A company producing detergents uses industrial minerals such as clays and silica in their
formulations. The company treats the clay with a special solvent in a 100 L tank before it can be
used. What is the settling velocity of the spherical clay particles of diameter 100μm if the volume
fraction of the particles in the solvent is 0.2 and the only external force is the gravity? The density
difference between the clay particles and solvent is 2404kg/m3; the density and viscosity of the
solvent are 1593kg/m3 and 10-3 Pa.s, respectively. The exponential constant is 4 and CD=0.6
Answers
°°°°QUESTION°°°
A company producing detergents uses industrial minerals such as clays and silica in their
A company producing detergents uses industrial minerals such as clays and silica in their formulations. The company treats the clay with a special solvent in a 100 L tank before it can be
A company producing detergents uses industrial minerals such as clays and silica in their formulations. The company treats the clay with a special solvent in a 100 L tank before it can be used. What is the settling velocity of the spherical clay particles of diameter 100μm if the volume
A company producing detergents uses industrial minerals such as clays and silica in their formulations. The company treats the clay with a special solvent in a 100 L tank before it can be used. What is the settling velocity of the spherical clay particles of diameter 100μm if the volume fraction of the particles in the solvent is 0.2 and the only external force is the gravity? The density
A company producing detergents uses industrial minerals such as clays and silica in their formulations. The company treats the clay with a special solvent in a 100 L tank before it can be used. What is the settling velocity of the spherical clay particles of diameter 100μm if the volume fraction of the particles in the solvent is 0.2 and the only external force is the gravity? The density difference between the clay particles and solvent is 2404kg/m3; the density and viscosity of the
A company producing detergents uses industrial minerals such as clays and silica in their formulations. The company treats the clay with a special solvent in a 100 L tank before it can be used. What is the settling velocity of the spherical clay particles of diameter 100μm if the volume fraction of the particles in the solvent is 0.2 and the only external force is the gravity? The density difference between the clay particles and solvent is 2404kg/m3; the density and viscosity of the solvent are 1593kg/m3 and 10-3 Pa.s, respectively. The exponential constant is 4 and CD=0.6.....
__________________________________
Answer:
Clay minerals are excellent as clarifiers, absorption and adsorption materials. They are used in many industrial applications such as paper, paint, petroleum, ceramic, cement, adhesive, asphalt, and food and health-care industry due to their versatility, abundance, and low cost. ఌ︎ Kaolinite:(Al2O3(SiO2)2(H2O)2),a hydrous aluminosilicate. Among the world's most important and useful industrial minerals, clay minerals are of great significance. They are used in a number of geological applications such as stratigraphic correlations, indicators of environments of deposition and temperature for generation of hydrocarbons.These minerals can be classified on the basis of variations of chemical composition and atomic structure into nine groups: (1) kaolin-serpentine (kaolinite, halloysite, lizardite, chrysotile), (2) pyrophyllite-talc, (3) mica (illite, glauconite, celadonite), (4) vermiculite, (5) smectite (montmorillonite, nontronite, ...
Explanation:
Kaolinite is a clay mineral of chemical formula Al2O3 2SiO2·2H2O that has a structure of 1:1 uncharged dioctahedral layer where each layer consists of single silica tetrahedral sheet and single alumina octahedral sheet [123,124]
HOPE IT'S HELFUL UH
FOLW ME & MARK ME AS BRAINLIST PLS