Abstract:

Abstract: calculation of a low-temperature gas purification separator is relevant in the light of the growing demand for efficient gas purification technologies in conditions of temperature reduction and environmental improvement. The purpose of the work is to carry out a comprehensive calculation that will determine the number of separator separation elements and calculate its hydraulic resistance. To achieve these goals, this study uses theoretical methods based on mathematical modeling of gas separation and hydraulics processes. The results show that the gas passing through the low-temperature separator has a very low density, which is due to both low temperature and light composition. The separator is designed taking into account high gas flow rates and a large number of separation elements, which makes it possible to achieve effective phase separation. For a more detailed description of the device operation, additional information about the composition of the treated gas and the process conditions is required. In conclusion, the results obtained confirm the high efficiency of the low-temperature separator, while emphasizing the need for further research to optimize the number and size of separation elements.

Keywords: low-temperature separation, separation elements, gas drying.