PROBLEM TO BE SOLVED: To separate and collect an efficient mineral component, because when a biscuit body is used as an electroosmosis material, and a silica gel solution is used as a drive liquid, in a closed loop type electroosmosis flow pump, and when direct current equal to or more than 40 V for one cell is used for the drive voltage of the closed loop type electroosmosis flow pump, the efficient mineral component is extracted from the biscuit body as the electroosmosis material, and the component is dissolved and dispersed in the drive liquid.SOLUTION: The invention has found that, a solution of the above mentioned efficient mineral component is oxidized at an anode and colored, and charged to negative electrically. Therefore, by installing cylindrical filter paper by covering the anode, the efficient mineral component can be collected inside the filter paper, as a concentrated solution of the efficient mineral component, the component can be fully collected.SELECTED DRAWING: Figure 1COPYRIGHT: (C)2016,JPO&INPIT【課題】 電気浸透材に素焼き体を用い、更に駆動液にシリカゲル水溶液を用いた閉ループ式電気浸透流ポンプの駆動電圧に1セル当たり40V以上の直流電圧を使用すると浸透材の素焼き体内から有能な鉱物成分が抽出され駆動液に溶解、分散されると云う新知見が得られた。従って該有能な鉱物成分の分離、採取を課題にした。【解決手段】上記、有能な鉱物成分の水溶液は陽極で酸化され着色され、更に電気的に負に荷電されている事が判明したため陽極を覆って円筒濾紙を設置する事により該濾紙内部に有能な鉱物成分の濃厚溶液として集合させ全部採取する事ができて解決した。【選択図】図1
