循環設計概念闡述: 本設計以農業廢棄物「花生殼」為主要材料，透過粉碎，製成可分解的日用品，減少資源浪費。產品採用模組化設計，如可替換刷頭與可拆卸刀片，延長使用壽命，降低拋棄式塑膠依賴。
循環設計分類: a. 循環材料 & b. 循環設計 循環材料：本產品主要使用農業廢棄物「花生殼」，透過粉碎並運用 3D 列印技術製成可生物分解的材料，減少資源浪費，並提供塑膠替代方案。 循環設計：採用模組化設計，如可替換式刷頭與可拆卸刀片，延長產品使用壽命，減少拋棄式塑膠用品。
搖籃到搖籃的系統性思考說明: 生物循環：花生殼為可生物分解材料，產品使用後能自然降解，不會對環境造成污染。無毒安全：選用天然花生殼粉，避免塑膠與有害化學物質，確保產品安全無毒。
商業價值之永續性說明: 「花生好漱」的商業價值與永續性，建立在環保創新與在地資源活化上。它將雲林的花生殼農業廢棄物轉化為環保材料，減少焚燒與掩埋污染，同時有效取代一次性塑膠。結合雲林環保觀光年，「花生好漱」能與旅宿業合作，提供牙刷、漱口杯等盥洗用品，實際展現塑膠減量成效。未來更可延伸至餐飲業與日用品市場，擴大商業版圖。透過在地特色與永續理念，「花生好漱」不僅是環保產品，更是一個具競爭力的綠色品牌，為地方經濟與環境共創雙贏。

Pea-nut a problem

The circular design concept of this project revolves around utilizing agricultural waste—peanut shells—as the primary material. By grinding the shells and transforming them into biodegradable daily necessities, the design effectively reduces resource waste. Additionally, the product incorporates a modular design, featuring replaceable brush heads and detachable razor blades, which extends its lifespan and minimizes dependence on disposable plastics.
In terms of circular design, this project falls under two key categories: circular materials and circular product design. The materials used primarily consist of peanut shells, which are ground and processed using 3D printing technology to create a biodegradable alternative to plastic, significantly reducing resource waste. The modular design approach further enhances sustainability by allowing components such as brush heads and razor blades to be replaced rather than discarded entirely, reducing overall plastic consumption.
From a cradle-to-cradle system perspective, the product aligns with biological circulation principles. Since peanut shells are fully biodegradable, they naturally decompose after use, leaving no harmful environmental impact. Moreover, the selection of natural peanut shell powder ensures that the product remains free from plastics and hazardous chemicals, making it a safe and toxin-free alternative to conventional hygiene products.