Published Paper Details:

Cigarette filters, primarily made of cellulose acetate, represent a major source of non-biodegradable waste, contributing to global environmental pollution. This study explores the potential for recycling cigarette filters into useful materials for the textile industry. Through a novel chemical and mechanical processing technique, discarded cigarette filters were cleaned, decontaminated, and transformed into fibers suitable for textile applications. The research evaluates the structural integrity and safety of the resulting fibers, comparing them to conventional synthetic fibers in terms of durability, flexibility, and cost-effectiveness. Preliminary findings demonstrate that recycled cigarette filter fibers have comparable properties to traditional textiles such as polyester and nylon, offering a sustainable alternative for fabric production. Additionally, the recycling process significantly reduces the environmental footprint of cigarette waste, providing a dual benefit of waste management and resource recovery. This study presents a promising avenue for circular economy practices in the textile industry, highlighting the potential for innovative recycling technologies to address both pollution and resource scarcity.