Energy Saving Techniques in the Industry

About the Course

The 5-day interactive Energy Saving Technologies in Industry training course comprehensively reviews the key areas of energy efficiency in industry. In an era of growing environmental concern and increased emphasis on sustainable operations and cost efficiency, it provides an important foundation for understanding and implementing sustainable energy practices. Thoroughly, it will examine energy efficiency principles, methods, and advanced technologies, enabling delegates to significantly reduce energy consumption while improving the economics of their respective industrial operations, whether they are experienced industry professionals looking to optimise energy use or a dedicated sustainability advocate looking to promote responsible resource management or want to gain valuable insight into this field. Even if they are a beginner, this programme will provide them with the knowledge and practical tools to effectively promote energy efficiency.

The delegates will gain a nuanced understanding of the complexities of energy management, immerse themselves in the latest energy-efficient technologies, and gain inspiration from real-world success stories. Whether they are looking to drive change in your industry, sustainability, or change on a personal level, it will equip them to become energy conservation champions.

This programme will give an insightful journey to unravel the art and science of energy efficiency in industry. Together, it will explore ways to conserve precious resources, foster innovation, and pave the way for a more sustainable industrial environment.

Core Objectives

This training course carries several core objectives that aim to equip the delegates with knowledge and qualifications to enable them to manage energy efficiency systems in the industrial sector. The core objective is to provide the knowledge and skills to implement energy efficiency measures in industrial facilities using a systematic approach.

 The delegates will achieve the following objectives:

• Define key terms related to energy efficiency in industrial settings, such as energy conservation, energy audit, and energy management
• Explain the sustainability principles behind energy consumption in industrial processes and the environmental impacts of energy use
• Describe the essential components of an industrial energy management system
• Apply energy-saving techniques to standard industrial processes
• Analyse energy consumption data from an industrial facility to identify areas where energy savings can be achieved
• Compare and contrast different energy-efficient technologies and their potential benefits for specific industrial applications
• Evaluate the cost-effectiveness of implementing energy-saving measures in an industrial setting, considering factors like payback periods and return on investment
• Design an energy management plan for an industrial facility, outlining specific steps and strategies for reducing energy consumption and carbon emissions

Training Approach

The training course uses a blended learning approach that combines theoretical knowledge, practical information, and interactive participation. Specific examples and case studies of energy saving in the industry are integrated to illustrate professional experiences and contextualise key concepts. Interactive discussions, group activities, and question-and-answer sessions promote delegates' engagement, while periodic assessments assess levels of understanding. This methodical approach delivers a dynamic and informative learning experience, helping trainees make informed decisions about how to gear energy use in their facilities.

The Attendees

The training course benefits various professionals and stakeholders involved in industrial operations and energy management.

Likewise, it will be valuable to the professionals but not limited to the following:

• Energy Auditors
• Industrial Engineers and Managers
• Energy Managers and Sustainability Professionals
• Industrial Facility and Plant Managers
• Maintenance and Operations Staff
• Environmental and Energy Consultants
• Government and Regulatory Personnel
• Decision Makers and Top Management at Industrial Facilities

Daily Discussion

DAY ONE: UNDERSTANDING ENERGY SYSTEMS IN INDUSTRY

• Types of Energy Sources in Industry
• Energy Consumption Patterns in Different Sectors
• Key Factors Affecting Energy Consumption
• Energy Audit and Assessment
• Definition of Energy Conservation in Industry
• Importance of Energy Conservation in Industry
• Benefits of Energy Conservation at the Environmental and Financial Levels

DAY TWO: ENERGY-EFFICIENT SYSTEMS AND TECHNOLOGIES

• Electrical Systems Efficiency
• Thermal Systems Efficiency
• Integration of Renewable Energy
• Waste to Energy
• Cogeneration and Combined Heat and Power (CHP) Systems
• Energy Storage Solutions

DAY THREE: ENERGY MANAGEMENT SYSTEM

• Introduction to Energy Management System (EMS)
• Role of Energy Management in Industry
• Overview of How to Develop an Effective EMS
• Real-time Monitoring Systems
• Energy Management Automation 
• Energy Performance Reporting Schemes

DAY FOUR: PROJECT PLANNING AND FEASIBILITY ANALYSIS

• Identifying Potential Energy Conservation Measures
• Cost-benefit Analysis
• Energy Efficiency Project Planning and Implementation
• Post-implementation Assessment and Evaluation
• Energy Performance Monitoring Algorithm
• Ongoing Energy Performance Monitoring
• Periodic Energy Performance Assessment
• Continuous Improvement Actions

DAY FIVE: ENERGY EFFICIENCY INTEGRATION

• Employees Involvement Levels
• Creating an Energy-Conscious Workplace Culture
• Energy-Saving Initiatives
• Energy Efficiency Project Design
• Conclusion