Dehydration Desulfurization Production System Running Situation Analysis And Optimization

Followed development of the petroleum and natural gas industry, the natural gaspurification factory was also having the further improvement regarding the natural gasdesulphurization dehydration technology.Not only the traditional desulphurization dehydrationcraft the efficiency low moreover causes certain pollution to the environment.This article willmeet down to contains the sulfur natural gas desulphurization dehydration processingtechnology plan to carry on the discussion, hoped will be able to bring the environmentalprotection for the purification factory.Efficiency higher craft plan.For the first row gas plant the3purification plant purification system to the systemdescribed in detail the desulphurization dehydration rationale and process. While noting thatnatural gas purification system problems in the process, and run the analysis andtransformation, as well as coolant filter and absorption of the upgrade, and so on. An analysisof the desulphurization dehydration production system status, use of the software in theprocess simulation and equipment verification, through the current performance and full loadconditions, as well as solution to that server for verification, and in the current conditions andfull-load conditions, active, as well as solution to that historic, are unable to meet the specifiedheat exchange requirements, heat exchange is small in size and heat loss is large, it isrecommended that the system be reformed in order to increase the heat transfer area, and heattransfer coefficient, and thus to guarantee, as well as the regeneration; and to determine if theoperating system of the optimization program.On the basis of the above theory suggests that reconstruction work on equipment as far aspossible in accordance with the relevant conditions required for full load of the natural gaspurification system. In order to ensure the system optimization scheme is feasible.