A natural gas pipeline is 6 km long the gas flow rate is 5.0M meter cube/day at 20 degree celsius calculate the minimum diameter required for

an inlet and out and delivery pressure of 8.5 Pascal absolute and 5M pascal absolute respectively respectively as you may pipe relative roughness of 0.0002 in order to increase the flow rate through the pipeline the entire line is looped with an identical diameter pipeline assuming the same delivery pressure calculate the inlet pressure at the new flow rate of 8M meter cube/day the gravity the gas gravity is equal to 0.60 and viscosity of

Question 1 A natural gas pipeline is 60km long. The gas flow rate is 5.0Mm3 /day at 20C. Calculate the diameter required for an inlet and delivery pressure of 8.5MPa (absolute) and 5MPa (absolute respectively Assume a pipe relative roughness of 00002 . In order to increase the flow rate thry pipeline, the entire line is looped with an identical diameter pipeline. Assuming the same deliv pressure, calculate the inlet pressure at the new flow rate of 8Mm3/ day. The gas gravity =0.60 viscosity =0.0119cP. Question 2 The following specifications are given for the gas flow to a processing plant operating psia: Make a choice between a 100-mm and 150-mm commercial steel (API 5L Grade X6 determine the minimum wall thickness using B31.8 standards. Question.1 A natural gas pipeline is 60km long. The gas flow rate is 5.0Mm3/day at 20C. Calculate the minimum diameter required for an inlet and delivery pressure of 8.5MPa (absolute) and 5MPa (absolute), respectively Assume a pipe relative roughness of 0.0002. In order to increase the flow rate through pipeline, the entire line is looped with an identical diameter pipeline. Assuming the same =0.60 and viscosity =0.0119cP Question 2 The following specifications are given for the gas flow to a processing plant operating at 800 psia: Make a choice between a 100mm and 150mm commercial steel (API 5L Grade X60) and determine the minimum wall thickness using B31.8 standards