial processes.
  • Incorporate renewable energy sources into industrial operations.
  • Maintain compliance with environmental and sustainability regulations.

Key outcomes

  • Describe the fundamental principles of energy management within industrial contexts.
  • Perform effective energy audits in industrial facilities.
  • Create energy performance indicators (EnPIs) for monitoring.
  • Implement energy efficiency technologies across industrial systems.
  • Apply ISO 50001 energy management frameworks appropriately.
  • Develop energy strategies that optimize cost efficiency and sustainability.
  • Compare and adopt best practices in industrial energy management.

Who should attend

  • Energy managers and engineers.
  • Operations and production supervisors.
  • Health, Safety, and Environment (HSE) and compliance personnel.
  • Professionals involved in industrial sustainability.

Course outline

1

Unit 1: Fundamentals of Energy Management in Industrial Settings

  • The significance of energy within industrial processes.
  • Primary challenges and potential opportunities.
  • Connections between energy expenses, efficiency, and sustainability.
  • Illustrative cases from manufacturing and heavy industry sectors.
2

Unit 2: Frameworks and Standards for Energy Management Systems

  • Overview and implementation of the ISO 50001 standard.
  • Use of Energy Performance Indicators (EnPIs).
  • Organizational models for managing energy.
  • Comparative analysis of industrial energy consumption.
3

Unit 3: Conducting Energy Audits in Industry

  • Approaches and instruments for energy auditing.
  • Detecting inefficiencies within industrial operations.
  • Practices for monitoring and verification.
  • Industrial energy audit case analyses.
4

Unit 4: Technologies Enhancing Energy Efficiency

  • Improving efficiency in boilers, electric motors, and HVAC systems.
  • Techniques for recovering waste heat.
  • Optimizing processes to reduce energy use.
  • Implementation of smart meters and IoT-based monitoring solutions.
5

Unit 5: Utilizing Renewable Energy within Industrial Processes

  • Incorporation of renewable energy sources in industrial sites.
  • Applications of on-site solar, wind, and biomass energy.
  • Hybrid energy frameworks for industrial use.
  • Challenges and prospects in renewable energy adoption.
6

Unit 6: Strategies for Cost Reduction and Energy Risk Management

  • Connecting energy efficiency improvements to financial savings.
  • Risk management related to energy supply and price volatility.
  • Approaches to enhance energy resilience.
  • Financial assessment methods for energy initiatives.
7

Unit 7: Emerging Developments in Industrial Energy Management

  • Application of digital twins and AI in optimizing energy.
  • Smart grid technologies and demand-side energy management.
  • Environmental, Social, and Governance (ESG) considerations in industrial sustainability reporting.
  • Strategic planning for sustained excellence in industrial energy management.