The effects of material properties, pipeline bore, routing and mode of flow used on the power consumption of pneumatic conveying systems are studied. An equation is developed to give an estimation of the power consumption in a conveying pipeline. Two modes of flow are used to convey the materials: lean phase and dense phase. It was observed that different materials require different power consumption and dependency curves for power consumption in lean and dense phase have unique characteristics and retain them in different pipeline configuration. Power consumption in lean phase is influenced by the number of bends while in the dense phase, it is influenced by length of run of the pipe
Pneumatic conveying pipelines are widely employed in many industries to transport granular solids. U...
In a context of energy abundance for industrial applications, industrial systems are exploited with ...
This project arose out of a need to improve the accuracy with which the pressure drop along pneumati...
In this paper the dependence of the power consumption of pneumatic conveyors upon conveyed materials...
Pneumatic conveying of certain bulk materials is widely used in industries due to certain advantages...
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plan...
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plan...
Dense phase pneumatic conveying is critically dependent on the physical properties of the materials ...
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plan...
This project was brought about by the need to improve the accuracy of predicting the pressure losses...
Pneumatic conveying is widely used in the agricultural industry for seed and fertilizer conveying du...
A new methodology is proposed in this paper to predict the lowest power consumption for a double-tub...
This thesis is concerned with the analysis of the performance of bulk solid pneumatic transport syst...
A new methodology is proposed in this paper to predict the lowest power consumption for a double-tub...
Pneumatic conveying is a process of transp01tation of powdered and granular materials through pipeli...
Pneumatic conveying pipelines are widely employed in many industries to transport granular solids. U...
In a context of energy abundance for industrial applications, industrial systems are exploited with ...
This project arose out of a need to improve the accuracy with which the pressure drop along pneumati...
In this paper the dependence of the power consumption of pneumatic conveyors upon conveyed materials...
Pneumatic conveying of certain bulk materials is widely used in industries due to certain advantages...
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plan...
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plan...
Dense phase pneumatic conveying is critically dependent on the physical properties of the materials ...
Reducing energy consumption during pneumatic conveying cotton is a topical issue at the ginning plan...
This project was brought about by the need to improve the accuracy of predicting the pressure losses...
Pneumatic conveying is widely used in the agricultural industry for seed and fertilizer conveying du...
A new methodology is proposed in this paper to predict the lowest power consumption for a double-tub...
This thesis is concerned with the analysis of the performance of bulk solid pneumatic transport syst...
A new methodology is proposed in this paper to predict the lowest power consumption for a double-tub...
Pneumatic conveying is a process of transp01tation of powdered and granular materials through pipeli...
Pneumatic conveying pipelines are widely employed in many industries to transport granular solids. U...
In a context of energy abundance for industrial applications, industrial systems are exploited with ...
This project arose out of a need to improve the accuracy with which the pressure drop along pneumati...