Electrical heating is mainly used as heat source in experimental research on bubble pump. Operational term is long

operation is complicated

deviation is distinct and accurate experimental data is not obtained. In view of the above question

In order to grasp the bubble pump performance more accurately

this system the bubbles’ movements with a device injecting air is simulated to realize the bubble pump’s normal operation under a cold condition and is used to study bubble pump’s performance. According to the experiment results

the bubble pump’s performance influencing factor is analyzed.And that is found that keeping other influencing factors constant

the gas input and immersion ratio and heating power is proportional to the amount of liquid lifted. And it is demonstrated that the hot experiment and cold experimental results are consistent. The bubble pump system’s performance parameters with actor analysis method is analyzed and is the relevant function equation between the heating power and the amount of liquid lifted attained. The function equation indicates that with a fixed immersion ratio the amount of liquid lifted is proportional to heating power.