Petroleum and petrochemical torch horizontal pipeline deformation compensation method and system based on rotary compensator
A technology of rotary compensator and deformation compensation, which is applied to expansion compensation devices, pipe components, pipes/pipe joints/pipe fittings for pipelines, etc., can solve the problems of blockage, large investment in deformation compensation, short life and other problems, so as to broaden the application. Fields, workload reduction, and low cost effects
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Embodiment 1
[0022] Such as figure 1 , 2 shown.
[0023] A method for compensating the deformation of horizontal pipelines of petroleum and petrochemical flares based on rotary compensators, which includes the following steps:
[0024] First, connect the two pipe ends at the corner of the flare horizontal pipeline or the pipe ends of the two parallel pipelines to a tee respectively;
[0025] Secondly, connect the vertical straight-through ends of the two tee pipes to a rotary compensator respectively;
[0026] Finally, use an upper connecting pipe to connect the rotary compensators at the upper ends of the two tees for the circulation of the gaseous medium, and use a lower connecting pipe to connect the rotary compensators at the lower ends of the two tees for the circulation of the liquid medium, thereby The entire petroleum and petrochemical torch horizontal pipeline can not only realize the deformation compensation in the length direction, but also not affect the circulation of the g...
Embodiment 2
[0030] Such as figure 1 shown.
[0031] A petroleum and petrochemical torch horizontal pipeline deformation compensation system based on a rotary compensator, which includes at least one closed rotary compensator (gate type) installed on the flare horizontal pipeline, and the closed rotary compensator consists of four rotary compensators The two vertically installed three-way pipes 2, the upper connecting pipe 4 and the lower connecting pipe 5 are composed of two vertically installed three-way pipes 2, and the two horizontal nozzles vertically installed with three-way pipes 2 are respectively connected to the corresponding ports of the torch horizontal pipe 1 that are not on the same straight line. The two vertical nozzles of each three-way pipe 2 are respectively connected with a rotary compensator 3, and the rotary compensators 3 at the upper ends of the two three-way pipes 2 are connected through the upper connecting pipe 4 to form a pipeline for the circulation of the gase...
Embodiment 3
[0033] Such as figure 2 shown.
[0034] A petroleum and petrochemical torch horizontal pipeline deformation compensation system based on a rotary compensator, which includes at least one branched rotary compensation device installed on the horizontal pipeline of the flare, and the branched rotary compensator is mainly composed of a vertically installed three-way pipe 604, four rotary compensators 605, an upper exhaust pipe 606 and a lower liquid discharge pipe 607. The horizontal nozzle of the vertically installed three-way pipe 604 is connected with the torch pipe 601. The upper and lower ends of the three-way pipe 604 are respectively connected with A rotary compensator 605, one end of the upper gas outlet pipe 606 is connected to the rotary compensator 605 at the upper end of the tee pipe 604, and the other end of the upper gas outlet pipe 606 is connected to the horizontal gas outlet pipe 602 on the flare gas pipeline through another rotary compensator 605 One end of the l...
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