Add to ORKGA study has been carried out on the hydrodynamics of conical spouted beds with a non-porous draft-tube. A hydrodynamic correlation has been proposed for calculating the minimum spouting velocity as a function of dimensionless moduli that take into account geometric factors, particle characteristics and operating conditions. A statistical analysis of the data obtained following a design of experiments shows that the inlet diameter, particle diameter and the height of the entrainment zone are the parameter of greater influence on the minimum spouting velocity
Abstract. A hydrodynamic correlation has been proposed for calculating the operation pressure drop i...
A novel cylindrical gas-driven gas-liquid-solid spouted bed was developed in this project, which has...
Conical spouted beds are used in various physical and chemical applications such as drying, coating,...
A study has been carried out on the hydrodynamics of conical spouted beds with draft tube. Correlati...
The hydrodynamics of conical spouted beds provided with open-sided draft tubes have been studied for...
ABSTRACT- The hydrodynamics of conical spouted beds provided with open-sided draft tubes have been s...
Hydrodynamics of conical spouted beds operating with high density particles was studied by means of ...
Conical spouted beds have been commonly used for drying suspensions, solutions and pasty materials. ...
An extensive experimental investigation of conical spouted beds with high density particles were car...
AbstractThe spout-fluid bed (SFB) is one of many modifications to conventional spouted bed, which is...
Bed symmetry has been analysed in fountain confined conical spouted beds operating with fine particl...
The spouted bed regime is an alternative contact method to fixed and fluidized beds. The ratio betwe...
Hydrodynamic experiments were conducted in a three-dimensional spout-fluid bed with a specially des...
Experiments were conducted in a 0.91 m diameter half-cylindrical spouted bed/spout-fiuid bed column ...
The characteristics of coarse / fine particles have been studied using a cylindrical spouted bed. Th...
Abstract. A hydrodynamic correlation has been proposed for calculating the operation pressure drop i...
A novel cylindrical gas-driven gas-liquid-solid spouted bed was developed in this project, which has...
Conical spouted beds are used in various physical and chemical applications such as drying, coating,...
A study has been carried out on the hydrodynamics of conical spouted beds with draft tube. Correlati...
The hydrodynamics of conical spouted beds provided with open-sided draft tubes have been studied for...
ABSTRACT- The hydrodynamics of conical spouted beds provided with open-sided draft tubes have been s...
Hydrodynamics of conical spouted beds operating with high density particles was studied by means of ...
Conical spouted beds have been commonly used for drying suspensions, solutions and pasty materials. ...
An extensive experimental investigation of conical spouted beds with high density particles were car...
AbstractThe spout-fluid bed (SFB) is one of many modifications to conventional spouted bed, which is...
Bed symmetry has been analysed in fountain confined conical spouted beds operating with fine particl...
The spouted bed regime is an alternative contact method to fixed and fluidized beds. The ratio betwe...
Hydrodynamic experiments were conducted in a three-dimensional spout-fluid bed with a specially des...
Experiments were conducted in a 0.91 m diameter half-cylindrical spouted bed/spout-fiuid bed column ...
The characteristics of coarse / fine particles have been studied using a cylindrical spouted bed. Th...
Abstract. A hydrodynamic correlation has been proposed for calculating the operation pressure drop i...
A novel cylindrical gas-driven gas-liquid-solid spouted bed was developed in this project, which has...
Conical spouted beds are used in various physical and chemical applications such as drying, coating,...