Improved Design and Research of a New Type of Bubble Separation Device

Abstract

With the improvement of living standards, the development of human industry has brought a lot of problems to the environment, especially soil and water pollution. Therefore, rapid detection of harmful substances is of great significance. At present, flow injection method is commonly used in the world, which can be used for rapid and accurate detection of water quality. One of the more important links is the separation of gas and liquid. Based on the existing gas-liquid separation devices on the market, this paper optimizes the design of a high-efficiency gas-liquid separation device for flow injection, which can quickly peel the gas from the liquid in the detection process. Through the analysis of the gas-liquid flow path, the separation mode and mechanism are studied, and the simulation of the gas-liquid separator and the real experiment test have achieved the ideal effect, thus verifying the feasibility of its optimal design. This paper describes the gas-liquid separation device including mechanical design, flow path analysis, simulation and experimental verification.