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備註：農業部特別獎
作品名稱 ：循環利用綠色觸媒可可莢殼灰渣
Finalists Project：Recycling of cocoa podash as green catalyst
隊伍名稱：生態碳
Finalists Team：BioCarbon
作品簡介：本創新作品將其循環利用為綠色觸媒於多孔性負碳材料之清潔生產；至於木質纖維素原料為國內大宗作物剩餘資材稻殼。結果顯示，在適當的溫度及含浸率下可產製出高孔洞稻殼炭產品，遠高於未含浸灰渣稻殼炭產品。
Introduction：This innovative work is to reuse it as a green catalyst in the cleaner production of porous carbon-negative material from the lignocellulosic precursor rice husk (one of the largest crop residues in Taiwan). The findings showed that RH/CPHA-based biochar with high porosity can be produced at proper temperature and impregnation ratio (i.e., mass ratio of CPHA to RH). In addition, the pore properties of the resulting RH/CPHA-based biochar products are significantly higher than those of RH-based biochar products, which are not impregnated with CPHA in the pretreatment of RH.
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備註：最佳人氣獎 暨 農業部特別獎
作品名稱 ：循環咖啡豆包裝
Finalists Project：RECY-CO
隊伍名稱：飛晴設計
Finalists Team：FeiChing Design
作品簡介：由種植咖啡豆時定期剪枝所丟棄的木料，以及咖啡豆加工時產生的咖啡豆殼所製成的咖啡豆包裝，使用完後可將剩餘的咖啡渣裝進 RECY-CO 內，形成良好的咖啡渣除臭盒，放置於鞋櫃、冰箱等處能夠使空氣品質提升。
Introduction：The coffee bean packaging is made from the discarded wood from regular pruning during coffee bean cultivation, as well as coffee bean husks generated during processing. After customers have used the coffee beans, they can place the leftover coffee grounds into RECY-CO, turning it into an effective deodorizing box for coffee grounds. When placed in shoe cabinets, refrigerators, and other spaces, it enhances air quality.
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備註：環境部氣候署-淨零轉型實踐特別獎
作品名稱 ：解鎖岩漿庫
Finalists Project：Unlocking the Magma Reservoir
隊伍名稱：地心探險隊
Finalists Team：Journey to the Center of the Earth
作品簡介：地熱電廠運作過程中，因結垢或儲集層問題使地熱水之流量或溫度下降，影響系統性能與經濟性。為能準確預測電廠運轉期間發電量準確性，本研究耦合多種物理模型，如儲集層、熱力、渦輪及經濟等，對電廠進行經濟評估。
Introduction：During the operation of a geothermal power plant, a decrease in the flow rate and temperature of geothermal water due to scaling and reservoir issues can affect system performance and economics. To accurately predict the electricity generation of the power plant, this study couples various physical models, including reservoir, thermodynamic, turbine, and economic models, to conduct performance and economic evaluations of the power plant.
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備註：環境部氣候署-氣候韌性發展特別獎
作品名稱 ：藍綠雙效聯盟
Finalists Project：Blue-Green Dual Action Alliance
隊伍名稱：藻尋碳跡
Finalists Team：Algae Tracing Carbon Footprints
作品簡介：「藍綠雙效聯盟」是台灣光電養殖業的創新策略，結合藍色碳匯和綠色能源，改善水質、提供清潔能源。利用大型藻類改善水質，太陽能提供能源，實現經濟效益和環境可持續性。為台灣水產養殖業提供可行的解決方案。
Introduction：The Blue-Green Dual Alliance" is an innovative strategy in Taiwan's photovoltaic aquaculture industry, combining blue carbon sink and green energy to improve water quality and provide clean energy. Utilizing large-scale algae cultivation to enhance water quality and solar energy for power generation, it achieves economic benefits and environmental sustainability. It offers a viable solution for Taiwan's aquaculture industry.
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備註：
作品名稱 ：推波一號
Finalists Project：PW - 1
隊伍名稱：跟上這一「波」
Finalists Team：Follow The Trend
作品簡介：因應氣候變遷下的能源轉型，針對台灣潛能較大的海洋能研發震盪水柱式波浪能發電系統，單轉向且具彈性的新型葉片可達到高於傳統葉片3倍的能源轉換效率，希望能促進海洋再生能源的推動。
Introduction：In response to the energy transformation under climate change, we have developed an oscillating water column wind power generation system for Taiwan's larger ocean energy. The new single-turn and flexible blades can achieve three times the energy conversion efficiency of traditional blades, hoping to promote the promotion of marine renewable energy.
