氣候變遷教學資訊平臺

作品名稱 ：以3D列印碳材選擇性純化二氧化碳

Finalists Project：Gyroid Carbon Capture: 3D-Printed Carbon Materials for Selective Carbon Dioxide Purification

隊伍名稱：淨碳吉

Finalists Team：Net Carbon Fortune

作品簡介：本團隊以3D列印技術製備具高比表面積 與高選擇性活性碳塊材，結構可依需求調整，兼具薄膜與粉末吸附材料的優點。製程自動化、低耗能且環境友善，能有效捕捉二氧化碳，後續可作為再利用或封存。

Introduction：Our team utilizes 3D printing technology to fabricate activated carbon monoliths with a high specific surface area (1755.5 m²/g) and excellent CO₂ selectivity. The structure can be customized as needed, combining the advantages of both membrane and powdered adsorbents. The production process is automated, energy-efficient, and environmentally friendly, enabling effective CO₂ capture for subsequent reuse or storage.

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作品名稱 ：GreenBike：騎出永續未來

Finalists Project：GreenBike: Pedaling Towards a Sustainable Future

隊伍名稱：采永續車綸

Finalists Team：Cycling for Sustainability

作品簡介：GreenBike 是一個校園二手腳踏車租賃平台，透過「以租代買」模式解決腳踏車閒置問題，減少資源浪費與碳排放，並提升學生通勤便利性、永續行動與意識，實現低碳、循環經濟的校園通勤模式。

Introduction：GreenBike is a second-hand bicycle rental platform designed for university campuses. By promoting a circular "rent instead of buy" model, the project addresses the issue of abandoned bikes, reduces carbon emissions and waste, and enhances commuting convenience for students. It fosters environmental awareness while contributing to sustainability goals, including SDG 11 and SDG 12. GreenBike revitalizes idle bikes through repair and reuse, creating a low-carbon and resource-efficient mobility solution for future-ready campuses.

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作品名稱 ：鋁渣高值化、產品化的方法與應用

Finalists Project：Methods and applications of high value and productization of aluminum dross

隊伍名稱：點渣成金

Finalists Team：Midas touch

作品簡介：本團隊成功建立一套完整的鋁渣的產品化技術，能完全去化鋁渣的危害，達到不影響電爐煉鋼製程與高效率去化鋁渣的冶煉目標。並將鋁渣轉化為100%可再利用的氧化碴、還原碴，對整體產業環境具有相當不錯的價值。

Introduction：Our team has successfully developed an efficient technology for removing aluminum slag waste. This technology completely eliminates the hazards associated with aluminum slag without disrupting the EAF steelmaking process. It achieves high-efficiency aluminum slag removal. Furthermore, converting aluminum slag into 100% reusable oxide slag、 rifinig slag. Adds significant benifit to the enviromental as a whole.

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作品名稱 ：循環利用蛋殼為一種產製活性碳之綠色觸媒

Finalists Project：Recycling of eggshell as a green catalyst for producing activated carbon from biomass

隊伍名稱：生物循環

Finalists Team：BioCycle

作品簡介：蛋殼經高溫鍛燒後會產生二氧化碳，本創新作品係利用其作為稻殼製備成活性碳過程中之活化氣體使用，將生物無機廢棄物及農業剩餘資材轉化為高附加價值之氧化鈣及活性碳，實現自然資源的永續利用。

Introduction：In light of the fact that eggshell (EG) generates carbon dioxide upon high-temperature calcination, this innovative study utilized the released CO₂ as the activating gas in the process of converting rice husk (RH) into activated carbon. By transforming agricultural residue and bio-inorganic waste materials into high-value-added products—namely calcium oxide and activated carbon—this work contributed to the sustainable utilization of natural resources.

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作品名稱 ：農業保險指數優化之模型

Finalists Project：Model for Optimizing Agricultural Insurance Index

隊伍名稱：翌年有瑜

Finalists Team：Yi Nian You Yu

作品簡介：現行農業保險涵蓋作物種類少，無法反映作物於整個生長期面臨的風險。此作品以水稻為例，以DSSAT建立臺灣品種適栽度地圖，模擬不同氣候下各地各品種適栽度，協助政府精準評估種植風險。

Introduction：To mitigate the risks faced by farmers under climate change, the government has implemented agricultural insurance. However, current insurance cover only a limited range of crops and lack precision in capturing growth-stage risks. Therefore, this study uses rice as an example and applies the DSSAT model to develop a crop suitability map for Taiwan. By simulating cultivar suitability across regions under different climate scenarios, this system assists the government in assessing cultivation risks accurately.

