O-03 機械工学を生かしたインテリジェントバイオマス生産検証システムの構築(セッション1:システム・政策,研究発表(口頭発表))

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In the 21^<st> century, one of our deepest concerns is how to secure energy for our dairy life. Fossil fuels should not play a main role in energy security because the emission of carbon dioxide from such resources leads to global warning. Effective use of solar energy by higher plants plays a key role in the solution of this problem. Photosynthesis is conversion process as well as reservation process of solar energy into organic compounds. Cumulative data in plant physiological studies are useful to optimize the plant growth in a green house where a variety of growth parameters are adjustable. However, plant responses under given artificial conditions are not fully studied. We are trying to find the plant responses under a variety of physically extreme conditions. Higher plants require light, water, minerals (N, P, K, and etc.), atmosphere and moderate temperature. Plant growth is significantly affected by modulating these factors. In order to examine the difference of the growth in a given extreme condition, with different parameters, a plant growth chamber is designed and fabricated. The optimum parameters obtained from a variety of experimental conditions bring about the maximum plant growth in the newly-developed growth chamber. We are trying to collect information of the optimum parameters needed for the maximum growth in a newly-developed growth chamber and to find their optimum range to the maximum growth, by which the maximum growth of a given plant is attained. These parameters are needed to produce organic compounds in the highest yield. The possibility of plants grown under artificial conditions for the energy source is discussed.
2011-01-12

O-03 機械工学を生かしたインテリジェントバイオマス生産検証システムの構築(セッション1:システム・政策,研究発表(口頭発表))

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