Development of Process Technologies of Biomass Fuel Using Pulsed Powers

为提高微藻油脂提取效率，将电穿孔技术应用于微藻细胞壁。利用自行研制的脉宽为25-100微秒的脉冲功率发生器，观察到部分透明或完全透明的个体。在增加电场的情况下，有些个体的细胞壁似乎出现了缺陷。认为这些变化是电穿孔的结果。在通过电脉冲加速增殖的实验中，一些样品比对照生长得更快。需要进一步的实验来确认。

To improve the extraction efficiency of oil component from microalgae for biomass fuel, electroporation was applied to the cell wall. By using developed pulsed power generator with 25-100 microseconds pulse width, partly- or whole-transparent individuals were observed. In increasing electric fields, some individuals seem having a deficit on the cell wall. The changes were considered to be a result by electroporation. In an experiment for proliferation acceleration by electric pulses, some samples grew faster than controls. Further experiments were required for the confirmation.