日本語フィールド
著者：Satoshi Ihara, Hiroki Nishiyama, Takashi Matsunaga, Yuuki Yoshida,
Yuka Tokuyama, and Hiroaki Terato題名：Improving the efficiency of a water-treatment system based on water cavitation and plasma using a nozzle-less reactor発表情報：AIP Advances 巻: Vol. 9 号: No. 4 ページ: 045005-1～8キーワード：plasma, cavitation, wastewater, water treatment概要：This study has been carried out to achieve high energy efficiency for a water purification method using a plasma generation with cavitation bubbles. In the method proposed herein, the pressure loss in the water flow path of the treatment reactor is reduced by removing the nozzle for the generation of cavitation. Cavitation bubbles can be generated between the electrodes installed in the flow path by adjusting the water flow rate. With and without nozzle, a similar degree of Escherichia coli sterilization was achieved. In the proposed system, the power consumption of the pump was reduced by removing the nozzle, and as a result, the total power consumption of the apparatus could be reduced.抄録：This study has been carried out to achieve high energy efficiency for a water purification method using a plasma generation with cavitation bubbles. In the method proposed herein, the pressure loss in the water flow path of the treatment reactor is reduced by removing the nozzle for the generation of cavitation. Cavitation bubbles can be generated between the electrodes installed in the flow path by adjusting the water flow rate. With and without nozzle, a similar degree of Escherichia coli sterilization was achieved. In the proposed system, the power consumption of the pump was reduced by removing the nozzle, and as a result, the total power consumption of the apparatus could be reduced.英語フィールド
Author：Satoshi Ihara, Hiroki Nishiyama, Takashi Matsunaga, Yuuki Yoshida,
Yuka Tokuyama, and Hiroaki TeratoTitle：Improving the efficiency of a water-treatment system based on water cavitation and plasma using a nozzle-less reactorAnnouncement information:AIP Advances Vol: Vol. 9 Issue: No. 4 Page: 045005-1～8Keyword：plasma, cavitation, wastewater, water treatmentAn abstract：This study has been carried out to achieve high energy efficiency for a water purification method using a plasma generation with cavitation bubbles. In the method proposed herein, the pressure loss in the water flow path of the treatment reactor is reduced by removing the nozzle for the generation of cavitation. Cavitation bubbles can be generated between the electrodes installed in the flow path by adjusting the water flow rate. With and without nozzle, a similar degree of Escherichia coli sterilization was achieved. In the proposed system, the power consumption of the pump was reduced by removing the nozzle, and as a result, the total power consumption of the apparatus could be reduced.An abstract：This study has been carried out to achieve high energy efficiency for a water purification method using a plasma generation with cavitation bubbles. In the method proposed herein, the pressure loss in the water flow path of the treatment reactor is reduced by removing the nozzle for the generation of cavitation. Cavitation bubbles can be generated between the electrodes installed in the flow path by adjusting the water flow rate. With and without nozzle, a similar degree of Escherichia coli sterilization was achieved. In the proposed system, the power consumption of the pump was reduced by removing the nozzle, and as a result, the total power consumption of the apparatus could be reduced.