Water electrolysis tank apparatus capable of accelerating separation of oxygen/hydrogen from electrode plate

The present invention relates to a water electrolysis tank apparatus capable of accelerating separation of oxygen/hydrogen from the electrode plate. The water electrolysis tank apparatus comprises a water electrolysis tank body, wherein the water electrolysis tank body is provided with an accommodat...

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Bibliographic Details
Main Author ZHAO GUANGQING
Format Patent
LanguageEnglish
Published 25.02.2015
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Summary:The present invention relates to a water electrolysis tank apparatus capable of accelerating separation of oxygen/hydrogen from the electrode plate. The water electrolysis tank apparatus comprises a water electrolysis tank body, wherein the water electrolysis tank body is provided with an accommodating space for accommodating an electrolyte, and the electrode and the electrode plate are arranged inside the accommodating space. The water electrolysis tank apparatus is further provided with an electricity control part and an ultrasonic wave vibration mechanism connected with the electricity control part. According to the present invention, the electricity control part and the ultrasonic wave vibration mechanism are additionally arranged on the water electrolysis tank, wherein the electricity control part can real-timely monitor the current and the voltage loaded on the electrode plate, and provides the optimal voltage and the optimal current for the electrode plate according to the feedback result so as to make the electrolysis reaction achieve the best state and increase the generation amount of bubbles on the electrode plate surface, and the ultrasonic wave vibration mechanism makes the vibration be transmitted to the electrode plate through the ultrasonic wave form so as to make the electrode plate produce the vibration, make the bubbles adhered on the electrode plate be forced to vibrate and quickly separate out and float, and accelerate the occurrence of the oxygen and hydrogen mixed gas, such that the utilization of the mixed gas is easily achieved.
Bibliography:Application Number: CN201310354415