Suppose that a vertical well produces 2 MMscf/d of 0.71 gas-specific gravity gas through a 2...

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Suppose that a vertical well produces 2 MMscf/d of 0.71 gas-specific gravity gas through a 2 7/8 in. tubing set to the top of a gas reservoir at a depth of 10,000 ft. At tubing head, the pressure is 800 psia and the temperature is 150 °F; the bottom-hole temperature is 200 °F. The relative roughness of tubing is about 0.0006. Calculate the pressure profile along the tubing length and plot the results. 9scVg (9sc MMSCFD) For gas flow in field units: NRe = 1667 Suppose that a vertical well produces 2 MMscf/d of 0.71 gas-specific gravity gas through a 2 7/8 in. tubing set to the top of a gas reservoir at a depth of 10,000 ft. At tubing head, the pressure is 800 psia and the temperature is 150 °F; the bottom-hole temperature is 200 °F. The relative roughness of tubing is about 0.0006. Calculate the pressure profile along the tubing length and plot the results. 9scVg (9sc MMSCFD) For gas flow in field units: NRe = 1667