Question: 3. The methods for modeling gas-liquid homogenous flow can also be used to model other types of homogenous multiphase flow. In this problem, we look

3. The methods for modeling gas-liquid homogenous
3. The methods for modeling gas-liquid homogenous flow can also be used to model other types of homogenous multiphase flow. In this problem, we look at oil-sand (liquid-solid) homogenous flow since it occurs frequently during production. The sand particles are nonsettling so that the oil-sand mixture can be assumed homogenous. The mixture density can be estimated using the weighted-averaging methods using the no-slip liquid holdup as the weighting factor. Calculate the total pressure drop for oil-sand (liquid-solid) homogenous flow in a 3000-m pipeline using the following information. (4 pts) PI =1057 kg/m W, =10.82 kg's Ps = 1522 kg/m W. = 2.6x10"* kg's 8 =5' d =0.1524 m M.. =0.372 Pa-s ( mixture viscosity ) 8=0 (smooth pipeline)

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