陽光娜娜以「探索香蕉纖維的綠潛力」為主題，運用香蕉假莖等農業剩餘資材，透過專利仿生循環製程轉化為紡織纖維、生質添加纖維及有機液體肥料，實現零剩餘資源利用。藉由保留植物碳封存、減少焚燒與腐爛產生的碳排放，同時提供紡織、塑膠及農業等多元應用，展現農業廢棄物高值化、循環經濟與低碳永續的創新實踐。
F2M explores the green potential of banana fiber by transforming agricultural residues, such as banana pseudostems, through a patented biomimetic circular process. These materials are converted into textile fibers, bio-based additive fibers, and organic liquid fertilizer, achieving zero-waste resource utilization. By retaining the carbon stored in plants and reducing emissions caused by burning or decomposition, the process supports diverse applications across the textile, plastics, and agricultural sectors. It demonstrates an innovative approach to the high-value use of agricultural waste, circular economy development, and low-carbon sustainability.
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探索香蕉纖維的綠潛力 Explore the Green Strength of Banana Waste 陽光娜娜將香蕉假莖等農業剩餘物資高值化再利用，以專利仿生循環製程完整保留植物固碳效益，避免腐爛或焚燒造成碳排放。 單一製程可產出紡織纖維、生質添加纖維及有機液體肥料，實現零廢棄循環。香蕉纖維兼具高吸水、隔熱等天然特性，可應用於機能紡織、生質塑膠、植物皮革及農業肥料，提供兼顧減碳、減塑與循環經濟的永續材料解方。 F2M upcycles banana pseudostems and other agricultural residues through a patented biomimetic circular process that preserves stored carbon and prevents emissions from burning or decomposition. One process creates three products: textile fibers, bio-based plastic additives, and organic liquid fertilizers, achieving zero waste. The materials support low-carbon textiles, bioplastics, vegan leather, and sustainable agriculture with maximum resource efficiency. |