由於茶葉已經演變成為現代日常生活中不可或缺的飲品，蓬勃的茶文化發展下，讓茶葉包裝在現代發展與設計出更多的樣式與面貌。然而這造成了茶葉的過度包裝問題，因為茶葉的包裝設計變得日益複雜化，便製造出許多包裝垃圾以及廢棄物。近年來，永續設計越來越被重視，因此本研究目的為透過實驗性茶葉渣紙漿塑模作為茶葉禮盒材質，解決包裝廢棄物需耗費長時間分解之問題與將茶葉渣資源化，提高農廢材質附加價值。並且以本研究過程與結果，提供業者與設計師往後在設計茶葉禮盒時參考。本研究利用文獻分析法，整理並釐清綠色包裝與茶葉包裝脈絡的關係以及探討綠色包裝材質中的紙漿塑模。以觀察法與比較分析法將茶葉禮盒與紙漿塑模的現況相關案例，探討所影響環境的問題以及其設計手法與現有的農廢材料紙漿。接著，以實驗法進行茶葉渣原料作為紙漿塑模茶葉禮盒之測試。在茶渣紙張部分測試其壓模成型與延展性，茶渣紙漿塑模部分測試紙漿成型穩定度、厚度穩定性與乾燥後色澤。創作成果以紙漿塑模實驗測試之成品延伸創作出三組不同茶渣作品，茶渣分別為烏龍茶、紅茶、綠茶並透過茶的口感與氣味以茶語主題進行創作。最後，本研究結論為：以實驗性紙漿塑模作為茶葉包裝材，減緩包裝廢棄物堆積與造成生活品質惡化等環境問題。此外，利用茶飲料工廠茶葉萃取後的廢棄茶葉渣資源化，提高其材料價值。再者，以本研究過程與測試結果提供往後業者與設計師在設計包裝之日後設計之參考，考量具有高質感與友善環境的紙漿塑模作為包裝材。

As tea has evolved into an indispensable drink in modern daily life, the development of a vigorous tea culture has allowed tea packaging to become modern in both style and design. However, this has caused the issue of over-packaging in tea products, as the packaging design of tea has become more and more complicated, many packaging wastes have also produced. Nowadays, people has paid more attention on the environment. Therefore, the purpose of this research is to use experimental paper pulp molding as a tea gift box material to solve the problem of packaging waste, which it usually needs to take a long time to decompose, furthermore reuse the tea residue and improve agriculture. With the research process and results, this project could provide the industry and designers to refer to the design of the tea gift box. In this project, the mold molding and ductility were tested on the paper portion of the tea residue, and the mold portion of the tea residue pulp was tested for pulp formation stability, thickness stability, and color after drying. The creation results in three different sets of tea residue works, which are made of oolong tea, black tea and green tea, and are created in the tea theme through the taste and smell of tea. The results are used to provide a reference for the design industry and the designer in the future, with the consideration of paper pulp as a high texture and friendly environment packaging material.