Numerical simulation on the performance of axial vane type gas-liquid separator with different guide vane structure

作者：Fan Yang^*; Ailan Liu; Xueyan Guo

来源：International Journal of Fluid Machinery and Systems, 2017, 10(1): 86-98.

DOI：10.5293/IJFMS.2017.10.1.086

• Discrete phase model
• Droplet diameters
• Gas liquid separator
• Guide vane
• High-efficiency
• Low resistance
• Rankine vortices
• Separation efficiency

In order to obtain high efficiency and low resistance droplet separation apparatus, axial vane type gas-liquid separators with different guide vanes were designed, and the RNG k-Εmodel as well as discrete phase model (DPM) were used to investigate the flow pattern inside the separators. It was shown that the tangential velocity distribution under different guide vanes have Rankine vortex characteristics, pressure distribution exhibits a high similarity which value becomes big as the increase of the blade outlet angle and the decrease of the guide vane numbers. The increase of the guide vane numbers and the decrease of the blade outlet angle could make separation improve significantly. The separation efficiency is almost 100% when the droplet diameter is bigger than 40μm.

• 出版日期2017