Compairing the Three Phase of Fluidization Bed and Fractional Distillation of Petroleum by Using Different Density and Temperature of Particles

Abstract

The general study of hydrodynamic in three phases solid, liquid and gases. The fractional distillation of different  thickness and temperature of petroleum, diesel, water, raw petroleum, lamp fuel, vegetable oil. Mass of thickness in any material are shown by unit /volume. The materials have lower density of liquid as compared to the solid but this is not applied in all condition. When Water are solid form in lower density than liquid state. Atoms or molecules of normal dynamic vitality are related to the temperature within the substance. Here equation PV=n RT is proved that volume is directly proportional to temperature. The hydrodynamic characteristic of determine by static bed height with expansion of bed  has been discussed. In this process initial static bed height and expansion bed  ratio decreases with dip but liquid values are increase. This equation made  by fractional design.  Value of   expansion bed ratio and analysis of fractional distillation are found in this paper.