Energy Efficiency and Sustainability in Chemical and Power Plants

Introduction

Energy Efficiency and Sustainability in Chemical and Power Plants 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 GLOMACS Energy Efficiency and Sustainability in Chemical and Power Plants 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.

Objectives

At the end of this Energy Efficiency and Sustainability in Chemical and Power Plants training course, you will learn to:

• Comprehend the fundamental principles of energy efficiency and sustainability in the context of chemical and power plants.
• Develop the skills to conduct comprehensive energy audits, analyze data, and identify opportunities for energy savings.
• Learn about and evaluate innovative technologies and systems that improve energy efficiency and integrate renewable energy sources.
• Gain knowledge of best practices in resource management, waste reduction, and life cycle assessment to enhance sustainability efforts.
• Formulate actionable strategies for implementing energy efficiency and sustainability initiatives, including project financing and stakeholder engagement.

Training Methodology

Energy Efficiency and Sustainability in Chemical and Power Plants 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.

Organisational Impact

At the end of this training course, the organization  will gain the following,

• Reduced operational costs and enhanced productivity.
• Reduce environmental footprints, leading to better compliance with regulations
• Significant cost savings over time, influencing the organization's bottom line positively.
• Understanding of sustainability issues, fostering a culture of responsibility
• Differentiate themselves in the market, attracting customers and investors

Personal Impact

 At the end of this Energy Efficiency and Sustainability in Chemical and Power Plants training course, the participants will gain the following,

• Increase professional technical skills
• Enhanced employability and promotion probability
• Up skilling task implementation to meet organizational targets or to exceed clients’ expectations
• Positive impact on global climate situation globally and locally
• Improved overall quality of life and job satisfaction