Page 163 - Petroleum Production Engineering, A Computer-Assisted Approach

Guo, Boyun / Computer Assited Petroleum Production Engg 0750682701_chap11 Final Proof page 158 3.1.2007 8:54pm Compositor Name: SJoearun

11/158 EQUIPMENT DESIGN AND SELECTION
p b ¼ 14:65 psia Seamless still pipe of X-65 grade
p 1 ¼ 800 psia Maximum pipeline pressure 3,000 psia
p 2 ¼ 200 psia
11.11 Design insulation for a pipeline with the following
11.8 Solve Problem 11.7 using given data:
a. Panhandle-A Equation Length of pipeline: 7,000 M
b. Panhandle-B Equation Outer diameter of pipe: 0.254 M
11.9 Assuming a 10-degree uphill angle, solve Problem Wall thickness: 0.0127M
11.7 using the Weymouth equation. Fluid density: 800 kg=M 3
11.10 Calculate the required wall thickness for a pipeline Fluid specific heat: 2,000 J/kg- 8C
using the following data: Average external temperature: 15 8C
Water depth 2,000 ft offshore oil field Fluid temperature at entry point: 30 8C
Water temperature 45 8F Fluid flow rate: 5,000 M =day
3
12.09 in. pipe inner diameter