12 A column of D diameter and L m length contains spherical particles of spgr-p and dp mm diameter. What will be the pressure drop of a fluid (spgr-f & p) flow at a rate m through this column? Take...

12<br>A column of D diameter and L m<br>length contains spherical particles of<br>spgr-p and dp mm diameter.<br>What will be the pressure drop of a<br>fluid (spgr-f & p) flow at a rate m<br>through this column? Take that e.<br>Packed<br>Bed<br>Calculate the minimum velocity of<br>fluidization by this fluid if it has Lmf.<br>What type of fluidization occur?<br>Calculate the minimum velocity for<br>transportation of particles<br>Fluid<br>E D<br>Lspgr-p dp spgr-f<br>Lmf<br>e<br>12<br>cm<br>mm<br>mPa.s<br>kg/s<br>85<br>34<br>2.33<br>2.13<br>2.63 0.987<br>1.34<br>0.46<br>2.85<br>2.451<br>

Extracted text: 12 A column of D diameter and L m length contains spherical particles of spgr-p and dp mm diameter. What will be the pressure drop of a fluid (spgr-f & p) flow at a rate m through this column? Take that e. Packed Bed Calculate the minimum velocity of fluidization by this fluid if it has Lmf. What type of fluidization occur? Calculate the minimum velocity for transportation of particles Fluid E D Lspgr-p dp spgr-f Lmf e 12 cm mm mPa.s kg/s 85 34 2.33 2.13 2.63 0.987 1.34 0.46 2.85 2.451

Jun 07, 2022

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12 A column of D diameter and L m length contains spherical particles of spgr-p and dp mm diameter. What will be the pressure drop of a fluid (spgr-f & p) flow at a rate m through this column? Take...

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