PRODUCTION OF BANANA PSEUDO STEM AS PAPER BAG

Abstract

The banana plant is globally recognized as one of the most versatile and beneficial plants. The paper shopping bag developed by the researchers represents an environmentally friendly alternative to single-use paper or plastic bags and is designed for multiple reuse. Typically, alternative bags are crafted from materials such as canvas, natural fibers, woven synthetic fibers, or durable plastic, which provide a sturdy and sustainable option for carrying items. This study employed a mixed-method approach that combined experimental and quantitative research methodologies. The primary aim was to assess the viability of utilizing banana pseudo stems as an alternative raw material for the production of paper bags. The researchers conducted a series of experiments consisting of three trials to improve the durability and texture of the paper bags. Through repeated testing and material adjustments, they successfully developed a product that demonstrated both durability and reusability. These results indicate potential benefits for consumers and the community by offering a more sustainable alternative to single-use bags while maintaining practicality for everyday use. This study examined the potential of banana pseudo stems as a sustainable alternative material for paper bag production. By applying experimental research methods, the researchers were able to produce paper bags with enhanced durability and texture. These eco-friendly bags present a promising response to environmental issues associated with single-use paper and plastic bags. Their strength and reusability provide meaningful benefits to both consumers and the wider community, supporting a more sustainable and environmentally conscious future.