Waste Reduction and Process Optimization in a Textile Factory: A Study of Industrial Engineering and Environmental Impact

Abstract

Textile factories face significant challenges in the dynamic landscape of textile production, balancing economic viability with ecological responsibility. The industry's resource-intensive processes and waste generation contribute to environmental degradation. This study aims to shed light on these challenges and propose pragmatic solutions rooted in industrial engineering principles. By addressing waste reduction and process optimization, textile factories can enhance operational efficiency and contribute to a sustainable and responsible textile production, addressing the environmental impact of their operations. This study utilized a literature review to investigate the impact of industrial engineering practices on waste reduction and process optimization in a textile factory. The systematic approach allowed for data collection from various sources, ensuring the relevance and currency of the research. The study aimed to understand the complex interaction between textile production methods and environmental impact. The main argument aims to reduce environmental impact and water pollution in textile manufacturing by promoting water-efficient equipment and advanced wastewater treatment systems. These technological advancements aim to reduce chemical use, conserve water, and combat pollution, promoting a more ethical and ecological textile production method. The textile industry faces environmental challenges, particularly pollution and water usage. Solutions based on industrial engineering principles can reduce these effects. Adopting wastewater treatment systems and water-efficient technology can promote a greener, more sustainable, and morally responsible sector, balancing environmental responsibility with operational efficiency.