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作品名稱 ：3D 列印飛灰陶瓷膜應用於水回收與能源生成

Finalists Project：Ashes to Innovation: Upcycling Coal Ash into Cutting-Edge 3D printed Ceramic Membranes for water reclamation

隊伍名稱：極淨創能者

Finalists Team：Upcycle Champions

作品簡介：本研究首創運用3D列印技術將廢棄煤灰製成蜂巢狀自支撐無PFAS陶瓷膜，應用於廢水處理領域亦可作為生物燃料電池之隔離膜，實現廢水再生與同步發電的雙重功能，突破傳統膜材昂貴具毒性的限制，具環保與應用潛力。

Introduction：With the vision of environmental sustainability, in the face of the major challenges globally water scarcity and waste overload, a novel strategy is adopted to drive the development of Taiwan’s circular economy. A breakthrough PFAS-free, low-cost, 3D-printed ceramic membrane, from coal ash, is indigenously developed. It withstands harsh chemicals, serving diverse applications like wastewater treatment, microbial fuel cells. By upcyling coal ash, it addresses disposal concerns while enhancing climate resilience, improving water quality, and strengthening infrastructure sustainability.

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作品名稱 ：煉炭成金

Finalists Project：Turning Biochar into Gold

隊伍名稱：煉炭術士

Finalists Team：Biochar Alchemist

作品簡介：本作品以低成本、去中心化的製炭技術，將果樹修剪廢材製成生物炭，提升土壤碳儲與肥力。結合示範田與工作坊推廣應用，並發展碳權交易與多元產品（如貓砂）商業模式，實現農業廢棄物再利用與永續減碳。

Introduction：This project uses a low-cost, decentralized biochar method to turn orchard waste into soil-enhancing carbon material. Through demo plots and workshops, it promotes farmer adoption. The model integrates carbon credit trading and diverse uses (e.g., cat litter), enabling sustainable waste reuse and carbon reduction.

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作品名稱 ：深岩碳鎖：礦化封存實現碳中和的創新技術探索

Finalists Project：Deep Rock Exploration: Innovative Technology for Carbon Neutrality through Mineralization

隊伍名稱：碳先封

Finalists Team：Carbon Pioneer

作品簡介：因應氣候變遷與淨零碳排目標，本研究模擬超臨界二氧化碳與濃鹽廢水灌注玄武岩，促進礦化反應並評估固碳效率。此技術結合台灣地質特性，具應對氣候變遷與碳交易潛力，為企業提供經濟與環保兼具的解決方案。

Introduction：In response to climate change and net-zero goals, this study simulates injecting supercritical CO₂ and brine into basalt to enhance mineralization and assess carbon storage efficiency. Leveraging Taiwan’s geological features, this technique offers high potential for climate mitigation and carbon trading, providing cost-effective, eco-friendly solutions for industries.

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作品名稱 ：碳積捕手

Finalists Project：Carbon Catcher

隊伍名稱：鎖住碳脈

Finalists Team：Locking the Carbon Ridge

作品簡介：結合物聯網與AR/MR技術，提升土壤碳匯檢測效率，探索淤泥再利用對碳儲量之影響，助力淨零永續。

Introduction：The team integrates IoT technology with MR/AR data visualization to enhance the efficiency of soil carbon sequestration detection, overcoming the limitations of traditional methods in real-time monitoring of carbon stock changes. Additionally, they explore the impact of reservoir sludge reuse on soil and plant carbon levels, offering natural solutions to climate change, promoting a circular economy and sustainable development, and contributing to the vision of achieving carbon neutrality and net-zero emissions.

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作品名稱 ：永續校園智慧平台

Finalists Project：Smart Campus Sustainability Platform

隊伍名稱：校綠王

Finalists Team：Greenovator

作品簡介：我們的「永續校園智慧平台」希望協助台灣大專院校提升校園永續行動表現，解決資源錯置、資訊門檻高等問題。平台透過數據分析與客製化服務，提供具體策略建議與執行指引，助力校方提升校園韌性、追求永續發展。

Introduction：Our "Smart Campus Sustainability Platform" aims to support universities in Taiwan in enhancing their campus sustainability performance. It addresses challenges such as resource misallocation and high information barriers. By leveraging data analysis and customized services, the platform provides concrete strategic recommendations and implementation guidelines to help institutions strengthen campus resilience and pursue sustainable development.

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