深層海水多目標應用技術開發之研究與規劃
- 標題
- 深層海水多目標應用技術開發之研究與規劃
- 作者
- 李士畦
- 文件屬性
- 圖書出版
- 知識分類
- 基礎研究
- 出版年
- 2008
- 出版社
- 經濟部水利署
- 點閱數
- 4964
摘要
本計畫主要區分三大主題，首先針對深層海水資源國內外專利與產業進行技術鑑別，並提供專利地圖分析。在生物科技結合區域產業發展可行性方面，針對低溫藻類資源進行資訊收集，結合東部學研機構之技術支援能力進行調查分析，最後提供發展方向建議。最後針對藻類產品設計、成份鑑定分析與環境荷爾蒙進行實際案例分析。在深層海水國內外專利與技術鑑別分析方面，研究顯示美國、日本、韓國與台灣在深層海水之專利技術發展上，依國際分類結果顯示其朝向機械工程與人類生活必需的方向發展，日本、韓國主要發展朝向人類生活必需分類，而美國則朝向機械工程分類，尤以能源工程為主，台灣發展則較為平均。在研究能力評估方面，美國與日本在產業自行研發能量上佔有優勢，台灣則以研究機構佔有研發能力優勢。生物科技結合區域產業發展可行性評估顯示，以目前台灣的各項條件對開發低溫藻類養殖有其困難度，研究建議朝向高密度室內培養藻類種苗或發展生產提供潔淨的水產餌料技術。在東部地區學研機構的調查分析方面，東部各縣之學研單位在食品、生技及養殖方面可充分提供研發資源，未來建議地方政府透過相關產學合作來進行推廣。最後，在以深層海水飼育之藻類進行藻膠提鍊與分析案例中，證實其產品具有潔淨的特性。最後，再結合訪談目前台灣指標藻類生技企業並歸納其對深層海水資源發展的意見，建議深層海水資源未來可加強結合醫學材料領域(如敷料產品)發展，亦可為深層海水週邊產品帶來高經濟價值之利基。
The present plan to distinguish between the three main themes, the first is deep sea water for domestic and foreign patents and technology industries to identify and provide analysis of the patent map. In the biotechnology industry the feasibility of regional integration, the low temperature for algae resources to collect information, the combination of science research in the eastern sector of technical support, the ability to investigate, to provide a final development proposal. Finally, for algae product design, component identification and analysis of environmental hormones to carry out the actual case studies. Domestic and foreign patents in the deep sea water and to identify technical analysis, studies have shown that the United States, Japan, South Korea and Taiwan in the deep sea water of the development of patented technology, according to the International Classification of results which show that the mechanical engineering towards the necessities of life and human development, Japan, South Korea the main direction of development of human life necessary for the classification, while the United States towards the classification of mechanical engineering, especially in the energy-based projects, the development of Taiwan are more evenly. In the research capacity to assess, in the United States and Japan on energy research and development on its own industries to take advantage of the Taiwan research institutes are occupied edge research and development capabilities. Biotechnology combined with the region to assess the feasibility of industrial development shows that Taiwan's current conditions on the development of low-temperature algae culture has its difficulties, the proposed research towards high-density indoor cultivation of algae or the development of seed production of aquatic food clean technology. In the eastern part of the school's research institute analysis of the survey, in the eastern counties of science research unit in the food, biotechnology and aquaculture can provide the full research and development resources, the future local government proposed by the relevant industry-university collaboration for the promotion. Finally, in the rearing of deep sea water for algae blooms to plastic chain and analysis of the case, confirmed that their products have a clean character. Finally, combined with interviews with Taiwan's biotech index algae and enterprises into its deep sea water resources development, the proposed deep sea water resources could strengthen the integration of the future in the field of medical materials (such as dressing product) development, but also the deep sea around the product with To the high economic value of niche.
The present plan to distinguish between the three main themes, the first is deep sea water for domestic and foreign patents and technology industries to identify and provide analysis of the patent map. In the biotechnology industry the feasibility of regional integration, the low temperature for algae resources to collect information, the combination of science research in the eastern sector of technical support, the ability to investigate, to provide a final development proposal. Finally, for algae product design, component identification and analysis of environmental hormones to carry out the actual case studies. Domestic and foreign patents in the deep sea water and to identify technical analysis, studies have shown that the United States, Japan, South Korea and Taiwan in the deep sea water of the development of patented technology, according to the International Classification of results which show that the mechanical engineering towards the necessities of life and human development, Japan, South Korea the main direction of development of human life necessary for the classification, while the United States towards the classification of mechanical engineering, especially in the energy-based projects, the development of Taiwan are more evenly. In the research capacity to assess, in the United States and Japan on energy research and development on its own industries to take advantage of the Taiwan research institutes are occupied edge research and development capabilities. Biotechnology combined with the region to assess the feasibility of industrial development shows that Taiwan's current conditions on the development of low-temperature algae culture has its difficulties, the proposed research towards high-density indoor cultivation of algae or the development of seed production of aquatic food clean technology. In the eastern part of the school's research institute analysis of the survey, in the eastern counties of science research unit in the food, biotechnology and aquaculture can provide the full research and development resources, the future local government proposed by the relevant industry-university collaboration for the promotion. Finally, in the rearing of deep sea water for algae blooms to plastic chain and analysis of the case, confirmed that their products have a clean character. Finally, combined with interviews with Taiwan's biotech index algae and enterprises into its deep sea water resources development, the proposed deep sea water resources could strengthen the integration of the future in the field of medical materials (such as dressing product) development, but also the deep sea around the product with To the high economic value of niche.