Abstract:
This thesis explores the feasibility and effectiveness of utilizing banana fiber as a sustainable alternative for the production of sanitary pads. With a growing global awareness of the environmental impact associated with traditional menstrual hygiene products, the need for eco- friendly alternatives has become imperative. The research delves into the mechanical and absorbent properties of banana fibers, investigating their potential as a biodegradable and cost- effective material for sanitary pad production. The study involves the extraction and processing of banana fibers, followed by the design and manufacturing of prototype sanitary pads. The performance of these pads is evaluated through comprehensive laboratory tests, including absorbency, comfort, and durability assessments. Comparative studies are conducted against conventional sanitary pads to assess the overall effectiveness and user satisfaction of the banana fiber-based alternative. Furthermore, the environmental impact of the banana fiber sanitary pads is analyzed, considering factors such as production energy, carbon footprint, and disposal. A life cycle assessment is conducted to provide a holistic understanding of the ecological footprint associated with both traditional and banana fiber-based sanitary pads.