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備註：
作品名稱 ：線上溝通實踐離岸風電公正轉型
Finalists Project：Online Communication Practices for Offshore Wind Energy's Just Transition
隊伍名稱：無風不起浪
Finalists Team：No Wind, No Wave
作品簡介：本團隊提出「離岸風電非同步線上公民咖啡館」，透過線上問卷與後端平台強化社會溝通，提升政策透明度與公眾參與，使利害關係人能實時追踪討論並針對策略行動計劃提供具體建議，以支持臺灣 2050 淨零排放目標。
Introduction：Our team has developed the "Offshore Wind Asynchronous Online Civic Café," utilizing online surveys and backend platforms to enhance social communication, improve policy transparency, and increase public participation. This allows stakeholders to track discussions in real-time and provide specific recommendations for strategic action plans, supporting Taiwan's 2050 net-zero emission targets.
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備註：
作品名稱 ：臨界點
Finalists Project：Critical Point
隊伍名稱：大地之母的守護者
Finalists Team：Earth Protector
作品簡介：影片透過微電影的形式，紀錄我們走訪台灣各地所看見的土地、環境議題，並利用空拍等角度去探索平常容易被忽視掉的景色，希望透過拍攝實際正在發生的問題去激發人們的重視，並透過桌遊引導他們思考氣候變遷的對策。
Introduction：The film documents our visits to various locations in Taiwan, focusing on environmental issues through the lens of short films. Utilizing aerial footage and unique angles, we aim to explore often overlooked landscapes. By capturing real-time issues, we hope to raise awareness and encourage people to take notice. Additionally, we plan to use tabletop games as a tool to prompt viewers to think critically about these issues.
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備註：
作品名稱 ：天災人禍造成工地鷹架倒塌之AIOT預警系統
Finalists Project：Feasibility of AIoT for natural and man-made disaster prevention from scaffold collapse
隊伍名稱：萬事俱備，只欠東風
Finalists Team：All is ready except for the wind
作品簡介：本作品旨在製作 AIOT 預警系統,監測鷹架搖晃時加速度數據。我們使用模型結合感測器,透過雷射雕刻機切割材料,再組裝與測試。感測器則使用實驗室已有之感測儀器,外盒大小由我們設計並利用 3D 列印機列印
Introduction：Our project aims to develop an AIOT warning system capable of monitoring acceleration data during simulated scaffold swaying. We utilize a scaffold-like model integrated with sensors and employ laser cutting for material fabrication, followed by assembly and testing. The sensors are sourced from existing laboratory equipment, and we design the outer casing ourselves, utilizing a 3D printer for production.
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作品名稱 ：水產桑尼號
Finalists Project：sans fin solar
隊伍名稱：陽光開朗養魚人
Finalists Team：Sunny and cheerful fish farmer
作品簡介：將太陽能板、儲能系統與魚缸結合，不需外部電源即可運作。太陽能產生電力用於驅動水泵、燈具及感測裝置等設備，同時分配給儲能系統使其可運作24小時。此作品可節省能源並作為教材用於推廣，使大眾認識綠能的應用。
Introduction：Solar panels and batteries are integrated with the fish tank, enabling operation without external power supply. The electricity generated by solar energy is used to drive water pumps, lighting, and sensing devices. It is also distributed to the energy storage system, ensuring 24-hour operation. This creation conserves energy and serves as educational material for promoting awareness about the applications of green energy.
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備註：
作品名稱 ：有害廢棄物之高效率利用方法
Finalists Project：Efficient Utilization of Hazardous Waste
隊伍名稱：循環創興
Finalists Team：Circular Innovation
作品簡介：本團隊成功建立了完整的鋁渣廢棄物的高效去化技術，此技術能達到不影響電爐煉鋼製程與高效率去化鋁渣(16.5kg/ton)的目標。並將鋁渣轉化為100%可再利用的氧化碴，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 dross. This technology completely eliminates the hazards associated with aluminum dross without disrupting the electric arc furnace steelmaking process. It achieves high-efficiency aluminum slag removal with 16.5kg per ton of steel. Furthermore, converting aluminum dross into 100% reusable oxide slag. Adds significant benifit to the enviromental as a whole.
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