Thread Content
Our company plans to design a insulated steel pipeline to convey the sulfonation exhaust gases back to the workshop. The temperature of these exhaust gases is around 80 to 100 degrees Celsius, and the distance from the source to the workshop via the pipeline is approximately 123 meters. The sulfonation exhaust gases are generated by a cooling fan with a design capacity of 20,400 cubic meters per hour and a wind pressure of 2,800 Pa. At the end of the pipeline, we intend to use a blower to draw in air; this blower has a design capacity of 13,174 cubic meters per hour and a wind pressure of 2,022 Pa. Currently, there are no instruments available to measure the wind speed and pressure of these exhaust gases, so the estimated air flow rate is set at 10,000 cubic meters per hour for now. We would like to know what diameter pipeline would be appropriate, as well as what the pressure of the air will be after it passes through the pipeline How much more will the temperature drop? Please help me out, experts; I would be extremely grateful
Why can’t anyone answer my question? :'(
If you study the principles of chemical engineering properly, you’ll find the answers
I would like to find information on heat loss in pipeline transportation in order to prepare an energy-saving analysis report. Could anyone recommend some resources? ?
I don’t know; I remember that there are pipeline design specifications – you can check those out