Energy Consumption Analysis and Optimization Strategies in Silicone Rubber Production

Abstract

This paper investigates the current status of energy consumption in silicone rubber production and proposes corresponding optimization strategies. Through on-site surveys and data analysis, the main energy-consuming processes in silicone rubber production, including mixing, forming, vulcanization, and post-processing, have been identified. The study reveals that these processes account for a significant proportion of energy consumption and have considerable potential for energy savings. To address this, a series of optimization measures are proposed, including equipment upgrading and retrofitting, process parameter optimization, application of energy management systems, and utilization of renewable energy sources. Additionally, the importance of establishing energy-saving management systems, enhancing employee training and awareness, and policy support for energy consumption optimization is discussed. Through case analysis, the effectiveness and feasibility of the proposed optimization strategies are verified. The results show that by comprehensively applying energy-saving technologies and management measures, the energy consumption level of silicone rubber production enterprises can be significantly reduced, with substantial improvements in economic and environmental benefits. This research provides a systematic energy optimization plan for silicone rubber production enterprises, which holds significant theoretical and practical value.