The pneumatic conveying system is a technology that utilizes airflow energy to convey powdered or granular materials through enclosed pipelines, representing specific application of fluidization technology. It adopts specialized feeding devices to introduce materials into the pipeline at controlled rates and deliver materials to designated locations with positive or negative pressure gases (such as air, nitrogen or carbon dioxide). The system ensures all conveying equipment and instruments operate automatically, orderly and safely under centralized control.
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Pneumatic Conveying Phase Diagram
Pneumatic conveying utilizes the airflow energy to convey granular materials through enclosed pipelines in the direction of airflow, representing specific application of fluidization technology. The system features a simple structure and operational flexibility, enabling horizontal, vertical or inclined conveyance. During the conveying process, additional physical operations such as heating, cooling, drying and air classification can be simultaneously performed, along with some chemical operations.
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High-speed Disperser
The disperser can be selected from various configurations,
including electromagnetic speed regulation, speed control via frequency conversion and three-speed models. It ensures stable and powerful operation, making it suitable for processing materials with various viscosities.
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High-speed Disperser
The disperser can be selected from various configurations,
including electromagnetic speed regulation, speed control via frequency conversion and three-speed models. It ensures stable and powerful operation, making it suitable for processing materials with various viscosities.
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Positive-pressure Bin PumpThe positive-pressure bin pump is the key equipment in the pneumatic conveying system, which is mainly used for efficient conveying of powder or granular materials under positive pressure.
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Roots BlowerThe flow rate of a Roots blower is directly proportional to its rotational speed. Within a certain speed range, the airflow of the blower remains relatively stable and is unaffected by pressure variations. As a result, the roots blower can maintain a consistent gas delivery volume, making it suitable for applications with strict flow requirements.
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Airflow MixerThe airflow mixer operates primarily on the principles of pneumatic conveying and airflow turbulence. The system utilizes a high-pressure blower or compressor to generate high-velocity airflow, which conveys materials into the mixing chamber. Within the chamber, the high-speed airflow suspends materials and creates intense turbulence, enabling particles to collide and diffuse under aerodynamic forces, thereby achieving homogeneous blending.
