作品概念
Project Statement
《 Bio-Cycle 》 探討生物塑膠如何將日常包裝轉化為接近無痕的材料循環。作品以肥皂包裝、乾燥花分裝袋、茶包造型包裝與糖果包裝為例，重新思考包裝不只是廢棄物，而是產品、使用者與自然之間短暫存在的媒介。
Bio-Cycle explores how bioplastics can transform everyday packaging into a zero-trace material cycle. Through soap packaging, dried-flower sachets, tea-bag forms, and candy wrappers, the project reimagines packaging not as waste, but as a temporary boundary between product, use, and nature.
設計發想
Design ideas / Sketch
This design uses cornstarch–gelatin bioplastic as the outer layer of the soap, making use of starch’s properties: it can be shaped, dried into a film, and softened by water. During production, liquid soap is poured directly into the unset material, allowing the soap and its packaging to form together. The packaging can be torn open or softened by water during use, reflecting the concept of low-waste and dissolvable packaging.
參考三角茶包、岩石巧克力與連袋零食包裝，設計出小份量、可攜帶、可撕取的生物塑膠包裝。四面體結構輕巧穩定，也能展示內容物的視覺層次；連袋式設計則方便一次取用一小包，減少過量使用與保存不易的問題，適合糖果、茶包、乾燥花或小型香氛產品。
This series is inspired by tea bags, chocolate packaging, and snack sachets. It uses bioplastic to create small, portable, and tearable packaging. The design allows users to take one portion at a time, reducing waste and improving convenience.
材料測試紀錄
Material Testing
本作品透過熱水溶解、硬度測試、日曬曝露與土壤接觸，觀察生物塑膠在不同條件下的反應。部分測試短期內變化不明顯，因此以過程紀錄與材料觀察為主，呈現材料的可能性與限制。
This project observes how bioplastics respond to hot water, hardness testing, sunlight exposure, and soil contact. Some tests showed limited visible change in the short term, so the documentation focuses on process, observation, and material limitations.
三年保存樣本｜
硬度測試
Three-Year Aged Sample｜Hardness Test
本作品透過熱水溶解、硬度測試、日曬曝露與土壤接觸，觀察生物塑膠在不同條件下的反應。部分測試短期內變化不明顯，因此以過程紀錄與材料觀察為主，呈現材料的可能性與限制。
This project observes how bioplastics respond to hot water, hardness testing, sunlight exposure, and soil contact. Some tests showed limited visible change in the short term, so the documentation focuses on process, observation, and material limitations.
溶解實驗
Dissolution Experiment
材料遇熱水後逐漸軟化、變薄並部分溶解，顯示其具備可消融與低廢棄包裝的應用潛力。
The material softened, became thinner, and partially dissolved in hot water, showing its potential for dissolvable and low-waste packaging.
日曬與土壤測試
Sunlight & Soil Test
短期內材料變化不明顯，顯示自然降解需要更長時間，也會受到濕度、溫度、日照與土壤條件影響。
Limited visible change was observed in the short term, suggesting that natural degradation requires more time and depends on humidity, temperature, sunlight, and soil conditions.
氣候紀錄
Climate Log
製作期間記錄台北2026/4/25–5/5 的氣溫與濕度，作為理解材料乾燥、收縮與保存狀態的參考。
Temperature and humidity in Taipei from 25 April to 5 May were recorded as references for drying, shrinkage, and material stability.