Publication Details
Abstract
The textile production sector encounters unparalleled difficulties stemming from climate change, such as heightened energy usage, water shortages, and regulatory demands for eco-friendly manufacturing. This study investigates engineering-oriented adaptation methods for textile manufacturing plants to tackle climate-related effects while preserving production efficiency and economic sustainability. By thoroughly examining energy optimization systems, water conservation technologies, and process automation methods, this research reveals effective engineering solutions for climate adaptation in textile manufacturing scenarios. The study assesses changes in mechanical systems, such as energy-saving drive systems, heat recovery systems, and automated climate control systems tailored for different environmental conditions.