DEVELOPMENT OF AN ADVANCED HEAT RECOVERY SYSTEM TO IMPROVE ENERGY EFFICIENCY IN INDUSTRIAL MANUFACTURING PROCESSES

Abstract

This study investigates the effectiveness of an advanced heat recovery system in enhancing energy efficiency within industrial manufacturing processes. The primary objective was to develop and optimize a system capable of reducing energy consumption and minimizing environmental impact across various industries. The results demonstrated a significant reduction in energy consumption, with savings ranging from 15% to 22% across sectors including steel, chemical, and automobile manufacturing. Additionally, heat recovery efficiency was found to be highest in high-temperature industries such as steel and chemical production, achieving up to 30% heat recovery. The economic benefits were substantial, with return on investment (ROI) values ranging from 35% to 45%, particularly in energy-intensive industries. Furthermore, CO2 emissions were reduced by up to 22%, highlighting the environmental advantages of implementing heat recovery systems. The findings also revealed variations in system performance across industries, indicating the need for tailored solutions to optimize results. A short duration between 18- and 22-months during payback periods shows that these systems help users achieve both immediate and postponed financial benefits.  Advanced heat recovery applications now have a strong implementation basis from this study while expanding industry knowledge about energy efficiency.  Organizations seeking sustainable industrial methods can benefit from this study which demonstrates how these systems create operational excellence with lower energy expenses while reducing environmental footprints.