氣候變遷教學資訊平臺

作品名稱 ：永續農業方案：回收纖維農膜結合LDH土壤改良促進土壤碳匯

Finalists Project：A Sustainable Agriculture Approach Using Recycled Fiber Mulches and LDHs to Improve Soil Quality and Carbon Sequestration.

隊伍名稱：銀黑殺手

Finalists Team：Silver-black Marvel

作品簡介：面對氣候變遷，我們以廢棄植物纖維結合層狀雙氫氧化物（LDHs），開發可分解功能型農膜，可調控水分、養分與微氣候，提升土壤韌性，兼顧減碳與永續農業。

Introduction：As climate change intensifies, agriculture has become a key frontier for carbon reduction. We developed a biodegradable functional mulch film made from recycled plant fiber and Layered Double Hydroxides (LDHs). By utilizing the ion-exchange properties of LDHs, the film not only covers crops but also regulates moisture, nutrients, and microclimate to improve soil resilience. This innovation aims to achieve both carbon reduction and climate adaptation for sustainable agriculture.

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作品名稱 ：太陽能驅動製氫活化植物根系系統

Finalists Project：Solar-Powered Hydrogen Rhizosphere Activation System

隊伍名稱：氫淨農場

Finalists Team：H2 Cycle

作品簡介：H₂ Cycle以電解製氫、氣泡溶氫與融合液肥來提升土壤微生物活性與養分吸收效率，改善土壤積鹽、根系缺氧與依賴化肥的農業問題；並整合太陽能、雨水回收來運行。搭配土壤分析儀來及時監控與控制裝置。

Introduction：H₂ Cycle improves soil microbial activity and nutrient absorption efficiency through electrolytic hydrogen production, bubble hydrogen dissolution, and integrated liquid fertilizer, addressing agricultural challenges including soil salinization, root hypoxia, and chemical fertilizer dependency. The system operates by integrating solar energy and rainwater harvesting. Paired with a soil analyzer for real-time monitoring and device control.

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作品名稱 ：捕風捉稲影

Finalists Project：Stalking the Wind, Fielding the Data.

隊伍名稱：點稻成精

Finalists Team：Grain to Brain

作品簡介：本計畫在解決氣候變遷導致減產風險。將傳統節氣智慧科學化，建立以「葉齡」與「積溫」為核心的「水稻數位分身」，輔以臺灣藜循環經濟液肥，提供低門檻、高精準的施肥決策工具，在極端氣候下守護糧食安全與農業韌性。

Introduction：This project addresses the risk of yield reduction caused by climate change. By scientificizing traditional solar term wisdom, the initiative establishes a "Rice Digital Twin" centered on "leaf age" and "accumulated temperature." Supplemented by circular economy liquid fertilizers derived from Formosan quinoa (Chenopodium formosanum), the project provides a low-threshold, high-precision fertilization decision-making tool. This integrated approach aims to safeguard food security and enhance agricultural resilience in the face of extreme climate conditions.

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作品名稱 ：以低碳原物料處理半導體產業矽汙泥之產氫綠色技術

Finalists Project：Sustainable Hydrogen Generation from Semiconductor Waste Using Low-Carbon Material-Based Treatment

隊伍名稱：「氫」泥不染

Finalists Team：Pure Hydrogen

作品簡介：本團隊利用半導體製程廢棄矽汙泥與鹼溶液反應，高效轉化為氫氣與二氧化矽。能將製氫碳排降至3.25kg CO2eq/kg H2，遠低於傳統製程，更能落實零廢棄的循環經濟，解決高科技產業的廢棄物管理難題。

Introduction：Our team utilizes waste silicon sludge from semiconductor manufacturing, reacting it with low-concentration alkaline solutions to efficiently convert it into hydrogen and silicon dioxide in a short timeframe. This process not only reduces hydrogen production emissions to 3.25 kg CO2eq/kg H2—significantly lower than traditional methods—but also achieves a zero-waste circular economy, effectively addressing the carbon footprint and waste management challenges of the high-tech industry.

