Machinery and Manufacturing
微藻褐藻素產業的上、中、下游製程,包含建立最適化微藻培養策略、超臨界無毒萃取褐藻素技術、生物活性分析、量產技術以及實際應用測試 | 提供航空界一項新能源,既降低航空引擎帶來的污染,也達到永續性的綠色航空(Green Aviation)。除此之外,所採用的原料也將對循環經濟做出貢獻 |
水中的微藻,固碳效率遠大於陸生植物,養殖一公噸微藻可以吸收兩公噸的二氧化碳。把微藻養植在工廠旁邊,可以吸收廢氣,還能處理廢水,藻體再拿來做成生質燃料或保健食品,進入循環經濟中,讓微藻成為下個世代最熱門的減碳生物。 | 成大生物科技中心研究員兼循環經濟中心主任陳俊延帶領團隊發展的「創新藻菌養殖處理技術」能夠大幅降低水中病毒與弧菌的感染,不需頻繁換水,減少 96.3%的水資源浪費 |
自癒合超高性能混凝土,強度可達普通混凝土七倍以上,具有接近鋼材料之抗壓強度,可用以設計輕薄與特殊造型之構件,能應用於重要之結構地震減災工程與國內百萬棟老舊建物之補強。 | 生物炭塑膠母粒,具優異抗張與彎曲強度,可應用至民生工業使用之熱塑性塑膠構件,作為取代傳統混合碳黑使用之色母粒。估算每生產一公噸生物炭塑膠母粒,等同回收大氣超過70公斤以上的二氧化碳排放量。 |
成大航太「綠色能源與燃料實驗室」 成大航太系暨能源產業人才教育中心主任陳維新特聘教授所領導的「綠色能源與燃料實驗室」,致力於解決臺灣日益加劇的環境和能源挑戰。實驗室所專注的四大領域包含生質能、氫能、潔淨能源以及能源系統技術,正積極朝向淨零永續, 碳中和, 負炭的目標邁進。 |
微藻廢水處理
微藻研究團隊早期便從事微藻處理廢水相關議題的研究,一開始是關於畜牧廢水的分解,技術相當的成熟,但在爭取大型計劃經費時總是淪為遺珠,直到近幾年因為民眾對於環境、食安議題高度重視,政府環保政策愈趨嚴格,畜牧業者也積極投入符合環保政策,較具財力的一些大型企業業者找上成大微藻團隊合作,在測試之後發現,微藻處理廢水不僅對於畜牧廢水有用,對於工業廢水亦有顯著的成效。 |
Electronics and ICT
Electronics and ICT
Energy and Environmental
Unlocking Green Energy Sustainable Development The GENFUEL Laboratory of the Department of Aeronautics and Astronautics at National Cheng Kung University (NCKU) is led by Prof. Wei-Hsin Chen. The GENFUEL is dedicated to addressing Taiwan's growing environmental and energy challenges. Bioenergy, hydrogen energy, clean energy, and energy systems are four major areas in GENFUEL, actively working towards achieving net-zero sustainability, carbon neutrality, and carbon negativity goals. |
The Green Revolution: Sustainable Development of Biochar Masterbatch Biochar masterbatch (BM) is known for its ability to store carbon dioxide (CO2) in plastics, which has excellent tensile and flexural strength. BM can be applied in thermoplastic plastic components used in various industrial applications, serving as an alternative to carbon black in the plastic industry. It is estimated that for every ton of biochar masterbatch produced, more than 70 kgs of CO2 emissions can be effectively mitigated from the atmosphere. |
Innovative Approaches to Wastewater Challenges: Microalgae's Success in Livestock and Industrial Sectors The microalgae team started with livestock wastewater, overcoming funding challenges. Collaborating with eco-friendly industries showcased microalgae's success in treating both livestock and industrial wastewater, emphasizing its wide applications in diverse wastewater treatment. |
Biotechnology and Healthcare
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