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作品名稱 ：可收納式車內降溫-太陽能熱電系統

Finalists Project：Net-Zero Deployment: A Foldable Solar–Thermoelectric Dual-Source Power Generation System

隊伍名稱：GENFUEL團隊

Finalists Team：Foldable Solar Thermoelectric Coupled Power Supply Team

作品簡介：提出可收納式車內降溫-太陽能熱電系統，結合太陽能板、風扇對流、TEG回收與IoT監控。實測溫度由56°C降至42°C，TEG開路電壓達102mV，具節能減碳潛力。

Introduction：This project presents a retractable solar–thermoelectric cooling system for reducing vehicle cabin temperature. The system integrates flexible solar panels, fan-driven convection, TEG energy recovery, and IoT monitoring. Experimental results show that the cabin temperature decreased from 56°C to 42°C, achieving a 14°C reduction. The TEG module also generated an open-circuit voltage of 102 mV, demonstrating the feasibility of thermal energy recovery and the potential to reduce air-conditioning load and carbon emissions.

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作品名稱 ：Eco-GrowthBox

Finalists Project：GrowPlate

隊伍名稱：自然保衛隊

Finalists Team：Eco Guard

作品簡介：環保種植餐盤為可分解環保餐盒，結合種子與循環設計，使用後可回歸自然並孕育新生命，減少一次性廢棄物，實現從使用到再生的永續模式。

Introduction：Eco-GrowthBox is a biodegradable food container designed with a circular concept. Made from eco-friendly materials, it integrates seed elements that allow the product to return to nature after use. Instead of becoming waste, the container decomposes and supports plant growth, transforming disposable packaging into a regenerative and sustainable experience.

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作品名稱 ：熊蜂自循環棲箱

Finalists Project：Bumblebee Self-Circulating Nest Box

隊伍名稱：熊蜂那麼可愛怎麼可以欺負熊蜂

Finalists Team：Bumblebees are so adorable how can we not protect them

作品簡介：讓熊蜂的存續能在溫室種植下進行內部自循環，同時提供溫室作物授粉服務，將「授粉服務」從一次性消耗，轉化為可持續運作的生態系統。

Introduction：Transforming greenhouse pollination from a single-use service into a sustainable internal cycle, allowing bumblebee populations to thrive and persist alongside the crops they pollinate.

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作品名稱 ：D.F.S蜻蜓庇護所

Finalists Project：D.F.S Dragonfly Sanctuary

隊伍名稱：蜻蜓消失了

Finalists Team：The dragonflies have disappeared.

作品簡介：D.F.S蜻蜓庇護所設於水泥護岸中，外層可減緩水流、攔截落葉供蜻蜓產卵；內層種植水生植物，提供稚蟲成長及蜻蜓產卵。內外層細縫可阻擋大魚進入保護稚蟲並維持水流動

Introduction：D.F.S Dragonfly Sanctuary is installed within concrete riverbanks. Its outer layer slows water flow and traps fallen leaves for dragonfly egg-laying, while the inner layer supports aquatic plants to provide a habitat for larvae growth and oviposition. Narrow gaps between the layers prevent large fish from entering, protecting larvae while maintaining water circulation.

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作品名稱 ：氣候占卜師

Finalists Project：Climate Fortune Teller

隊伍名稱：未來

Finalists Team：Future Life

作品簡介：本作品「氣候占卜師」結合TCCIP之氣候變遷推估資料與生成式人工智慧，將氣候資訊轉為個人化體驗。使用者完成問答後，產出角色分析、雷達圖評分與調適建議，提升大眾對氣候變遷議題之理解及行動意識。

Introduction：The project "Climate Fortune Teller" integrates TCCIP (Taiwan Climate Change Projection Information and Adaptation Knowledge Platform) climate change projection data with Generative AI to transform climate information into personalized experiences. After users complete a questionnaire， the platform generates character analyses， radar chart scores， and adaptation recommendations， thereby enhancing public understanding and awareness of climate change issues.

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作品名稱 ：調節都市熱島效應的導風集水塔

Finalists Project：A Wind-Guiding and Water-Collecting Tower for Regulating the Urban Heat Island Effect

隊伍名稱：阿基米德隊

Finalists Team：Archimedes Team

作品簡介：本設計提出一座導風集水式都市氣候塔，結合阿基米德螺旋與水車機制，建立風、水、氣的自然循環系統。裝置沿水圳設置，活化既有水體，並利用自然風能與水動能自主運作，達成低耗能、永續且具環境韌性的都市降溫模式。

Introduction：This project proposes a self-regulating urban climate tower that reduces the urban heat island effect through a nature-based system. By integrating an Archimedes spiral structure with a waterwheel mechanism, it creates natural airflow and water circulation without electricity. Installed along canals, the tower uses wind and water energy to provide sustainable, low-energy urban cooling and improve microclimate resilience.

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